Characteristic Length Scale In Quantum Mechanics. While its frequency is given by f m c 2 h displaystyle ffrac mc2h where h is the Planck constant m is the particles rest mass and c is the speed of light. ThomasFermi atom Let us consider now N electrons of charge e orbiting around a fixed point-like nuclear charge equal to Ne. The implication of this GUP and the corresponding generalized commutation relation x p i ℏ 1 1 α x 2 on simple quantum mechanical systems has been discussed recently by one of the authors Cosmological horizons uncertainty principle and maximum length quantum mechanics Phys. Di erent length scales to investigate its multimode dy-namics which reveals two distinct regimes separated by a characteristic crossover length-scale.
Other particles have different Compton. The electrons have an elementary mass equal to m. Instead a length scale is established by the boundary layer slowly penetrating into the domain. In this case E T V a V r where T V a and V r are the kinetic attractive and repulsive energy terms respectively. ArXivhep-th0510107v2 31 Jan 2006 APS123-QED Local Currents for a Deformed Algebra of Quantum Mechanics with a Fundamental Length Scale Gerald A. We measure this characteristic length-scale and identify it with the e ec-tive thermal phase-correlation length of the prethermal-ized system.
As pfnuesel says instead of setting the LHS as kg 1 m 2 s-2 for energy just set it to the unit appropriate for that property so for characteristic time it would just be s 1 and for characteristic velocity it would just be m 1 s-1.
Download Full PDF Package. The CODATA 2018 value for the Compton wavelength of the electron is 2426310238671012 m. An exciting quantum mechanical implication of this feature is a modification of the uncertainty principle. Multimode Dynamics and Emergence of a Characteristic Length Scale in a One-Dimensional Quantum System. This penetration length as the characteristic length scale is sometimes called is given asdeltalefttright sqrtpi D t. Characteristic length scales in quantum many-body systems 269 22.