No 7 Glossary
... subnuclear particle Any particle that is small compared to the size of the atomic nucleus. The microscopic world is very rich in subnuclear particles with strange names. Examples: protons, neutrons, electrons, muons, neutrinos, quarks and so on. ...
... subnuclear particle Any particle that is small compared to the size of the atomic nucleus. The microscopic world is very rich in subnuclear particles with strange names. Examples: protons, neutrons, electrons, muons, neutrinos, quarks and so on. ...
Searches for NP : non-SUSY scenarios
... extra-dim physics ? ( H ~ Gauge Field|4d ) In most scenarios, new physics is expected at the TeV scale. Also hoped for, that NP might answer some of the questions unexplained by the SM or by SM+SUSY (e.g. quantization of EM charge, particle masses etc) Various strategies to track new physics, e.g. : ...
... extra-dim physics ? ( H ~ Gauge Field|4d ) In most scenarios, new physics is expected at the TeV scale. Also hoped for, that NP might answer some of the questions unexplained by the SM or by SM+SUSY (e.g. quantization of EM charge, particle masses etc) Various strategies to track new physics, e.g. : ...
Neutral Weak Interactions
... Z 0 → νν is allowed Each ν species contributes to the total width ΓZ Since σ ∝ ΓZ the cross section will depend on the number of (light) neutrino generations ...
... Z 0 → νν is allowed Each ν species contributes to the total width ΓZ Since σ ∝ ΓZ the cross section will depend on the number of (light) neutrino generations ...
Announcement
... scattering center introduces a phase difference between plane waves “scattered from different points in space”. If wavelength is long compared to size all waves in phase: → maximum constructive interference, all other interference reduce the cross-section ...
... scattering center introduces a phase difference between plane waves “scattered from different points in space”. If wavelength is long compared to size all waves in phase: → maximum constructive interference, all other interference reduce the cross-section ...
Triaxial Atomic Nucleus
... superdeformation. Meanwhile, in the case of calcium, many theoretical obstacles disappear. It is also likely that the measurements and analysis will be used in the future to search for other superdeformed states at low excitation energy, including a longer lifespan than the typical quadrillionths of ...
... superdeformation. Meanwhile, in the case of calcium, many theoretical obstacles disappear. It is also likely that the measurements and analysis will be used in the future to search for other superdeformed states at low excitation energy, including a longer lifespan than the typical quadrillionths of ...
Atomic Precision Tests and Light Scalar Couplings
... We find that the scalar field reduces the proton radius by: ...
... We find that the scalar field reduces the proton radius by: ...
Okada
... in supersymmetric model The Standard Model of elementary particle physics The best theory we know so far in describing elementary particle physics @ E=O(100 GeV) ...
... in supersymmetric model The Standard Model of elementary particle physics The best theory we know so far in describing elementary particle physics @ E=O(100 GeV) ...
Problems, Puzzles and Prospects: A Personal Perspective on
... chair comes with no mean legacy of theoretical tradition.) Hawking's lecture was entitled "Is the end in sight for theoretical physics?" and his answer was yes. 4 Admittedly, there was some work yet to be done nn gravity, but supersymmetrars were hot on the trail. This is very sad. The end of theore ...
... chair comes with no mean legacy of theoretical tradition.) Hawking's lecture was entitled "Is the end in sight for theoretical physics?" and his answer was yes. 4 Admittedly, there was some work yet to be done nn gravity, but supersymmetrars were hot on the trail. This is very sad. The end of theore ...
Joint Lecture Groningen
... • Find the ultimate law of everything • Reconstruct phenomena from the law They are not independent due to the presence of interactions We are on the vacuum. Particles are the excitations of the vacuum. Complicated system ...
... • Find the ultimate law of everything • Reconstruct phenomena from the law They are not independent due to the presence of interactions We are on the vacuum. Particles are the excitations of the vacuum. Complicated system ...
Chapter 2 The Atomic Nucleus
... A goal of nuclear physics is to account for the properties of nuclei in terms of mathematical models of their structure and internal motion. Three important nuclear models are the Liquid Drop Model, the Shell Model (developed by Maria Goeppert-Mayer and Hans Jensen), which emphasizes the orbits of i ...
... A goal of nuclear physics is to account for the properties of nuclei in terms of mathematical models of their structure and internal motion. Three important nuclear models are the Liquid Drop Model, the Shell Model (developed by Maria Goeppert-Mayer and Hans Jensen), which emphasizes the orbits of i ...
