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...st known for his study of subatomic particles and contributions to quantum mechanics. ...ong-running debate with his friend [[Albert Einstein]] centered around the quantum nature of the universe. The two exchanged several letters about the subject ...

...is life he worked on quantum mechanics and even invented a new subfield of quantum electrodynamics. He won a Nobel Prize in 1933. He had a family with a wife, ...critical in in applying the relativistic model of space time into quantum mechanics. While working alongside many famous and influential physicists of his time ...

...as awarded the Nobel Prize in Physics in 1932 "for the creation of quantum mechanics, the application of which has, inter alia, led to the discovery of the allo ===Creation of Quantum Mechanics=== ...

...ravel in circular orbits around the nucleus. The Bohr model is basically a quantum physical understanding of the earlier Rutherford model. The Bohr model help ...um of discrete energy. This theory became the underlying theory in the old quantum theory. ...

...light, you have to adapt the regular momentum formula to apply to quantum mechanics. This was done by applying Einstein's theory of special relativity to the m ...old formula for energy at rest did not apply so it was adapted to quantum mechanics. ...

...ory of relativity, the recurrence theorem, the three-body problem, quantum mechanics and differential equations. '''Astronomy and Celestial Mechanics:''' Poincaré authored important works on astronomy for the equilibrium fig ...

...French physicist who made invaluable contributions to the field of quantum mechanics through his research on the wave theory of matter. ''Compiled by William M ...luential, and was used as much of the basis for the general theory of wave mechanics. He received the Nobel Prize for Physics "for his discovery of the wave nat ...

'''Quantum tunneling''' is a phenomenon of quantum mechanics in which a wave function can travel through a potential barrier and be obse ...ntly high potential than the space it is surrounded by. For the purpose of quantum tunneling, the potential barrier is finite with a specified height, width, ...

...rking on a variety of projects involving x-ray crystallography and quantum mechanics which started his most notable works. ...um mechanics, which helped to form the mathematical formulation of quantum mechanics. He then extended his research to apply it to atomic nuclei. He began to wo ...

...ger wrote on many Physics Fields including but not limited to: statistical mechanics, thermodynamics, dielectrics, colour theory, electrodynamics, general relat ==Quantum Mechanics== ...

...h is almost single-handedly responsible for practically all predictions of quantum physics. <br> ...of quantum mechanics that describes the probability density of a measured quantum system. In particular, it states that the square of the wavefunction is pro ...

...ace than another. But by solving the Schrödinger equation we'll see that a quantum particle isn't so egalitarian. To describe the state of the quantum particle in the potential well we will find a function <math> \Psi </math> ...

...ern-Gerlach Experiment, demonstrated angular momentum quantization and the quantum property spin. ...in and the Stern-Gerlach experiment.ogv|thumb|upright=1.5|Video explaining quantum spin versus classical magnet in the Stern–Gerlach experiment]] ...

...American theoretical physicist, was quite famous for his work with quantum mechanics, electrodynamics, and superfluidity, but was most known for his familiariza ...

...sor). His notable achievements include the introduction of the 2nd and 4th quantum number, as well as x-ray wave theory. Thanks to recommendations from Klein, Arnold was appointed a professor of mechanics at the Technische Hochschule in Aachen, in an attempt to root engineering i ...

...wave and particle properties, and thus quantum mechanics was born. Quantum mechanics is now the basis for modern-day physics and has furthered our understanding ...s one of the catalysts for the formation of quantum mechanics, and quantum mechanics is intimately involved with my interest in cosmology. Understanding the pho ...

...that classical descriptions of particles and waves don't strictly apply to quantum mechanical entities. ...in fact behaved as particles (called photons) which were packets of these quantum energies. This directly conflicted with the double slit experiment. ...

...n have). At low levels of energy, an oscillator obeys the rules of quantum mechanics. The QHO does have applications, most notably as an approximation of molecu Where <math>n</math> is the principal quantum number, <math>\hbar</math> is the reduced planks constant, and <math>\omega ...

...ing astrophysics with degeneracy patterns and energy levels in solid state mechanics. [https://en.wikipedia.org/wiki/Principal_quantum_number Principal Quantum Number] ('''n''') ...

...he true nature of why these atoms bond to create molecules lies in quantum mechanics. ===Molecular Bonding Through Quantum Mechanics=== ...