Welcome back. Let us see how far we can get in our discussion of variation calculation today. Today what we will do is we are going to sort of show you the result, we will run you through the procedure, we will not solve everything, we will not work out everything, but we will just give you hints on how to do it and we will discuss what kind of results we get for two systems that are very familiar with us. The first one is a harmonic oscillator, the second one is particle in a box. Of course, you can have exact solutions, we have learnt that. We know the exact solutions for your harmonic oscillator and particle in a box. We can solve Schrodinger equation, we do not need any approximation methods, but then that is exactly why these systems for which exact solutions are available are excellent benchmarks for testing any new theory, any new approximation and that is what we are going to do with variational calculations. We are going to see how we can treat these two problems and whether we can get anywhere close to the exact solution of energy that we have got earlier. So, what I will do is you can study from any books you are comfortable with no problem. And in fact, there are many books like those of Prasad and A.K. Chandra which are excellent and easily available. Study them by all means. It is just that I like the treatment of Macquarie the most as far as variational calculation for harmonic oscillator. I like the treatment of Pillar the most while talking about variational calculation for particle in a box. So, I am sort of going to follow their books, but Prasad's book or A.K. Chandra's book or whether many other books you might want to study a little higher levels Abo's book everything is fine whatever you understand as far as that material is not less than what we are discussing here that is enough great. So, I hope we are now all very familiar with the variational method. What we do here is that we try to develop a description of the ground state of an arbitrary system. And for the nth time let me remind you that arbitrary system means a system for which Schrodinger equation cannot be solved exactly. But you can write the Schrodinger equation. You might not be able to write the wave function, but you can usually work out the Hamiltonian and you can write Schrodinger equation h psi 0 equal to e psi 0. And you can say that if we could somehow solve it then we will get an expectation value of energy ground state energy that would be like this integral psi 0 star h psi 0 over all function space divided by integral psi 0 star psi 0 over all function space the denominator once again for the nth time is going to be 1 if you use normalized wave functions. So, the way to treat this is to start with a trial wave function and that is what we are going to do today and in the next module. So, we start with some trial wave function and we will see how one can make a guess of that wave function for that we will work out this functional epsilon 0. So, the form of epsilon 0 is exactly the same as that of e 0 the only difference is that e 0 is in terms of psi 0 epsilon 0 is in terms of phi. So, we start with the trial wave function and does it depend does it makes any difference does it make any difference on what kind of function I choose can I choose a polynomial can I choose Gaussian exponential what we will discuss all these questions today. But what we have learned so far is something called upper limit theorem which says that no matter what trial or guess wave function that you get you cannot do better than the best you can never reach the actual value of energy of the ground state and you approach it from the top remember what we are interested in in stabilization that means this energy is going to be negative e 0. So, you start from a 0 energy no interaction and then you start going towards it that is why we are going from top to bottom you are not going from bottom to top you cannot have so many parameters or you cannot somehow synthesize a wave function in such a way that the energy that you get from this expression is lesser than the actual exact solution for the ground state energy this is upper limit theorem. And what we have done is we have said that this is a strategy you calculate energy the last part actually we have not really done right very parameters of the function recalculate we have not done all this, but this is sort of a preview of what is going to come in future what we have done is that we have just minimized this in with respect to the variational parameter and we have obtained the upper limit or upper bound on the ground state energy e 0 and we have got results for hydrogen atom and the results is something like this the exact solution is minus 0.500 multiplied by this quantity and emin means the minimum value of epsilon 0 that is the convention we will use that turns out to be you can neglect the second equal to sign here right and here I mean no function is more equal than the others those of you who have read animal form will understand what I am talking about here but this equal sign is just a typo please ignore it but what we see is that we get minus 0.4 to 4 into something and the exact solution is minus 0.50 something so we have gone close we have not got minus 0.1 multiplied by the same constant we have got minus 0.4 to 4 which is very close to minus 0.500 well let us not say very close which is close to minus 0.500 but is more than it so we have demonstrated this hydrogen atom using this hydrogen atom problem we have demonstrated the upper limit theorem and if you remember the wave function we took in that case was a Gaussian function which is different from the actual exact wave function which is an exponential decay in R right so this is what we did as a demonstration and then we went ahead and we proved upper limit theorem as well the proof is really not very difficult. So today with this prior knowledge we try to tackle the problem of harmonic oscillator first for harmonic oscillator we know that this here is the potential energy right a parabolic potential half kx square kind of potential so the first expectation is that this ground state wave function has to be symmetric about x equal to 0 right since the potential itself is symmetric with respect to x equal to 0 if the wave function is not symmetric then we got a problem yeah I mean actually psi psi star should be symmetric but when you talking about ground state that is the lowest energy that would better be symmetric about x equal to 0. So what kind of a function can we think of I mean we can think of many things we can think of a Gaussian function so like your hydrogen atom ground state problem if you want to start with a Gaussian function I do not want to stop you in fact I would like to encourage you to do it and see what kind of answer you get okay but what we will do is that we will choose a trigonometric function a cosine function because what is the value of say cosine x at x equal to 0 that is one right and then as you go towards plus x or minus x values would fall so what we do is we take this kind of a symmetric cosine function as our initial guess function and this is what we write and we set the limits to be x between minus and plus pi divided by 2 lambda of course that would bring in a relationship between say lambda and a but then see lambda here is really a variational parameter okay so we will play around with lambda little bit great but it does not really there is no not necessary relationship between lambda you can ignore that sorry. So lambda is a variational parameter so what we want to do is we want to work out the expression of this functional epsilon 0 right and we want to find E min which is the minimum value of this functional with respect to lambda so to do that we remember that the Hamiltonian here is minus h cross square by 2 mu d 2 dx 2 plus k by 2 x square I will not discuss this further because we know it in case of any difficulty please go back and consult the lecture on harmonic oscillator. So what is h phi I want to I am trying to evaluate the numerator right so h phi is going to be minus h cross by 2 mu d 2 dx 2 of cos lambda x plus k by 2 x square multiplied by cos lambda x simple as that so this turns out to be without much hassle h cross square lambda square by 2 mu cos lambda x right is that right differentiate cos lambda x once you get a minus sine function right multiplied by lambda and then differentiate that once again you get a plus cos function again multiplied by lambda that gives you lambda square and the minus sign that came out in the first differentiation process that and this minus take care of each other and it becomes plus so h cross square by 2 mu that remains the constant that comes out is lambda square and you get back cos cosine x plus you get k by 2 x square we just multiplying it by cosine x. So what is comforting is that this function that we have chosen is an eigenfunction of the Hamiltonian okay so the choice may not be all that bad great now what do we do we have to evaluate this integral which I am not going to do step by step because it is very very long I am not about to do it I encourage you to try and do it out yourself hopefully your mathematical skills at this point of time is much better than mine since I do not work out maths anymore my son who is in class 12 often takes upper hand on me because he can ask me to work out mathematical problems that I cannot I am sure you are much better in maths than I am at this point of time so I encourage you to work this out I will just tell you the answer well this is how you formulate it and the answer that you get is pi h cross square lambda divided by 4 mu plus pi cube by 48 minus pi by 8 k by lambda cube of course you can simplify it further bring it to one numerator one denominator will not do it you will see why now what is the denominator integral 5 star 5 dx right here you do not have to say d tau one dimensional system so dx so integral 5 star 5 dx what will it be that will be something like this now the limit is minus pi by 2 lambda 2 plus pi by 2 lambda remember that is the range of x you do not go from 0 to a here so cos square lambda x dx yeah well if you go beyond this then again you will get some other kind of I mean you will get the opposite phase as well so you do not want to do that you just stop there so integrate this again see these are exact these are definite integrals right so there is a compendium as you know you can see the value it comes out to simply to be pi by lambda pi by 2 lambda so what is the value of the functional this is what it is h cross square lambda square by 2 mu plus pi square by 24 minus 1 by 4 multiplied by k by lambda square you have definitely not worked it out I am showing you the final answer you are more than welcome to work it out by yourself okay now to find the minimum of it we differentiate with respect to lambda and equate it to 0 and then when you do that this is the derivative with respect to lambda right h cross square lambda by mu yeah because differentiated lambda square so 2 has come out 2 in the numerator 2 in the denominator would cancel you are left with h cross square by mu multiplied by lambda minus by minus because I have lambda to the power minus 2 here so differential of that will be minus 2 multiplied by this I think I have no it is okay it is okay fine so this is what we get and finally when you work it out you get an expression for lambda square okay I am not going to the steps because well they are easy it is very possible that I have made some mistake while writing these equations please work it out yourself if there is any typo here correct it and you can always refer to the textbook this is I think from Macquarie's book okay so we get an expression for lambda square which we are going to substitute in the expression for epsilon 0 phi to get emin remember we have equated this first derivative to 0 that means whatever we get by substituting this value of lambda lambda is a variational parameter remember we are actually varying it right for different values of lambda you are going to get different values of epsilon 0 and remember what we have we had said about getting the surface and reaching the minimum here we are finding the minimum just by differentiating and equating to 0 so this particular value of lambda corresponds to the minimum value of epsilon 0 we substitute there and find the value that value we call emin and that turns out to be h cross square divided by 2 mu multiplied by root over pi square by 24 minus 1 4th multiplied by root over 2 k mu by h cross plus pi square by 24 so this is what it is I will not read it out but I think it is not very difficult to understand but please do write out at least these steps yourselves okay now you see when you simplify you end up getting this familiar quantity root over k by 2 mu we know what it is is not it it is omega the angular frequency of oscillation of the harmonic oscillator so what we can do is we write this expression we get this and finally it boils down to 2 to the power 3 by 2 square root of pi square by 24 minus 1 4th multiplied by half h cross omega okay half h cross omega so I am not going taking you through every simplification please do it yourself so half h cross omega we remember what it is so emin turns out to be if I just put in this value of pi and work this out turns out to be 1.14 multiplied by half h cross omega do you remember what the exact solution was the exact solution was half h cross omega right so even though we have used some arbitrary wave function which sort of would have a compatible shape from common sense we have got a value of emin which first of all satisfies the variation theorem upper limit theorem n is higher than the exact value by 14 percent actually 14 percent is too much okay you do not want something that is away from the actual value by 14 percent in ideal scenario sometimes you have to live with it but here see what we have done we have used such a simple wave function still we get only 14 percent overestimation of the value of energy okay so given the level of simplification we have used here this is actually remarkable great. Now let us move to the other system particle in a box here we expect the ground state wave function to vanish at the boundaries you might remember what the boundary condition is and secondly we also expect it to be symmetric with respect to l by 2 or I do not remember whether I have used l or a in the later calculation whatever it is either capital A or capital L or small a so it has to be symmetric with respect to the center right in this case l by 2 right two conditions then ground state wave function should vanish at boundaries and anyway function should vanish at the boundaries and the ground state wave function like that of particle in a box should be symmetric about the midpoint which is at x equal to l by 2 so the trial function we use now see we can use so many functions you remember the exact function it is a sine function so what we do is we deliberately move away from trigonometric function now we want to write an algebraic function because we want to see what happens when we write a wave function that is not similar to the exact one can we still live with it can we get close that is a question we are asking because eventually you want to deal with systems in which we have absolutely no idea about what the wave function should look like should it be real should it be imaginary well real imaginary is not a problem perhaps because you can take linear combinations and go from one to the other but we should be trigonometric should it be exponential should it be something else so these things will not even know so while we have some control over the system while we are talking about a system in which exact solution is known we want to go far away from what we know to be the correct solution and see if we can get anywhere close to the actual solution so what we do is we use an algebraic function x to the power alpha multiplied by l square minus x square let us say but alpha is the variational parameter you can use many other things you can use l minus x whole square or you can use just l minus x or you can use l minus x to the power alpha you may not use alpha here there are so many combinations I am just choosing one the one chosen by pillar does it satisfy the expectation at x equal to 0 this x to the power alpha equal to 0 so the wave function is 0 at x equal to l l square minus x square will be equal to 0 so again wave function is 0 so at least that is satisfied and is it symmetric with respect to this l by 2 yeah x to the power alpha is an increasing function l square minus x square is a decreasing function the product has to go through a maximum which is going to have occur at l by 2 so our expectations the written one and the unwritten one are both met we got a trial wave function which has a variational parameter great. So now this is the Hamiltonian of course you know what the Hamiltonian is right minus h cross square by m into d 2 dx 2 h cross square by 2 m into d 2 dx 2 here I have deliberately eliminated the m like what pillar has done because I also want to just start the start sensitizing you to what is called atomic units you not unites we all unite in using atomic units right this is units so in atomic units what happens is the most fundamental quantities like electronic mass electronic charge these are set to 1 and all the quantities we get are in terms of these we are going to use them extensively when we talk about multi electron atoms so I just wanted to be faithful to pillar and keep their convention so this is the Hamiltonian we use this is your epsilon 0 we know that by heart by now so this is the integral you want to evaluate you want to do it be my guest I am not about to do it it takes so much of time see it is not difficult it is a highly doable problem and we have much more difficult problems that we said in say J e advanced or J e mains but it is a lot of work it is tedious right if I may use a term that is not so pleasant it is a lot of donkey work so the only problem with it with this approach is that you have to do tedious calculations otherwise concept and all if you are careful it is not difficult so if you do that tedious calculation and then if you equate this d epsilon 0 d alpha to 0 then it turns out that we the value of parameter alpha is 0.862 right when the minimum in epsilon 0 is obtained with respect to alpha so the wave function finally becomes phi equal to x to the power 0.862 multiplied by l square minus x square okay so okay I got the animation wrong but that does not matter now emin turns out to be so if you put this value and if you work out the expression of epsilon 0 it turns out to be 1.043 multiplied by E 0 so I have jumped perhaps 40 50 steps here okay I am just showing you the final answer E 0 is the exact value of energy that we have got earlier when we talked about particle in a box solution of Schrodinger equation what we see is that we are away from it by only 4% in your simple in your harmonic oscillator we were away by 14% right here we are away only by 4% even though we have used such a strange weird trial function which looks nothing like the actual exact wave function that we know what it is okay so as long as the shape matches and as long as you have a parameter that you can play around with you can it seems you can get close to the exact solutions and if you think 4% is close just wait and see what happens in the next module when we try and increase the number of parameters we will keep getting closer and closer and closer so that is what we wanted to discuss in this module two simple systems for which the exact solutions are known they serve as excellent testing pads for this variational calculation we have seen that in one case we can get close by 14% the other case we can get close by 4% and what we have done is that we have used very simple easy wave functions now that we are more or less convinced that we can use whatever wave function we like I mean at most we will have to do bigger calculation but we will never get an energy that is lower than the actual energy what we will do now is we are going to see what happens when we use wave functions trial wave functions that are actually linear combinations of some functions that is what we will discuss in the next module then later on we will go on to the discussion that we said some function what happens if we use a orthonormal functions to and we express this trial wave function as a linear combination of these orthonormal functions and use the coefficients of these functions as variational parameters what happens then so that is the path ahead and in the next module we come back and we pick it up from here


The researchers discovered that PML nuclear bodies play two important roles in the cell. Firstly, they act as storage centers for the H3.3 histone chaperone complex, which helps to maintain the correct amount of H3.3 in the nucleus. Secondly, they also serve as a hub for the regulation of gene expression, specifically for interferon-stimulated genes, ISGs. This is achieved by the interaction between PML and the DAXX higher protein complex, which allows for the accumulation of H3.3 at the transcriptional ends of ISGs. Without these interactions, the proper regulation of ISGs would not be possible. This article was authored by Constance Kleiwecht, Florent Bresak, Kolein Sir, and others.


Welcome to Dear to Dream. This is Debbie Dashinger. I'm excited for today's show and I'm glad you're tuning in because this episode is about a doctor who heals chronic physical pain and emotional issues where others cannot. I know him personally, so it really is a pleasure when I get to bring him on the show. This show, Dear to Dream, has been nominated for two People's Choice Podcast Awards for a Webby Award and we've just been mentioned in Welp Magazine as one of the top 20 best podcasts to listen to this year, so you're definitely in the right place and I thank all of them for their beautiful recognition. This show is sponsored by Dr. Dane Here and Access Consciousness. They do energy work, healing work out in the world, anywhere in the world. You can become a facilitator or take a class, go to Dr. Dane Here, D-A-I-N-H-E-E-R dot com, Dr. Dane Here dot com or accessconsciousness dot com. I'm Debbie Dashinger and I'm a media visibility expert. I run a visibility hub where I teach my clients how to write a highly engaging page turner book. I have two fresh new spots in my class. If you would like to be coached to write your book, two people just published theirs, so they left those spots open. Go to Debbie dashinger dot com slash visible visionaries and register. I also have a company that takes your book to a guaranteed international bestseller fully done for you and the third leg of my hub is showing you how to be interviewed on radio and podcast and get massive results. I've also got a free gift for you and that's got templates and videos how to do all of this visibility work to great effect out in the world. Go to Debbie dashinger dot com slash gift. That's D-E-B-B-I-D-A-C-H-I-N-G-E-R dot com slash gift. So I've got a doctor here today and my guest is Dr. Gregory Tarran who's a social scientist and holistic doctor. He's trained in psychology, behaviorism, sociology, anthropology, ethology, and human behavior. His second degree is an osteo-kinesio therapy and applied kinesiology with treatment methods such as osteopractice, soft techniques, cranial sacral therapy, kinesiology, and functional neurology. I'm actually going to read all of this because I want you to understand the wonderful soup of what is available to him as a healer and as a doctor. Gregory worked in the field of neurophysiology with elite athletes as the physical and the physician healer for Olympic swimmers, judo, and sombo wrestlers. Dr. Tarran is well versed in psychotherapy, Gestalt therapy, hypnotherapy, psychosomatics, somatic experience, new German medicine, satori healing, and psychokinesiology. He integrates his methods to diagnose and treat patients with chronic diseases, autoimmune illness, medical conditions with unknown etiology, cancer emission, and other before untreatable conditions. His methods have resolved conditions such as lupus, IBS, arthritis, colitis, allergies, kidney disease, lymphoma, migraines, and infertility problems. Dr. Tarran has eradicated patients' chronic problems with back pain, neck pain, joint foot, knee, hip, and jaw pain. He has also eliminated the stress-related conditions of anxiety, depression, fear, low self-esteem, abandonment, resentment, frustration, disappointment, and suppressed sexuality. If you'd like to learn more about him, go to drtaran.com. It's drtaran.com. And with that, I welcome Dr. Gregory Tarran to Dear to Dream. It's awesome to have you here. And unmute yourself so we can hear you, please. Hello, Debbie. Nice to meet you. I'm very keen to be on your show. I'm very keen to meet your listeners. And I'm ready to share with me all my experiences and all of the knowledge that I have and the opportunity to share this to people. Me too, which is really extensive knowledge.  That's my first question. You're so young. You're only 35. And this education, how long have you been on the path learning, getting certified, becoming a doctor, and all these extracurricular activities that you added to the Dr. Healer soup you've got going? That's a really very, very long story. It started probably at three years old when I used my knowledge, I don't know where from, I chose to be a priest when I was home. And my mother was very interesting because I got out of my house, and I was starting talking to kids. And they were saying, you know, that the time is God is coming back on the earth, and I didn't know why. But I was going to church almost every Sunday. But lately in the day in 2000, my father died from a disease. It was a kidney disease. And the etiology of the disease was unknown. And he was very, very stressed about it. And we as a family were very stressed about it, because nobody knew what the etiology of this disease was, and nobody was able to help. Even though my father and my mother, they started to search alternative methods, traditional, medical, anything. And finally, he died and he's kidneys dried out is a very rare type of pile in the fridges. And nobody knew what to do. And after that, I was so shocked that I wanted to, I promised myself, I will help people. So I'll become a better doctor. I will, I'll turn, I will leave no stone unturned until I will not understand what happened. And now today I'm proud to say I understand what happened with my father. I could have been helping him to be alive. But he paid with his life to insert this motivation in me to be a better doctor and to find out what was the problem. Wow. That's a powerful story. It's so interesting how people's pain and their wounds becomes their gift, right? Something happens in somebody's life and it's a tragedy. And for those of us who choose to go to the other side of tragedy and heal through it, we end up having a gift for the world, some kind of message and gift. And it sounds like that's what you did. That's true. And actually it was a calling. It was a calling inside of me. When I turned about 15, I went to high school. And when we started to learn more about anatomy and human physiology and all these classes we've got there, I was the best in that field. And I worked so hardly for myself because from those days I knew I am a doctor inside of my heart. But when we started to learn neurology and I started to learn about neurology and there were so many questions that teachers and professors couldn't answer. And I've got already disappointed by the 12th grade. And I was thinking myself how to become that doctor that can heal, can answer questions that most doctors cannot do it. So it was the first path when I went to school. I applied in three different ways because I grew up in a family where poverty was around us and would have money for school. So I applied it through different universities. And the first one was social sciences. So I went to know about and to learn about human behavior first. And so I learned how people behave, what happens, why in different perspectives were making specific decisions. It was very, very important. And this was the most important thing that I could have done in my life because if I was just a regular doctor with my first faculty, probably I would never come back to social sciences that deep. This is the first time. And of course, after that, I started to work. I had my ideas how to change the world. And after I graduated straightforward, I went to a internal affairs department, one of our ministries, and they took me over there. I wanted to change the world. And somebody started to criticize me. And then I said, if they start to criticize me, then I'll go and I'll change my life. And I'll change life of individuals if I cannot change the life of thousands through the administrative system. And this is what I did. I went straightforward to the next school, which was a medical holistic school based on a physiotherapy and medical kinesiology. And I graduated already in the next four years. So we should take the first four years. I've got a social science. And then I made another four years for my physical therapy and medical kinesiology degree. And then in the same time, I did a master's degree in social sciences. And then I started to do my PhD in osteopathic medicine. It's still ongoing. So I'm still learning as everybody else. And I'm still getting more and more experienced every day. But that day when I started to treat patients, I already had a lot of knowledge from the first school, which is great. You're originally from Romania. Is that right? I'm originally from Republic of Moldova. But it's pretty much the neighbor of Romania. We were the same country back in the days, two separate countries, but the same nation. Moldova. And now you're in Los Angeles. Yeah, I'm based in Los Angeles for many years now. And I'm having my private practice here. And it's going awesome. And I want to know this actually for personal reasons. You obviously, because I see you personally for my doctor, I know you treat people in person. But if somebody is not located readily in Los Angeles, do you do remote sessions? Can you help them that way? As much as somatic experience works for us in psychotherapy and all the pain that I can physically feel through the cam, which means if I will induce you, I will say, Debbie, look here or anybody else, look at my arm and see your fear, any fear or any pain. And I'm giving this to you right now in the cam. How is it now when my arm is here? How do you feel? Terrible. Yeah. So this is how I induce people into their pains, into their fears. And then we're working on that fears or that pain. And we're starting to see where this pain originates. And after that, we're starting the psychotherapy and different methods again. And we're cleaning that. So most of the people I had people that we had sessions throughout the world, for example, in Switzerland, somebody couldn't lift our and they had this symptom called frozen shoulder all over the medical schools, right? But I did one session and they were able to do it like this. They had no more shots, nothing. So it all was psychosomatics or somatic experience. Yeah. Awesome. Okay. And I want to like deep dive a little bit.  How do you define them? What is a big trauma? What is a small trauma? It's a very hard multi-ergy process. So we're trying, we're starting with a complex diagnostic process. So we're doing our diagnosis based on different methods. And there are included methods as channel meridian system, as a reflexology, osteopathic perception, muscle testing, and other methods in order to understand where are the people to assess where they are right now and their health and how the body reacts to that. So basically when the body is in front of me, I have more tools and resources to know better what's going on with the person rather than on internet. But on internet, we have a lot of good cases as well, which just brings me a little bit less tools to work that efficiently. But comparison, you know, in comparison to many other people, works the same way. You know, it works very well. But now let me tell you about hierarchy. And it's the first thing what we do is we understand on which level the body reacts. Okay. So we have three levels. Okay, we have mind. We have unconscious and we have subconscious. So most people or most of the literature you'll find on the web and out there in the universities, we'll talk about unconscious and subconscious as the same thing. Not the same with me. Okay. So in my case, I found specific patterns for unconscious and subconscious unconscious, meaning that this is your body. And the body reacts to everything that your DNA learned throughout the 400 million years of evolution. So when you say something like that, what you mean just so the listeners can understand, we're talking about lineage. We're talking about ancestry. Is that correct? Are we also talking about our past lives that? No, not here, not here, not at this point. The past lives is energy thing. And it's a little bit different. And I'll explain it after, but we start with the body because most of the people are, you know, they know the body. If I'm hungry, so I know I'm hungry, I need to eat. This is a signal. Okay. If I'm thirsty, I know I need to drink. This is an instinct. Okay. If I'm cold, I need to wear something. So this is what I'm talking about right now. All of this instincts and science from your body, they are unconscious. You're not thinking about this. The body signals you. Okay. The signals in order to go and do the things correctly in order to survive. Okay. So body always does something to survive and for evolutionary purposes. The soul, which is something thinner or the programs of our body are subconscious guided. And there are like two splits. One is subconscious, which learns your life from your conception moment until death. And the other part of your subconscious is a spiritual part of your subconscious, which involves other things as tether healing, as soul, as past lives, aggressions and all the stuff. I'm very curious how I want to ask this in a way that makes sense, but how you know what you know. So when, when you do something like this, let's say we'll take that one example of something you do. So something's going on with somebody. You get very clear. You bring something to them and say, I'll try to do it in the camera too. And then you say, you know, how do you feel or what's the first thing that comes up for you? Let's use that. When somebody says, because sometimes it's completely unrelated, right? It seems like the most bizarre thing someone could say in that moment, but that's what popped up.  And somehow it intersects and ends up creating a healing. How do you do that? It depends how we do it. If we do it online it's one way. If we do it in person, it's a different way. So when I have somebody in front of me, I don't really need them to talk too much, because I'm doing a comprehensive diagnosis. So I'm starting to see how the body functions and adapts itself on movement and how the reflexes work so I can read the body. So for example, if they come in here and they say, oh, I have the problem in my neck, I may find the problem in their foot. So if I find a problem in the foot and this problem is related because I can see the reflexes in the body is related to your mental issues or to your psycho-emotional issues. So I can tell you that straightforward. And there is no doubts about it because the body never lives, never. If you know to read it correctly, you will know exactly how to assess it. If the person is not in front of me, I try to induce to speak to see what they talk about their life. And when they say specific things that I know they're related to specific organs, functions in the body, then I ask them, I induce them that feeling, that problem, that pain. And they ask them, where is that located? The same as in somatic experience. And they're telling me it's in my foot, I feel it in my foot. I feel energy in my head. I feel pain here. I feel pain in my chest or in my throat. So I can feel it here. Don't give me that. No, I don't want it. I feel it in my trapezoid muscle, right? Trapezoid muscle. So this is how we're getting to the point. Not always people are starting to feel that very fast or like straightforward, but easily, easily, we're modeling, modeling and modeling and easily getting into that stage where people can feel themselves and they can feel the symptoms on their body. And then I know where to dive in. Or sometimes it's not only about the body. Some people will tell you, never, I don't feel anything. Don't give me this hand because I don't feel anything. So you have to work differently with these people and you have to have methods to work with these people too because they're patients too. This is just only difference between different kind of brain thinking. They're mosaic brain thinkers. They're like more female, more male patterns. They're just different people. And when you have a male pattern or a mosaic pattern, you have to give different messages. And we're starting to use logic, intellect, our mind to see what their patterns or thinking are. And I'm just trying to go through their strategies of thinking and see where the shortcuts are. So for example, if for someone in the childhood today, they will say, oh, I'm in poverty. I can't afford myself a car, a treatment, a holiday. And I say, okay, how do you feel when we don't have money? And they say, you know, I feel very, very shrunk and I feel not good at all. I feel this anxiety. And I say, okay, if you feel that worries in the body, they say, don't tell me that because I don't know. But I know how I think about it. And I said, okay, if you think about it, then tell me what that means for you. And they will tell you, what does that mean for me? It means that I don't have money. I can't afford anything. And they said, okay, what that means for you then. And then he will say, hmm, interesting question. What can mean for me that I cannot afford something for myself? And we're going straight forward logic, mind by money, and they are going to the point that they are fear about their parents, that their parents didn't have money home. We're going straight to childhood, when they will say, oh, I was, I broke something when I was little. And I knew my father, my mom, they didn't have money. And I was shameful. I feel that shame and I was fearful what they will feel when they will know that I broke it down. So that feeling so that feeling is living in that person today and makes their body feeling ill and giving the symptoms on the foot. And the foot gives the symptoms to their neck. Isn't it interesting? Yeah, incredibly so. So you must have some very interesting cases, especially when you take on chronic emotional issues, chronic physical issues. And I really appreciate you giving that example. Will you give a client example of something chronic that had a really good ending to it? And you don't have to obviously give away any names, but I would really appreciate hearing some more. Of course, one of the most important cases I've had in my life was a woman. She had IBS since she was five years old, five years old. She had it over 50 years, because she came in around a 60 years old stage in my office. And when I met her for the last 14 years, she wasn't able to get outside really. She wasn't going anywhere because she was going to bathroom about 15 to 20 times a day and about 10 to 15 times every night. And it was very hard to get somewhere else. And it was very hard to go make some groceries shopping. And we did it. And she started with some kind of traditional medicine that she went through official medical centers and all the stuff. Until she got to me, she had at least 25 years of active healing and she could heal herself. And I don't say that in order to just say how great I am. I just say how much we brought into life of this woman. And we started with the assessment of course. And all the problems she told me she had psychologically was not there where I found them actually. So she was directed not in the same idea because she started to do psychotherapy before, hypootherapy before, healing sessions before, humera and all this kind of medications. We're not talking about pills at all. And steroids of course. So nothing really helped her. I don't say that pills at some point doesn't help. But no, but not in her case. And she was disappointed of course. And when she came into my office because I couldn't read the body and I could get into subconscious and trigger exactly the points where all the switches for bad thinking was creating this pattern of not accepting the things in her life which brought her IBS. And we treated her very, I would just say for the period of time we've treated her was a fast one because she was actually the hardest patient I've had with the longest disease I've had. So this is one case. And I can't tell you exactly one, two situations in her life because they were like probably over 50. Very important, very big trauma. So she was a very traumatic woman from a woman from from childhood. And she had a lot of conflicts with her parents with her mom ancestry line, rather sisters and then husbands and everything she could have had. She had and suddenly she got good. She was like on the process going on and on and on and on. Nothing happened until one day. And she said, calling me and said crying. I said I started to not have this calling to bathroom. And she was crying. She was literally crying about for 20 minutes on the phone. And I was so happy.  And I feel that I'm blessed and I, I thank God and I thank the universe for these opportunities that they gave it to me. And thank you. Yeah, I'm grateful. Oh, wow, cool.  Yeah, another great case is when I had a patient, he had chronic it was a chronic colitis arthritis. And it's an erosive arthritis.  And until he hit it three years after this, it started, he was done. And nobody could have ever stopped this. He's got steroids again. He's got humera. He stayed on humera for a lot of time. But what is important here is not only the blood in the stool, but he, you know, when they're trying to make transfusions, they're trying to give him some blood from outside, they try to do some kind of things to retain the blood. The body noticed that. And the important thing here is the body started to reject iron. So his ferritin levels started to drop down. So once the human started to interfere with this process, so the body, the subconscious felt it and said, okay, my purpose is to leave this person without blood. So diet, okay, pretty much. We can just say that soon. So if you give me blood or you're trying to stop it, I won't take iron. What for body means iron? For body, iron means oxygen. The oxygen means breathing. Breathing means life. Okay. So when we started giving him iron, what important, what interesting, the body started to not transform iron into ferritin. Okay. So which means the body has a clear decision to kill the body. So there's nothing you can do if the body has a real mindset and a program to kill you in a way. It will do everything. Subconscious is so powerful. Which is very much like what an autoimmune disease is. The body attacks itself. Exactly. So we've treated a lot of autoimmune and they're treated the best way and the easiest way. So like allergies, like asthma, like any kind of, we have this kind of thyroid issues that you know are around the planet now everywhere because people are in hurry and this triggers you as you are not succeeding to do things. So it triggers your thyroid hormonal balance. And it tells us that we need to work towards those things because people are getting stressed and traumatized by some things in their life and they're not aware of it. Okay. And so I want to finish with that. So you've got this guy with this colitis. His body is releasing blood and rejecting iron. His numbers are going down and then what happens? Actually, what important here it was then we were started to chase this subconscious mind and to have the answer to some subconscious. I have my own method to talk to subconscious, which is very important. So then I understood what subconscious wants from him. So subconscious wants from this guy to change his mindset at all. He was thinking not the proper way for his living. So he subconscious wanted him to change his mindset. He changed the personality. Okay. So for example, he's going home and he's talking to his wife and he reacts in a manner to what his wife says. So the subconscious wanted him, for example, he reacted with irritability with anger or frustration. The body didn't want that. The body wanted from him to be calm, to accept all these things and to go through other periods. For example, if he goes to his job and he's just a simple guy, a nice business man, but a still a simple guy and he goes with his customers. And sometimes not all the customers are the most gentle people and they can make some mistakes. They can have bad days too. And he reacts in a way because he sees himself as a helper. And when somebody reacts to his help, not in the way he is expecting, he was disappointed. He was frustrated. He was even depressed. He was angry. He was annoyed. He was anxious. And the body wanted him, subconscious wanted him to react differently and to accept his people. And once we started to work on his behavior and change all of his behavior patterns at home with his wife, with his kids, because he's different kids, the biggest one and the smallest one in different relationships, even with his dogs. Because he've got autoimmune on the dogs, two allergies. So we took off the allergy from the dogs. The body shifted that allergy to the lash of the dog.  Isn't it interesting? And when we took everything off and I showed him many, many, many times, this is the problem. This is the problem. This is the problem. This is the problem. Now he has a lot of settings. He understands how he has to behave and to react to most of the situations and people in his life. Like family work, hobby, free time, social life.  So it sounds so much like we're all computers. And these experiences program us, even though it's not for the best living or health, it programs us even aberrantly. And what you do essentially as a doctor is you go in there and you reboot, right? You take out the virus, you refresh the computer that we are so that we can be clean and healthy and move forward. So I'm curious when you tell these stories. So let's say, Dr. Taren, that you get somebody who comes to you and says, oh, I have this problem. It's persisting. Nobody can fix it.  But you say, you know, something happened to you at age 13.  I got nothing. Where do you go from there? Yeah, this is the usual case that happens in my office because I'm assessing very fast. So the people can go that fast with me because we're not doing hypnosis at this level. So when a person comes to me, I have to do a whole approach, right, holistic approach to full the body. So we are trying to get as much as possible from every angle so the body cannot fool us.  But the body never likes if you know how to read it again. And so when you give a certain idea to a person and say you have a trauma 13 years and they say they don't feel it. They don't know it. They don't see it. We're trying to go again, I told you before, in mosaic brain thinking, we're going through the logic. And we're going this pattern and going, what is this? What is that? Because I know exactly the trauma. So the first thing, let me tell you one thing, because you won't understand like that. The first thing I do is I assess what happened. Okay, pretty much. How do I assess it? I understand what kind of emotion is there. I can read it. This is my proficiency. This is my expertise. So I read exactly what emotion is there. Okay, so if I know it, if there is anger, for example, if there is anxiety, if there is disappointment, if there is judgment, if there is shame, if there is guilt, whatever, fear, okay, most common and abandonment feeling rejection feeling, it can be a lot of them. Okay, so if I know exactly the main feelings there, so I can start with the cases or just a philosophy, you know, philosophy, talk about this feeling in his life. And I can still go down the road and get to that point. It's longer. Just how long generally when people come to see you? How long generally does it take for you to get from where they come, plop in your office, chronic issue to believe in their free? Yeah, I understand the question. Now we have to, of course, to divide a few categories of people. For example, for most kids, we have one to three sessions. Okay, so most kids like 75 kids, I need just one or two sessions, 75% of them.  So we need more time with this, you know, hard cases, let's say, and or red cases. Same thing happens with the adults. So adults like after 18 to 35, they really need about three to four sessions to feel healed, like in medium, right? It just, just as an average. And if we're going over 35, 45, they're like, they need another one or two sessions, like maybe 456. And if we're going with chronic diseases, okay, we are going maybe 10, maybe eight, or if it's very, very, very hard disease, like untreatable disease, or something that really want to bring back into your life, you need probably more than 15. But it all depends, okay, so somebody's faster, somebody is slower, you cannot say that everybody's is the same.  How, how is he there? How is he a job? How is he a job when something goes wrong? How is he home when his wife is not the way he wants? His dogs are not behaving the way his, you know, son is not behaving the way his daughter is not this.  So this kind of cases, they need more time. But most of the people, they don't need that. They just need to show them the problem, like one, two, three, four, they've got three, four sessions and it's done. So an average person gets an average, maybe three to five sessions. Very interesting. Okay. I'm not, I'm trying not to feel bad about myself right now. We won't go into that. How about you?  Have you had yourself an experience where something was so persistent and frustrating? And now? Yes, definitely. I had it. And I was in 2011, I guess, 2011 or 2012 doesn't matter. I was in the medical school already. And my grandma died. And I was learning and I'm, you know, studying. And I was training myself. I was working with athletes at that time. Olympic athletes as well. And I started settling to feel bad in about a week or two after she died, I started to feel bad. I understand that I understood by that time that this is a psychosomatic reaction of my body. But anyway, I didn't have all the knowledge I do have today. Okay. So I was still in the medical school. And the psychology point there was not that elevated the consciousness and believe in what I did back in those days was not the strongest today.   And I did it twice. They couldn't find the etiology of my fever and of my, of my pain and everything I had in my body. Then this, of course, put me on, I put myself a question. What is, what is wrong with me? And it took me about three months to do this, because it's not in one day.  So they need something to prove to show you. Exactly. This is allopathic medical school, which they, you know, they have to prove it. They have to show you. It's a showcase. Okay. So they weren't able to see anything wrong in my body. Not hormonially, not biochemically, not structurally, nothing, not neurologically. I had three MRIs done during this three months period of time. I've lost so many hours in the, in the clinics. It's, it's, it's impressive. I still remember these days. And I was so frustrated that nobody could have been helping me. And then finally I asked, why wouldn't you just recommend me to go for research purposes? Like, because you don't know, let me go in an institute, a medical institute and let's research something on me because I am doing the school. So I know what you're talking about. It's interesting for myself. So finally, because of the legislation, they didn't know where to send me to, okay, because they need to write down which section, okay, where department you're going to. It was very, very interesting. Now, after we finally decided where to go, okay, which standard were how to do it. It took about two months, okay, another two months. So I was already in pain for about six months. And during this time, I started to believe in myself more, okay, and to do all the stuff, to start all the stuff that I'm doing right now on people. And in two months and four days, I healed myself. So January 4th, I, you know, it was 20 already 2012, I woke up with no fever, with no pain. And then I understood what happened. So it pretty much the same pattern as I told you before, but I was so, it was so hard for myself to deliver this consciousness, to dig into it and to see what is wrong with me and where these emotions are coming from and why my body, my unconscious wanted to react like this. But the problem was like this, I will tell you, was two problems.  But the second problem was that I was very successful at that time. And I was in the medical school, I was working with Olympic athletes to help them and coaching them through kinesiology, where to go, how to do it, and psychology things, and how to make their diets and all the stuff. So already in the field, I was working in the field already, I was pretty much 2012, I graduated second school. So I was already very, very, very close to graduate. Okay, so I started working prior to that with some athletes. And what important is I was very successful with them, and I didn't want to stop. I don't want to stop and say, okay, my grandmother died. So let's stop a little bit, let's rest a little bit, let's work on it. I was closing on myself, on my body.  The body keeps accumulating this emotional stress. If the body accumulates emotional stress, over 85%, and you'll ask me, how do you know, I have a method to know, this is my method, okay. So I have a method to know exactly how much emotional stress people accumulate over time. So when I know that it's over 85%, it's about to explode, okay. So you can't keep me that strong and that fast anymore. You need to slow down and to take care of your emotional situation of your emotional tension and release it, which I didn't, as do a lot of people, as a lot of people do actually. And this was the main problem, the main reason. There were more situations, of course, there are a lot of situations I had to work on in my childhood, about my grandma, about death of my father. I linked them, of course, I remembered everything. And of course, it wasn't a very good idea. But when we are in stress situations, we are in stress situations, we don't think logically, okay. In stress situations, we usually think with our fears. We don't really know how to think, and we're not educated how to think in stress situations. This is what I teach people to do. And this is what I start with. But this leads me to the body anyway, right.  So we're turning on to osteokinesia or practice already, which we are using their osteopathic methods, we're using kinesiology methods, manual therapy methods, and many other methods, reflexology, to use on the body in order to give the body proper recovery, rejuvenation, and setting for a healthy and abundant life. Can you actually help people, for instance, eyewear glasses? Can you help me see better? Or if somebody comes to you and they have, it's interesting, I don't have any hearing issues at all, but I know people who do, maybe they've lost hearing in one ear or it's not so great, or they were in the music business, etc. Can you actually help people to recover, recuperate their eyesight so they don't need glasses and or their hearing? Yes, of course, we can do that, but it all depends at what level, because there is like the points where you cannot go back already. But for example, if you see that, I don't know what to show you, but just try to see here this button. And tell me, from 1 to 10, how good can you see it? I see it. Yeah, six. Six, okay. So if I'm coming closer, you should see it better, right? Much better, yes. So if I'm coming here back, you're saying it's six again. If I'm going back again, it's even less than six, right? So it's five or four. Now I'll keep it here, okay? It's about the level of my ear and I'll ask you right now. I'll tell you right now, look at my hand here, okay? And you are in my hand here.   Now you are in my hand and you are 40 years old, 40 years old. You don't think about it, you just take it. Okay? Okay?  You're in my hand now and you are 15 years old. You're 15 years old. Look at the bottom here. Do you see the bottom now? You know what's interesting? I can see the thread that there's dark. It's a white button and there's dark thread and I couldn't see that before. Yeah, this is what I'm talking about. So in this sense, I can help you. With these things that I induced you already, I can help you, okay? So you can see the thread in it now, okay? So this is the idea. We can help to a specific point, okay? With psychosomatics, okay? With our emotional treatment. Then we can work on your eye nerves and the innervation of your eyes. So then I use my hands, okay, to restore as much as possible your cranial, you know, sacral therapy, okay? Cranial therapy on your eyes and are your lobes here and sutures around it to decompress the eye nerves. This is physical already. And there we can help too if there is an issue. So if you would have an issue here structurally as well, so we can help that issue too. So you can see even better. So after that, after that, it's done with the vision, okay? After that, there is already, you know, specialized doctors who can help you with. But in my practice, I had people who had like 70% of their issues on their mind. Man, that's what we're going to do when we're done with my left hip. That's all I'm saying. We're going to deal with my eyesight because that, I'm down for that. That's beautiful. What was it about, here you are at 40, here you are at 20, 15 and so forth. What was it about those ages that made some of that correction in the eyesight? The idea is that every person at specific time, actually it's every day, we're building the book of our life. We're building our genealogy. We're building our history, who we are, okay? So once we age, we're building different programs. Subconsciously, we know exactly now how many neurons we have, not exactly, but we know we have over 100 billion neurons in our brain. But the neurons don't think themselves, okay? We know exactly today for the last two years, we have some research that are showing that chromosomes are the ones who are taking the vibration and starting to make physical matrices in our brain that are read after that, which we call thoughts. So they're downloaded somehow, right? So we're not talking about this thing, but think about it. If you have a thought which is emotional based, you will put down that thought in your brain because this is how subconscious works. On one side, you have to have an emotion. On the other side, you have to have words. And when they come together, they create these matrix under your chromosomes. The chromosomes start to shape and create a specific matrix, which brain can after that read. These matrix will send through a very complex chemical process the signals to make mRNA, okay? So then you make these proteins that are building specific peptides that are going and changing your DNA. So basically, when I tell you that you're 20 years old here in my hand and you induce yourself in that, the body reprograms itself to that health, to those programs back then. And you see better because during the day, you have a lot of programs. During the years, you have a lot of programs where you said to yourself, I don't see this. I don't want to see this. I don't see my mom dying. I don't want to see this poverty. I don't want to see this inequity. I don't want to see this, you know, or I don't want to hear this. I don't want to hear this anymore so somebody can wow. All these programs are creating your DNA and stop psychologically, emotionally, you from seeing or hearing the best quality. Got it. Man, okay. So Dr. Gregory or Grigor, your real name, Taryn or Taran as it's really said. What do you do every day?  Do you have a ritual? Of course. In the morning, I'm trying to get up about at 5.30 in the morning. I'm having sometimes it's hard to get up into 5.30 and they're really small. One is about three years toddler and the second one is about a year, not yet. I'm trying now to say that I'm trying every time, every day to get up at 5.30 and make some spiritual work for myself, a meditation. After that, I'm starting to write down my things I'm grateful for in this life. About 10 to 20 things. Then I can write down my wishes as well. Whatever wishes do I have for the or targets I have for this year in the future. And there is a specific algorithm there. But I think it's not as so important as the algorithm today. It's just important what we do there. And after that, I'm trying to do some energy work on myself. And here I do Qigong. And what I do Qigong, I'm trying to focus on a real Qigong, not only on exercising or making kind of choreography or Tai Chi. Just trying to feel the energy itself. And then do the movements. Because I've been blessed to know one of my teachers who practices half a year in Tibet. And he's really great of it. And I never knew anybody else who really went to Shaolin themselves and being in person in front of me. So this was a great opportunity. This is the opportunity that I share with my people and with my clients and with my patients. And I show them what a real Qigong is. And it's not really only about the idea to practice a lot. It's about how you practice it. And if you practice it correctly, for about 15, 20 minutes, you can get enough energy to go throughout the day. And then I'm going, I'm not having usually a breakfast in the morning. Many people are saying it's useful. I don't do that. And I have my reasons. I won't stop here why. And then sometimes, of course, I'm using intermittent fasting, autophagia. And of course, that helps me a lot to maintain my body healthy. And then I'm going to work. I'm driving to work to my office, which is based in West Hollywood. Listening to some, you know, meditations, listening to some audiobooks. You mean listening to Dare to Dream podcast? Oh, of course. Since I've got to know, you know, your podcast, I'm a person who's always awaiting new things coming in again and again. Every week, every month is getting better. And I congratulate with this. And I hope the audience is going to build even more every month. And then I'm seeing patients. And then I'm driving back home, sometimes I'm going to exercise in a gym. Sometimes not. I'm just getting out of my kids. Then having some, you know, reading and then going to sleep. Beautiful. What are you next to Dare to Dream? This is Dare to Dream. You already have this amazing soup, if you will, of so many skills and methods that you've been highly trained in that you utilize and that come through you as the filter, as the channel to help people. So what's next for you on this journey of healing others, healing yourself and growing as fast as you're growing? The next point for me is to spread my practice to other people. And this is an ongoing practice. I will start to build the program, the curricula for passing this knowledge to other people because I brought in and integrated a lot of methods I didn't see in other people. And I don't say that all the methods are mine. No, I just integrate a lot of them. And after I integrated these methods, I saw new things, which I brought to the scale. And you can find them anywhere in the idea. Okay, you can construct them, but it takes so long to get there. So it's a good idea to show people how to use all these methods and integrate them and to teach people to treat chronic diseases, simple conditions as well, any kind of diseases they do have. And my next target is to start building this curricula, start writing down a book and starting creating this school or this new way, movement of holistic healing and of healing of the people of different diseases from A to Z to Y. He'd like to learn more about Grigor or work with him or find out more about the incredible things he's doing out in the world, go to drteran.com. That's D-R-T-A-R-A-N.com. And I end today's show with this quote from Gianne Achterberg. Healing is embracing what is most feared. Healing is opening what has been closed, softening what has been hardened into obstruction. Healing is learning to trust life. Thanks for tuning in today. Do subscribe to this number one transformation conversation. Next week on the show I'm having Charmaine Hammond and the screenwriter of the film Back Home Again and their incredible All Star cast. So you'll want to tune into that. It's great conversation. And remember folks, don't just dare to dream, especially about your health physically and your emotional health.  And I do wish you the best of health.


Some nice slides to start things off just to kind of put things in a bit of context. Accenture talks about this idea that, you know, the massive growth in complexity that's happening at the moment. We have a perfect storm of everything is getting faster and more complex. The markets are speeding up. Products that must be produced and moved into the supply chain and quality controlled are becoming more complex and we're starting to see combinations of services and products coming together. The workforce that are producing these products or controlling these products have new expectations in terms of what they expect from their employers and the organizations that they're working in. And the economy is changing with so much disruption coming in from other sectors now from Amazon entering the healthcare market and so on and so forth. There's a huge amount of challenge and changes in the technology in the market at the moment and in parallel a lot of changes in the technology landscape. This slide is probably out of date and you all know just how much data is being generated now in the last two years, more than in the history of, in our history of mankind, but a massive amount of complexity and data to be collected and analyzed. And again, the compute power growing exponentially from the slow adoption of mainframes from the 50s onwards to now what we're seeing a burst in excitement around quantum computing and Accenture and IBM and others have started to really do some interesting work in the quantum computing space. But again, the adoption rate of AI compared to some of the older technology has been quite startling. So Accenture, our take on industry 4.0 is we refer to industry X.0 and essentially what we're talking about here is the idea that companies can transform the core of their business through linking better research and development and design of new products through the production of the process or the product and the aftercare support of the product. So it's not just about manufacturing and driving efficiency and manufacturing. It's also about linking all of the silos within companies, which in some industries has been done better than others. Aerospace being one that's worked very well and others less so. And when you have those kind of IT architecture to transform that core and link up these parts, these key parts of the organization, adding in digital enablers like data analytics, like advanced visualization tools to really drive value out of that data that you're collecting in your architecture. And while industry 4.0 and a lot of the messaging around that focuses on how, you know, digitization can help drive acceleration and efficiency in the supply chain. Accenture's point of view is very much just also an above the line point that we need to keep focused on around supporting and the launch and development of new services and experiences that are wrapped around the product. So it's not just about making a widget. It's about how the organization can be ready to wrap other things around that product and really drive top-line growth through innovation and growth. And there's just a little bit more detail. There's lots of different strands to this around, you know, clearly here the issue of analytics, cybersecurity, workforce and talent and so on so forth. So there's really a lot in this that I don't have time to go into in massive detail at the moment. But yeah, I think we have some interesting perspectives on this idea that the factory of the future and the supply chain of the future will be smart, connected, living and learning. And then this is the idea of the digital factory and the many dimensions to this and how do you kind of work through all this and where to start. We have these conversations a lot with companies at the moment where they're playing all the right notes but not in the right order necessarily and they're doing some of all of these things but that's not necessarily all of them. And they're often looking for benchmarking. So, you know, we're looking at the ITOT interface, analytics, process life, product lifecycle management. An area that's very close to my heart as well is that's often forgotten in talks about industry 4.0 is this issue of quality control, the bar tree, the QC lab, the metrology lab, making sure that's efficient, it's not a bottleneck. How do you get the workforce digitally enabled, automation, security and so on. So, there really is a huge amount to this that needs to be tackled and different companies are at different stages along this curvature. And yeah, we would argue that really it's in the combination of multiple technology. It's not just about data analytics but it's about better capture of data, industrial internet of things, working with the core IT architecture like your MES systems and your SCADA's and PLC's but also then trying to bring in, you know, increased sensorization and a more kind of agile approach to adding greater data capture on your factory floor. And combining these like robotic automation, AI and advanced analytics with IoT is really where the value can get unlocked. And the kind of, you know, use cases we see for these, this combination is looking at things like predictive asset maintenance and I'm not going to again dwell on any of these in any great detail but we see huge appetite for this in the industry at the moment especially in discrete manufacturing where and also in areas like oil and gas where there's very heavy utilization of assets and downtime and an asset can have huge negative implications on the supply chain. So, trying to use advanced analytics and machine learning to improve productivity and quality within the supply chain. Again, looking at quality analytics and ensuring this idea of the consistency of the product quality, not just about driving lower driving down cost of good souls but ensuring that you're having, you know, zero defect and inspiring towards zero defect manufacturing as a key KPI. And looking at, yeah, this idea of combining these technologies to boost edge analytics, I think Guilherme was going to talk about that in a little bit more detail. This is just a case study of something we've done again in the food and drinks industry where we've worked again with a company here, Okado, to combine some of these technologies to help reduce waste and increase speed to release of products and hence increase shelf life of the product and drive out about 5% cost reduction from their from their cogs. Another case study from the automotive industry, this is a company that a sub supplier into the automotive industry that makes some of the key sensors that are used in the autonomous vehicle. Obviously, right first time zero defect is critical in a space, you know, a failure of a sensor in these technologies is going to be, you know, potentially huge issue for both this company and their customers. And they had a very complex chemical manufacturing process involving minimization process where they had some critical tipping points where they had nonconformity and they didn't really understand that. So we worked with them to really understand the data they were collecting and collect more data that they weren't collecting to achieve a 19% reduction in nonconformity. Again, touching on the idea of zero defect manufacturing and quality. And then this is an example of something we've done with Schneider Electric where we've created a digital twin of their facility to help them build new offerings and be more flexible in the offering that they can bring to their customers. This is just some research actually from a couple of years ago that Accenture did in the manufacturing space. So we surveyed companies from around the globe in a number of industries, about 450 respondents. And, you know, a key thing that kept coming up is this idea of rapidly increasing complexity. So increase complexity less time, other issues around workforce unprepared, focus on quality, lack of visibility, wanting to maximize capex and acid utilization. These are some of the key problem statements that the companies are looking at globally and are common across many industries. And what we've seen some interesting stats around the adoption of Industry 4.0 thinking is actually happening quite aggressively in India, also quite a bit in Europe, a little bit of a lag from the US, you know, at this data point at least. And also another interesting perspective is the idea that certain industries are adopting this more aggressively. So automotive being kind of the currently the industry that's probably most aggressive in adoption of digital manufacturing. And yeah, this is the the some of the knowledge that companies feel is likely to have the most impact in their productivity, in their quality metrics, in their ability to innovate. This idea of the manufacturing control tower, which can also dovetail with the supply chain control tower and how companies just have visibility and what the hell is happening in complex manufacturing environments and complex manufacturing supply chains. And you can see analytics and process monitoring really high up there in terms of technology that's already been implemented. So a lot to do, a lot done, but I think it's fair to say 30% adoption is probably still a bit modest than you would argue, given the amount of data that's being collected in manufacturing, which is I think widely known to be the manufacturing that one of the largest sources of data collection globally of any subsector, a lot more to be done and actually making use of this data. Just some perspectives on the life science sector because it's it's close to my heart and it's a very important sector for Ireland, given the amount of GDP of Ireland that's dependent on the export of pharmaceutical products and medical devices. Right now, the medtech industry is probably a bit away a bit ahead of the farm industry closer to automotive in terms of adoption of industry 4.0 and probably a bit of the learning because medtech is discrete manufacturing, a little bit like automotive, they probably have taken some learnings from aerospace and automotive. So a recent survey just this year that we've done of senior executives from the life science sector would say 56% of companies in the medtech feel they're completely ready for digitization and manufacturing, 42% somewhat ready. And if you look at pharma a little bit less, you know, slightly more not ready at all, but quite a few, the majority feel they're only somewhat ready. So more to be done there. And if you look at pharma, this is the urgent burning platform that they're faced with. I'm not going to drain this slide, but very briefly, if you look at pharma 10 years ago, the best selling drug in the world was Lipitor. You had to manufacture that by stringing 33 carbon atoms together. Last year, the best selling drug in the world was Humira. You have to manufacture that by stringing 6428 carbon atoms together. So this is the point that again, products are becoming more complex. The other point I mentioned earlier, they're coming at companies more quickly. So 75% of new drugs for cancer were fast tracking last few years. So companies have much less time to optimize their manufacturing process. And they're often launching more complex products with suboptimal manufacturing processes. And really doing it the old way that I did before without digitization is probably not sustainable. They're also focusing on producing more personalized products, more precision medicine that are, you know, so factories instead of making one drug or making maybe several drugs, and that creates the challenges. And there's other issues there as well around outsourcing, combining drugs with devices and services, and actually making products on a patient by patient basis, all of which is creating huge complexity for companies. And we started to do some nice work in the space with a global pharma company, initially more on the supply chain side, where we've used a kind of a fast approach to create with the Accenture Insights platform, which is part of Paul Paratti, who was earlier part of his group, and looking at segmenting the company's product family and helping them facilitate management, optimization of inventory across multiple product types, saving about 30 million so far from inventory transformation. And this again is some more data from that recent study that we showed where, again, this idea of combining technology, not just analytics on its own, but a variety of technology across big data, digital twin, robotics, AI, assisted reality or extended reality, that companies can increase up to 6.3 billion in market capitalization by helping to bring new products to market and save up to almost 100k per employee in terms of manufacturing costs. However, MedTech companies would say that the big obstacles they have is this idea that they have, well, they have great ideas and lots of things to do. They have maybe poor maturity of their ecosystem partners, that they have to bring more companies with them on along the journey. And something that comes up quite often with companies, they have great potential to do data analytics, but they really have a challenge in finding the people to do this, you know, a number of other points as well that are also up there on the board. This is a project we did here recently with a client where, again, not to go into a lot of detail, but highly complex manufacturing line for medical devices. You know, they had the ability to do root cause analysis at a point in time, but they hadn't really systematized this and had a high dependency on their engineers and subject matter experts. And so we worked with them to create an analytics base table, do exploratory analysis, build predictive models, a series of predictive models, not just one, and then built a kind of an easy-to-use visualization tool. So the result was, you know, a more standardized method to find root cause, user-friendly, and essentially directing workers and engineers to the probable cause with the potential to save almost 7% or possibly higher per production line on that site. And that's just the approach. Again, I'm short on time, so I'm not going to go to this in detail, but again, the approach of taking a, you know, a short kind of discovery process of looking for proof of value industrialization and scaling across the site. And very briefly, just a bit of a, you've seen some of our folks understand here, Accenture has really doubled down on the area of innovation and digital, and we have now got our global innovation hub here in Dublin. It's the largest innovation center in Accenture's network globally, so we're very proud of it. And doing some really nice work in projects relating to data analytics, and in particular in the area of manufacturing and supply chain. So we're doing a project called Project Alchemy, which is around biotech manufacturing. And you've seen, I think, a demo, I'll understand here of our VOR demo. Project Sulus around machine vision diamond is around looking at pharmaceutical label changes or any type of label changes around complex products, and also looking at cold chain technology with Vodafone. So that's it from me. Thank you very much for your attention.


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Welcome to Toffy TV It's ridiculously hot So, if I hear one person complaining in the comments that we're wearing shorts I do not care I don't care anyway, but I don't care It is so hot It's roasting hot Do you know what else is hot enough? The transfer market It's not, I'm only kidding Two weeks ago till the transfer market window shut For us in the Premier League, certainly How are you feeling about it? I'm a little bit I'm alright, but I'm a bit I want something to happen I think another sign and it's really help A centre for what preferably would really help It's difficult isn't it, because Not much is happening anyway But you can't, you don't worry about anyone else You're looking at your own squad and obviously seeing Looking going out the door and going and following You're looking at what way you're going to bring in I think it's natural to start feeling a little bit like Only two weeks left will we do it We signed our first player last season At this point we signed with Charlotton I think we had a weak extra though didn't we In terms of To the close of the window So No, no, we didn't You sure? The season kicked off, it was the 9th of August last year So that makes it even more I'm a little bit I'm sitting here, I'm not like nervous Because I'm trying not to be like that But I am sitting here thinking Are we still After the players that we'd identified Apparently in April and March They said Delph was one they'd identified They already had a goal mess They wanted to do My dad doesn't look like it's happening But are they still after those other players Because you would have thought that Would be I suppose that's the difference in the wording Identified No Got down the road and negotiating Identified So It's touching go Cos I personally feel like the squad is weaker Because we haven't got to do with it Cos of the Ghana situation Cos of Luchman Go Mets we had last season I think you'll improve this season I think Delph will be a good signing But they're not players to get you excited And they're not necessarily players to win your games of football We need We need something in there We need I'm not saying a wow signing But we do need someone who improves us And so far There's plenty of names getting thrown around But I suppose it's worse because We do do our business so secretly now That You get all these names thrown at you but You don't know where we are And you know It's alright for us the city and go I'll just chill out but we don't know We don't know what's going to happen in the next two weeks I'm ashamed I'm at me Cos you do get nervous I mean you look and go You know if we don't replace Ghana Is Delph enough In there Potentially cos you can do things Ghana can't do Ghana can do things he doesn't Get nicked a ball as much as Ghana does But then again he might be a bit more Progressive You could potentially argue that Ghana is a hell of a player though We need a centre back You know we're two down From last season Jack just gone obviously You met looks like it's not happening So we've lost out there We've got Jerry Meenett Who I actually think will be a good player forever But you know he's got to stay fit Obviously Michael Keynes there and Mason's back Up top We've looked very thin In the three games we've played Two games we've played really so far Because we haven't had Dom And we haven't had Richard Ellison But we still need another one anyway with them And we've changed Changed and then Luchman's gone So we need a winger And now we want a left foot of the winger I would say if he got If he got A winger, a striker and a centre back Then I would be happy I still want Ghana replaced I still want a replacement for Ghana And then obviously We'd talk about a right back But that's five players I suppose the way to look at it is simply We've got aspirations of breaking into that Top six And it doesn't feel like it's a million miles away But if we don't improve the squad If we don't make it stronger The whole thing's stronger Then it's pointless Ghana's a fantastic player Who will take a lot to replace Cos he's the pivot of the team He springs the team forward When he nicks the ball He allows us to Catch teams as they're attacking us To counterattack them He's so important And it can't just be this Where we've lost them Zoomer allowed I'm not saying Zoomer was amazing all season But he wasn't because he wasn't Toward the end when Evan Gels was fit into place He was the player who Who Is that player who has got that little bit extra pace To get across, Keane's the player who goes for the ball He's the player who goes across And deals with the pace threat These things can't just be ignored He has to be dealt with These plays have to be replaced With good quality And that's the problem Is that we're looking to replace players Without improving the squad But playing devil's advocate Or playing Everton's side of it So last summer You made very good sign As I would say They all improved the squad on the side And it was done It was now They started with Charles and came in We ended up getting four in the last week Dale now Of what's needed When you look at what's gone out so far I would argue Obviously Zoomer Is a massive miss Because we had them Gane will be a massive miss But they will try to replace Zoomer I think they'll try and replace Gane That's what all the noises are But we do have Delph who can do that role I'm not saying it's like for like He's gonna be the same, I'm just saying But quite clearly there's a massive hole Where Zoomer isn't there We got to the end of the season The manager through Various Media sources said he wanted The striker and the left foot of my winger So and we know that There's been too many links for We know that they're looking at those kind of players So I've met it inside They'll be like they could sit there and be going Well we've got deals The wheels are in motion for these deals They haven't happened as quick as we want but they're there I suppose the worry is They're not gonna leave it are they I suppose the worry is is that There is only two weeks left And this is a lot could have been going on for the last few weeks To the point where we're coming to the end of And getting Well that's what happens with deals isn't it This is a fan the way you think about it Is if it doesn't get done then it's on the season And the next minute fans are going into the season with that A little bit of happiness And worried about You know what the season holds Because Because we are because Well you want to kick on don't you We finished the season so strongly We were the third best team over the last 10 games in the league We finished it very strongly We had some really positive results And you finish on that high Let these players in and let's kick on From this point we all want to feel like we've kicked on And I think we've got three players in You know this is like again just to rate To rate your point this time last year With Charles and the first player through the door We've already gone on to go home As you've got Jonas Lacell whether you think he's It's a decent set and we've got Fabian Belf So we've got three players in We mustn't ignore that But it's at the top end of the pitch where I think People look and go If Moise Keane But ultimately that happened Or if K2 might happen I think everyone would be like yeah We're ready now but at this moment You can understand where people's nerves are Or people are getting a bit worried But we know that these deals Have been going on for months and months Before they come to fruition So I'm hoping The roots are coming The sprinkles are coming through Ultimately it's a spine though isn't it Sensor back, centre midfield Forward And that's so important to get those three positions With only a couple of weeks left It's hard to be really exciting A couple of weeks where a lot of things Drop into place But then on the flip side Of that Managers tend to want their players in early In pre-season He spoke about that though He said that ideally He wouldn't like the miniature but we know We have to go up to the window I'm waiting on clubs doing things And I think that's right I think everything I know how you do it But I think if you go through it A manager to get you in a dress Or Marcel Brands just say look This is where we're up to You don't have to because it's up to them But I just think it helps But I think what I'm trying to do And it does make you feel a little bit unsettled Because you see other clubs get players But I always go back The thing he said last year Which was a rather wait a day later for the right player And buy the wrong one a day earlier And I used last summer as the barometer for them And that he got those players in He got some excellent players in Right up until deadline K2 was literally A minute or so Getting them registered That's where my confidence is with it Is it frustrating? I'd like to have had it Even if we just had a centre forward in now And we knew that we were going to get another couple And I'd be calmer And I'd like to have seen them in these games You're looking at these friendlies And you're going can't take anything from it Really other than fitness Because we haven't got anyone new We were trying to bed them But in the top end of the pitch We still had to do them on the ass As much effort as you might put in I don't think he's going to be part Of our squad this season So Nathan Broder has been a nice Live wire player to watch But I still don't think he's going to be Getting in R11 is he really And he struggled to get in the 18 So that's a frustrating thing Because not having obviously Dom And not having a charles as well We'll have to see but hopefully Like you say it'll be I mean how are you feeling before we finish What are you feeling? Are you nervous? I'm not nervous because I'm trying not To be nervous anymore I'm trying to let it play out Yeah because I'm trying to let it play out But what will be will be But what I will say is If that's the case then you've got to be realist About it and say and honestly say Right if we don't get players in Then we're not going to be Challenging for the top six And in fact we're going to We could finish anywhere between 7th and 11th And the simple facts are The reason why Is not that we're not A better team than anyone else The simple fact is we won't have a squad We won't have a squad to dig in Like we did dig in last season We won't have that and ultimately That will take a cost Of course it will You can't get away from that And you've got to hold your hands up and say You can fight as hard as you want And be as good as you are on your day But fatigue and suspensions And Players out of form Will over 38 games And cup games will always catch up Would you? Always And then you're having to And then when you come into the league cup You haven't got you won a juggle But you haven't got the quality to put them in the team So then you miss out on the cups as well So you've got to be realistic And say it will cost us But then the problem with that is Then come all the conspiracy theories With that which makes life even more unbearable Where it's like You've got no money And all the money's getting taken up by the stadium Or blah blah blah blah So you can't Everything then becomes about Just being everyone's just Misal about it instead of just saying And then suddenly everyone's a fraud And you know what I mean It takes away from the fact that you can't just go Just emotions It is and of course that's football And everyone's got the right to those emotions It just makes life a little bit Hard out Where there's three signings Like you've just said in the next two weeks Like it did last season Where we go to last season That was the same, you go Matt this is fair season Going into that and everyone's like And then suddenly you get McCarthy And you get Barry and everyone's like I remember that night An hour before the window shot And everyone's like And then get those And everyone's on the high And that can be the difference between Those emotions can be the difference Going to the game as well Going the games thing and we've got a chance In this game because we've got a good side It makes a difference for the crowd as well You go into games and you look at it and go We didn't get so and so and we didn't get a replacement It can put it down on the whole thing And I just want to go into the season Looking at our side Looking at our squad going We've got a decent chance of having to go But I can't honestly sit here saying that at the moment I'm just being a realist In two weeks time Who knows who knows We might have bought two or three and then everyone's going Well actually we do look alright And we can kick on We'll wait and see They'll know, they'll know They'll have all their plans And the manager seems quite calm about it So you've got to just back it It's never going to happen quick enough for us as fans Ideally they've all been Invited you either first Or you've got to put your feet up Although some people still have wanted us to do something on their blind day Because you get caught up with everything else But fingers crossed Let us know your thoughts anyway On the transfer situation You're getting worried Or you're quite calm by it You think the people in charge are going to get these deals done Or are the deals out of our hands Are we trying to bring targets in And we're not offering enough Or the players have got completely ridiculous valuations Like we've seen with some players already You know if everyone want to bring three in You're talking 100 million barn there Say to me For three players So I don't know Let us know your thoughts in the comments anyway on this one If you haven't already subscribed please do Click the bell for a later so you know When the videos come out And if you want more great shows Lots and lots of live shows Join us over on page And the link is in the description Thank you


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