A number-theoretic method using Gaussian integers finds all equal-energy-difference transition pairs in the Bohr model and shows cascades longer than three levels are impossible via Fermat's theorem.
Bohr ,\ 10.1080/14786441308634955 journal journal Philosophical Magazine \ volume 26 ,\ pages 1 ( year 1913 ) NoStop
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Indistinguishable fermions generate correlations in quantum networks impossible for bosons or distinguishable particles without additional communication, establishing fermions as fundamentally more nonlocal.
Coherent THz-to-optical conversion in warm Rb vapor via adjustable optical probe interference enables tomographic reconstruction of THz field amplitude and phase.
A qubit-qutrit-qubit quantum system functions as a thermal transistor by using the middle qutrit to modulate heat currents between baths, analogous to an electronic FET in common-gate configuration.
The Schrödinger equation is derived assuming the wave function is a probability amplitude and using the de Broglie relations E = ħω and p = ħk for the associated wave.
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Transitions with the same energy difference in the Bohr model of the hydrogen atom
A number-theoretic method using Gaussian integers finds all equal-energy-difference transition pairs in the Bohr model and shows cascades longer than three levels are impossible via Fermat's theorem.
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Fermions are fundamentally more nonlocal than Bosons
Indistinguishable fermions generate correlations in quantum networks impossible for bosons or distinguishable particles without additional communication, establishing fermions as fundamentally more nonlocal.
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Coherent terahertz field tomographic imaging in warm Rydberg vapors
Coherent THz-to-optical conversion in warm Rb vapor via adjustable optical probe interference enables tomographic reconstruction of THz field amplitude and phase.
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Quantum Thermal Field Effect Transistor
A qubit-qutrit-qubit quantum system functions as a thermal transistor by using the middle qutrit to modulate heat currents between baths, analogous to an electronic FET in common-gate configuration.
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Derivation of the Schrodinger equation from fundamental principles
The Schrödinger equation is derived assuming the wave function is a probability amplitude and using the de Broglie relations E = ħω and p = ħk for the associated wave.