Sassoli de Bianchi, M (2013) Using simple elastic bands to explain quantum mechanics: a conceptual review of two of Aerts’ machine-models. Central European Journal of Physics 11: pp. 147-161M. Sassoli de Bianchi, "Using simple elastic bands to explain quantum mechanics: a conceptual review...
Quantum theory was developed by Max Planck and Niels Bohr. Quantum mechanics explains the features of the universe and it reveals the behavior of subatomic particle that makes up the matter. Answer and Explanation: Learn more about this topic: ...
Suppose we keep on pushing Moore's Law—keep on making transistors smaller until they get to the point where they obey not the ordinary laws of physics (like old-style transistors) but the more bizarre laws of quantum mechanics. The question is whether computers designed this way can do ...
the matrix formulation had been used, which was very inconvenient and considered one of the greatest problems of quantum mechanics. Schrodinger instead came up with theHamiltonian operator, which gives the total energy of the quantum system.
Why is classical physics not sufficient to explain quantum mechanics? What is the collision theory of chemical reactions? What is lambda in gas laws? Can quantum physics explain consciousness? What things are measured with gas laws? What are the chemical laws explained by Dalton's atomic theory?
and tridents are commonly associated with sea gods. In quantum mechanics, either psi is used to represent the wave function of a particle, leading to a pun. (Psi is also used in mathematics to represent the sum of the inverse of the Fibonacci numbers, the division polynomials, the supergol...
You hitExplain for life, and get chemistry; you hitExplain for chemistry, and get atoms; you hitExplain for atoms, and get electrons and nuclei; you hitExplain for nuclei, and get quantum chromodynamics and quarks; you hitExplain for how the quarks got there, and get back the Big Bang ...
a) Explain why hermitian operators are important in quantum mechanics. b) Use the expression for the momentum operator \hat{p_x}to derive the expression for the kinetic energy operator \hat{T_x} . c Some chimney p...
Explain the pressure variations in your blood as it circulates through your body? Explain potential difference. Explain the potential difference. Explain isothermal processes and adiabatic processes. What are their differences? Explain relativity versus quantum mechanics. ...
the electrons move through graphene a bit like photons (wave-like particles of light), at speeds close enough to the speed of light (about 1 million meters per second, in fact) that they behave according to both the theories of relativity and quantum mechanics, where simple certainties are ...