annalen der - MPP Theory Group
... be generalized to generic (pseudo)scalars coupled to two photons, so-called axion-like particles (ALPs). The relation between the mass and couplings of the axion is only intrinsic to the color anomaly of the Peccei Quinn symmetry, and thus generic ALPs can show up in all the parameter space of Fig. ...
... be generalized to generic (pseudo)scalars coupled to two photons, so-called axion-like particles (ALPs). The relation between the mass and couplings of the axion is only intrinsic to the color anomaly of the Peccei Quinn symmetry, and thus generic ALPs can show up in all the parameter space of Fig. ...
2005-q-0024b-Postulates-of-quantum-mechanics
... determine whether a given system is in a certain state s. • The amplitude of state s, given the actual state t of the system determines the probability of getting a “yes” from the measurement. • Important: For a system prepared in state t, any measurement that asks “is it in state s?” will return “y ...
... determine whether a given system is in a certain state s. • The amplitude of state s, given the actual state t of the system determines the probability of getting a “yes” from the measurement. • Important: For a system prepared in state t, any measurement that asks “is it in state s?” will return “y ...
slides - Vanderbilt HEP
... The last few lectures we’ve been switching gears from classical to quantum physics ...
... The last few lectures we’ve been switching gears from classical to quantum physics ...
Particle Shape Factors and Their Use in Image
... wavelength of the incident light. It is also a function of the refractive indices of both the particle and its surroundings. In general, the contrast will increase as the difference in refractive index between the particle and its surrounding increases. The ratio of the two refractive indices is som ...
... wavelength of the incident light. It is also a function of the refractive indices of both the particle and its surroundings. In general, the contrast will increase as the difference in refractive index between the particle and its surrounding increases. The ratio of the two refractive indices is som ...
The Structure of the Atom
... The hydrogen nucleus consequently must have a radius about 1 /1830 of the electron if its mass is to be explained in this way. There is no experimental evidence at present contrary to such an assumption. The helium nucleus has a mass nearly four times that of hydrogen. If one supposes that the posit ...
... The hydrogen nucleus consequently must have a radius about 1 /1830 of the electron if its mass is to be explained in this way. There is no experimental evidence at present contrary to such an assumption. The helium nucleus has a mass nearly four times that of hydrogen. If one supposes that the posit ...
Classifications of Some Sentence-final Modal Particles in Khalkha
... As mentioned in the definition of particle above, particles in general cannot compose a sentence by themselves, nor can they be inflected. However, a few studies point out that some sentence-final `particles' do not exhibit these properties. The present article examines characteristics of these `non ...
... As mentioned in the definition of particle above, particles in general cannot compose a sentence by themselves, nor can they be inflected. However, a few studies point out that some sentence-final `particles' do not exhibit these properties. The present article examines characteristics of these `non ...
Glueballs
... same mass and the same interaction strength • The projection on the z-axis is Iz • u and d quarks are 2 different states of a particle with I= ½, but with different Iz. Resp. ½ and - ½ • c.p. electron with S= ½ with up and down states with Sz= ½ and Sz= -½ • Isospin symmetry is the invariance under ...
... same mass and the same interaction strength • The projection on the z-axis is Iz • u and d quarks are 2 different states of a particle with I= ½, but with different Iz. Resp. ½ and - ½ • c.p. electron with S= ½ with up and down states with Sz= ½ and Sz= -½ • Isospin symmetry is the invariance under ...
