Gerard `t Hooft
... Determinism at the Planck length (10 cm) Why not ? Simple-minded, “direct” approaches are doomed to fail. Problem that keeps coming up: why is energy always positive ? ...
... Determinism at the Planck length (10 cm) Why not ? Simple-minded, “direct” approaches are doomed to fail. Problem that keeps coming up: why is energy always positive ? ...
Announcements
... radius in orbiting the Sun It was the wave nature of the electron that determined the l De Broglie suggested nature of the orbits that all particles had a had to be able to fit an integral wave nature as well as a You number of wavelengths in an particle nature, with orbital wavelength ...
... radius in orbiting the Sun It was the wave nature of the electron that determined the l De Broglie suggested nature of the orbits that all particles had a had to be able to fit an integral wave nature as well as a You number of wavelengths in an particle nature, with orbital wavelength ...
primer notes
... probabilities of the location of the particle, going to zero at certain points. Since the momentum p is definite, the location of the particle must be equally probable at all points in space. Thus we reject the attempted wavefunction as inconsistent with the uncertainty principle. The simplest wavef ...
... probabilities of the location of the particle, going to zero at certain points. Since the momentum p is definite, the location of the particle must be equally probable at all points in space. Thus we reject the attempted wavefunction as inconsistent with the uncertainty principle. The simplest wavef ...
K0schoolscenario - Elementary Particle Physics Group
... mK = [ (Ep+ + Ep-)2 - (px p+ + px p-)2 - (py p+ + py p-)2 - (pz p+ + pz p-)2 ]1/2 An excel spread sheet could be designed to do this ...
... mK = [ (Ep+ + Ep-)2 - (px p+ + px p-)2 - (py p+ + py p-)2 - (pz p+ + pz p-)2 ]1/2 An excel spread sheet could be designed to do this ...
Calculation of the Masses of All Fundamental Elementary Particles
... 10-24 sec are included, most “empty” values of N can be filled [5], however then with lower accuracy for the whole ensemble of particles and resonances. The results of the present work have to be seen in the context of ref. [7], where the masses of a number of selected particles have been calculated ...
... 10-24 sec are included, most “empty” values of N can be filled [5], however then with lower accuracy for the whole ensemble of particles and resonances. The results of the present work have to be seen in the context of ref. [7], where the masses of a number of selected particles have been calculated ...
J.
... it exhibits the difficulty of associating the effect of the magnetic field with the sign change of half-integer spin particles under rotations through 2m'. The point is this: Any rotation of a particle with nonzero angular momentum must be effected by applying a torque. Such a torque would be repres ...
... it exhibits the difficulty of associating the effect of the magnetic field with the sign change of half-integer spin particles under rotations through 2m'. The point is this: Any rotation of a particle with nonzero angular momentum must be effected by applying a torque. Such a torque would be repres ...
1 ψ ω ω ω ψ ψ ψ
... dx: ψ dx the probability of finding the particle in the interval between a and b: ...
... dx: ψ dx the probability of finding the particle in the interval between a and b: ...
L1-The Atom
... All atoms of a given element are identical to one another in mass and other properties, but the atoms of one element are different from the atoms of all other elements. ...
... All atoms of a given element are identical to one another in mass and other properties, but the atoms of one element are different from the atoms of all other elements. ...
Chapter7Part3
... (for example: the path of a thrown ball) (for example: the motion of an electron in an atom) the path of the ball is given by - the electron is moving so fast and it has such a its position and its velocity at small mass, that its path cannot be predicted various times we think of the ball as moving ...
... (for example: the path of a thrown ball) (for example: the motion of an electron in an atom) the path of the ball is given by - the electron is moving so fast and it has such a its position and its velocity at small mass, that its path cannot be predicted various times we think of the ball as moving ...
Concepts in Theoretical Physics
... The Higgs boson is a particle. It can be thought of as a ripple of the condensate, or a splash in the treacle which fills all of space. ...
... The Higgs boson is a particle. It can be thought of as a ripple of the condensate, or a splash in the treacle which fills all of space. ...
The Second Century of Particle Physics
... – If they do, then quarks and leptons become much more closely related particles; it would explain why quarks have just the right electric charges to give protons charge equal and opposite to that of electrons – If they do, it must occur at an energy about 1012 times that of the LHC – If they do, th ...
... – If they do, then quarks and leptons become much more closely related particles; it would explain why quarks have just the right electric charges to give protons charge equal and opposite to that of electrons – If they do, it must occur at an energy about 1012 times that of the LHC – If they do, th ...