Weak interaction Research Papers - Academia.edu (original) (raw)

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- by Udo Schwarz
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- Mechanical Engineering, Applied Mathematics, Synchronization, Time series analysis
- by Natalia Korolkova
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- Quantum Information, Quantum Mechanics, Quantum entanglement, Weak interaction
- by Sudhansu S. Mandal
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- Weak interaction, Physical sciences, Phase transition, Quantum Hall effects
- by Genrich Krasko
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- Materials Engineering, Condensed Matter Physics, Electronics, Energy
- by Bobby Antony
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- Molecular Physics, Remote Sensing, Weak interaction, Interactive Monitoring System
- by Daniel Otzen
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- Thermodynamics, Molecular Biology, Protein Folding, Kinetics
- by Dmitry Budker
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- Nonlinear Optics, Modern physics, Weak interaction, Physical sciences
- by Oscar Rondon Aramayo and +1
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- Quantum Chromodynamics, Quantum Mechanics, Access To Information, Weak interaction
- by Jose W F Valle
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- Mathematical Physics, Elementary Particle Physics, Quantum Physics, Particle Physics
- by Ann-Marie Pendrill
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- Mirror Symmetry, Weak interaction, Standard Model, Top Quark
- by Hans Klapdor-Kleingrothaus
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- Weak interaction, Data Collection, Energy Levels, Energy Loss
- by M. Sarsa and +1
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- Quantum Physics, Weak interaction, Nuclear Structure
- by Sture Hansson
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- Zoology, Ecology, Weak interaction, Food web
- by J. Kairo
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- Weak interaction, Requirements Management, Wood Quality, Natural Regeneration
- by Domenico Gabriele and +2
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- Mechanical Engineering, Chemical Engineering, Weak interaction, Hydrogen Bond

We construct unified models of weak and electromagnetic interactions using just three gauge fields which correspond to the intermediate vector boson and the photon. These models may be renormalizable, and do not predict processes... more

- by Sheldon Glashow
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- Physics, Weak interaction, Physical sciences, Gauge Field

John Stewart Bell (1928-1990), a truly deep and serious thinker, was one of the leading physi-cists of the 20th century. He became famous for his discovery that quantum mechanics implies that nature is nonlocal, ie, that there are... more

- by Roderich Tumulka and +1
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- Quantum Physics, Foundations of Quantum Mechanics, Quantum Mechanics, High Energy Physics

The applications of the crystallization technique in the pharmaceutical industry as a purification and separation process for the isolation and synthesis of pure active pharmaceutical ingredients (API), co-crystals, controlled release pulmonary drug delivery, and separation of chiral isomers are briefly discussed using a few case studies. The effect of process variables and solvent on the polymorphism and morphology of stavudine

- by Md Abdur Rashid
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- Chemical Engineering, Polymorphism, Weak interaction, Pharmaceutical industry
- by Jens Erler
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- Neutrino Physics, Beyond the Standard Model Physics, Weak interaction, Standard Model
- by L.p.b.m. Janssen and +1
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- Engineering, Weak interaction, Solvent Extraction, Environmental Issues
- by Donald Truhlar
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- Weak interaction, Hydrogen Bond, Kinetic Energy, Binding Energy

Nuclear and neutron beta decays have historically played a central role in determining the V Ą A structure of weak interactions and in shaping what we now call the standard model (SM)[1, 2]. Nowadays, precision measurements of low-energy processes such as neutron decay can be used to probe the existence of non-SM interactions, such as novel scalar and tensor structures. Considerable experimental efforts using both cold and ultracold neutrons are underway worldwide, with the aim to improve the precision of various neutron decay ...

- by Vincenzo Cirigliano and +1
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- Quantum Physics, High Energy Physics, Weak interaction, Beta decay
- by Sohrab Rohani
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- Chemical Engineering, Chemistry, Polymorphism, Weak interaction
- by M. Sarsa
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- Quantum Physics, Weak interaction, Next Generation, Lower Bound
- by Hoang Long
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- Dark Matter, Weak interaction, Mathematical Sciences, Physical sciences
- by Adrian Furnham
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- Body Image, Social Perception, Adolescent, Gender Identity

The potential of high resolution ultrasonic analysis (HRUS) in humic acid colloidal properties research has been demonstrated. Sodium salts of humic acids from soil and lignite showed similar behaviour, supporting the hypothesis that, at both neutral and alkaline pH, they aggregate from very low concentration. The same conclusion can be reached for solutions at high ionic strength. We tried to

- by Jiri Kucerik
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- Earth Sciences, Organic Geochemistry, Weak interaction, Environmental Sciences
- by rahele tahmasebi
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- Weak interaction, Gibbs Free Energy, Surfactant, Partition Coefficient
- by Vladimir Tsirelson and +1
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- Technology, Quantum Theory of Atoms In Molecules, Weak interaction, Physical sciences
- by Gary Tupper
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- Engineering, Particle Physics, Dark Matter, Big Bang
- by Trọng Nguyễn
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- Quantum Field Theory, Weak interaction, Mathematical Sciences, CP Violation
- by Jose Casas
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- Inorganic Chemistry, NMR Spectroscopy, Inorganic, Weak interaction

We have measured the angular distribution of recoiling daughter nuclei emitted from the Gamow-Teller beta\betabeta decay of spin-polarized 80^{80}80Rb. The asymmetry of this distribution vanishes to lowest order in the Standard Model (SM) in pure Gamow-Teller decays, producing an observable very sensitive to new interactions. We measure the non-SM contribution to the asymmetry to be ATA_{T}AT= 0.015 pm\pmpm 0.029 (stat) pm\pmpm 0.019 (syst), consistent with the SM prediction. We constrain higher-order SM corrections using the measured momentum dependence of the asymmetry, and their remaining uncertainty dominates the systematic error. Future progress in determining the weak magnetism term theoretically or experimentally would reduce the final errors. We describe the resulting constraints on fundamental 4-Fermi tensor interactions.

- by John Pitcairn
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- Weak interaction, Higher Order Thinking, Beta decay, Standard Model

The authors review the history, current status, physical mechanisms, experimental methods, and applications of nonlinear magneto-optical effects in atomic vapors. They begin by describing the pioneering work of Macaluso and Corbino over a... more

- by Antoine Weis and +2
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- Nonlinear Optics, Modern physics, Weak interaction, Physical sciences
- by dong jin suh
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- Chemical Engineering, Kinetics, Weak interaction, Reactive Distillation
- by alessandra beretta
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- Mechanical Engineering, Chemical Engineering, Chemistry, Kinetics
- by Lewis Wheaton
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- Engineering, Algorithms, Magnetoencephalography, Motor Control
- by Jinlian Hu
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- Molecular modeling, Weak interaction, Temperature, Hydrogen Bond
- by J. Szerypo and +1
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- Laser Spectroscopy, Mass Spectrometry, Weak interaction, Mathematical Sciences
- by graham ross
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- Mathematical Physics, Physics, Particle Physics, Theory
- by Raksh Vir Jasra
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- Engineering, Hydrogen Storage, Weak interaction, Hydrogen Energy
- by Natalia Vladimirova
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- Organic Chemistry, Astrophysical Plasma, Weak interaction, Model Building
- by Thanh Nguyen
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- Weak interaction, Physical sciences, Electronic properties, Electronic Structure
- by H. Sazdjian
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- Quantum Physics, Weak interaction, Chiral Symmetry Breaking, Wave Equation
- by Carlos Bertulani
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- Weak interaction, Cross Section, Experimental Data

The charged current one pion production induced by ν_μ from nucleons and nuclei like ^12C and ^16O nuclei has been studied. The calculations have been done for the incoherent and the coherent processes from nuclear targets assuming the Δ dominance model and take into account the effect of Pauli blocking, Fermi motion of the nucleon and renormalization of Δ properties in a nuclear medium. The effect of final state interactions of pions has been taken into account. The theoretical uncertainty in the total cross sections due to various parameterizations of the weak transition form factors used in literature has been studied. The numerical results for the total cross sections are compared with the recent preliminary results from the MiniBooNE collaboration on ^12C and could be useful in analyzing future data from the K2K collaboration.

- by Shakeb Ahmad
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- Physics, Quantum Physics, Weak interaction, Elementary Particles

Universal strong, weak, and electromagnetic interactions of leptons and hadrons are generated by gauging a non-Abelian renormalizable anomaly-free subgroup of the fundamental symmetry structure SU(4) L ×SU(4) R ×SU(4 ′ ), which unites... more

- by abdus salam
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- Computer Science, Physics, Quantum Physics, Quantum Field Theory

Weak interaction Research Papers - Academia.edu (original) (raw)

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