In 1995, Kazuaki Kuroda raised concerns about the most popular method of measuring this quantity, and in that same year German scientists used a mercury bath to get a surprisingly different value for it.
In 1995, Kazuaki Kuroda raised concerns about the most popular method of measuring this quantity, and in that same year German scientists used a mercury bath to get a surprisingly different value for it. It is replaced by a scalar field determined by the distribution of the universe's mass-energy in Brans-Dicke theory. It is combined with the speed of light and Planck's constant in equations that give the Planck time, length, and mass. First measured with a torsion balance by Henry Cavendish, FTP name this constant of proportionality found in an inverse-square law posited by Sir Isaac Newton, which represents the intrinsic strength of the weakest fundamental force.
In 1995, Kazuaki Kuroda raised concerns about the most popular method of measuring this quantity, and in that same year German scientists used a mercury bath to get a surprisingly different value for it.
universal gravitational constant [or (upper-case) G]