F34TPP Theoretical Particle Physics notes by Paul Saffin Contents
... where a and b are unknown constants. Note that this gives the same expression as (1.12) in natural units where ~ = 1, c = 1. Now we do some dimensional analysis ...
... where a and b are unknown constants. Note that this gives the same expression as (1.12) in natural units where ~ = 1, c = 1. Now we do some dimensional analysis ...
Spectroscopic Selection Rules: The Role of Photon States
... quadrupole, and onwards to higher multipoles. In quantum electrodynamics, we can think of these parts as arising from different types of photon, and the names of the photon states given above reflects this. It can be shown (6, 7 ) that all photons, regardless of j or parity, must possess an angular ...
... quadrupole, and onwards to higher multipoles. In quantum electrodynamics, we can think of these parts as arising from different types of photon, and the names of the photon states given above reflects this. It can be shown (6, 7 ) that all photons, regardless of j or parity, must possess an angular ...
Coarse graining and renormalization: the bottom up approach
... [gives you a higher probability to obtain a quantum theory of gravity] ...
... [gives you a higher probability to obtain a quantum theory of gravity] ...
SUPERSYMETRY FOR ASTROPHYSICISTS
... best motivated framework for new particle physics • Generic properties vs. special models (What do these shaded regions mean?) • Direct implications for astrophysics 30 Jul – 1 Aug 07 ...
... best motivated framework for new particle physics • Generic properties vs. special models (What do these shaded regions mean?) • Direct implications for astrophysics 30 Jul – 1 Aug 07 ...
Liquid State NMR Quantum Computing
... viewed as a logic gate (Figure 1) which flips one spin conditioned upon the orientation of a neighboring spin. If we arbitrarily assign “0” to a spin up and “1” to a spin down, we can think of spin-1/2 nuclei as bits in a digital computer. We remind the reader that bits (“0” or “1”) can be used to r ...
... viewed as a logic gate (Figure 1) which flips one spin conditioned upon the orientation of a neighboring spin. If we arbitrarily assign “0” to a spin up and “1” to a spin down, we can think of spin-1/2 nuclei as bits in a digital computer. We remind the reader that bits (“0” or “1”) can be used to r ...
Spacetime physics with geometric algebra
... vectors and thereby they characterize spacetime geometry. But how can this be? Dirac never said any such thing! And physicists today regard the set 兵 ␥ 其 as a single vector with matrices for components. Nevertheless, their practice shows that the ‘‘frame interpretation’’ is the correct one, though ...
... vectors and thereby they characterize spacetime geometry. But how can this be? Dirac never said any such thing! And physicists today regard the set 兵 ␥ 其 as a single vector with matrices for components. Nevertheless, their practice shows that the ‘‘frame interpretation’’ is the correct one, though ...
