Though it did not concern electromagnetism, this concept was first named by Hans Christian Ørsted (UR-stehd), and a notable example involving quantum entanglement relied on pion decay. One biological application of this con- cept employed a folding funnel to overcome Levinthal's protein conformation paradox, while Freeman Dyson used his namesake sphere to resolve another example in which Earth's energy reserves are exhausted. Isaac Newton's seminal one placed a cannon on a mountaintop to demonstrate that gravity caused planetary motion, and Maxwell's demon and Schrodinger's cat are the most famous ones from thermodynamics and quantum mechanics, respectively. Fre- quently used by Einstein while developing relativity theory, name this form of
Though it did not concern electromagnetism, this concept was first named by Hans Christian Ørsted (UR-stehd), and a notable example involving quantum entanglement relied on pion decay. One biological application of this con- cept employed a folding funnel to overcome Levinthal's protein conformation paradox, while Freeman Dyson used his namesake sphere to resolve another example in which Earth's energy reserves are exhausted. Isaac Newton's seminal one placed a cannon on a mountaintop to demonstrate that gravity caused planetary motion, and Maxwell's demon and Schrodinger's cat are the most famous ones from thermodynamics and quantum mechanics, respectively. Fre- quently used by Einstein while developing relativity theory, name this form of the scientific method in which a hy- pothesis or principle is tested only in the mind.
Though it did not concern electromagnetism, this concept was first named by Hans Christian Ørsted (UR-stehd), and a notable example involving quantum entanglement relied on pion decay.
{thought experiment} [or {Gedankenexperiment}]