Particle Physics in the LHC Era - SUrface
... physics. Finally, it was through the ideas of the renormalization group and effective field theory that the understanding of how the SM fits into a larger framework of particle physics was crystallized. In the past four years the Large Hadron Collider (LHC) has made more precise measurements than ev ...
... physics. Finally, it was through the ideas of the renormalization group and effective field theory that the understanding of how the SM fits into a larger framework of particle physics was crystallized. In the past four years the Large Hadron Collider (LHC) has made more precise measurements than ev ...
Concepts and Applications of Effective Field Theories: Flavor
... ss numbers Ci , we should assume those numbers to be of O(1). The prese −γ i g = Ci M ...
... ss numbers Ci , we should assume those numbers to be of O(1). The prese −γ i g = Ci M ...
Quantum Gravity: the view from particle physics
... opposite points of view cited above. According to the string/supergravity ‘philosophy’, a consistent quantization of gravity necessarily requires a modification of Einstein’s theory at short distances, in order to cancel the infinities. This entails the necessity of (possibly supersymmetric) matter ...
... opposite points of view cited above. According to the string/supergravity ‘philosophy’, a consistent quantization of gravity necessarily requires a modification of Einstein’s theory at short distances, in order to cancel the infinities. This entails the necessity of (possibly supersymmetric) matter ...
Higgs colloquium - High Energy Physics
... They should be the same strength, but EM always active, weak decays can take thousands of years! ...
... They should be the same strength, but EM always active, weak decays can take thousands of years! ...
8. Quantum field theory on the lattice
... The Wilson loops become exponentially small (∼ e−σRT ) as the size increases. However, the statistical noise is ∼ constant in magnitude independent of loop size! Thus, we need to increase the number of measurements exponentially as the loop size increases. ...
... The Wilson loops become exponentially small (∼ e−σRT ) as the size increases. However, the statistical noise is ∼ constant in magnitude independent of loop size! Thus, we need to increase the number of measurements exponentially as the loop size increases. ...
