The nature of neutrino mass and the phenomenon of neutrino oscillations

Герштейн, С.С.; Kuznetsov, E.P.; Ryabov, V. A.

doi:10.1070/pu1997v040n08abeh000272

Phys.-Usp.

1997

DOI: 10.1070/pu1997v040n08abeh000272

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The nature of neutrino mass and the phenomenon of neutrino oscillations

С.С. Герштейн

E.P. Kuznetsov

V. A. Ryabov

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Cited by 27 publications

(2 citation statements)

References 212 publications

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“…Peterson, M.P. Howels "Electron spectroscopy in the 21 st century" nor in the review [16] nothing is mentioned of such statement of the task [12].…”

mentioning

confidence: 99%

Application of electron spectroscopy for studying inverse p-decay at increasing density of neutrino flux due to diffraction

Trapeznikov

Шабанова

Zhuravlev

2008

J. Phys.: Conf. Ser.

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In the present paper, a new method is substantiated for studying the inverse β-decay with the use of Auger-and photoelectron spectra for the registration of electrons, which appear at the interaction of low-energy (~ 1 MeV and smaller) electron neutrinos (ν e) with a substance. The new method is an alternative to the existing method based on the use of high-energy ν e with the energy of ~ 10 MeV, which form electrons at the interaction with a substance, the energy of which is sufficient for Cherenkov effect to appear. The offered method was realized using a high-sensitive electron magnetic spectrometer with double focusing by a non-uniform magnetic field π√2 with the cyclotron orbit radius of 100 cm, which was built at our institute; the first xray electron spectra were obtained on it and the constant of the device was determined.

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“…Peterson, M.P. Howels "Electron spectroscopy in the 21 st century" nor in the review [16] nothing is mentioned of such statement of the task [12].…”

mentioning

confidence: 99%

Application of electron spectroscopy for studying inverse p-decay at increasing density of neutrino flux due to diffraction

Trapeznikov

Шабанова

Zhuravlev

2008

J. Phys.: Conf. Ser.

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“…From a more "narrow" point of view one may in principle doubt in existence of the problem of quantum gravity 5. Apart from neutrino oscillations (see, for example,[35]).…”

mentioning

confidence: 99%

String theory or field theory?

Marshakov¹

2002

Usp. Fiz. Nauk

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The status of string theory is reviewed, and major recent developments -especially those in going beyond perturbation theory in the string theory and quantum field theory frameworks -are discussed. This analysis helps better understand the role and place of string theory in the modern picture of the physical world. Even though quantum field theory describes a wide range of experimental phenomena, it is emphasized that there are some insurmountable problems inherent in it -notably the impossibility to formulate the quantum theory of gravity on its basis -which prevent it from being a fundamental physical theory of the world of microscopic distances. It is this task, the creation of such a theory, which string theory, currently far from completion, is expected to solve. In spite of its somewhat vague current form, string theory has already led to a number of serious results and greatly contributed to progress in the understanding of quantum field theory. It is these developments which are our concern in this review.

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Collective plasma processes in the solar interior and the problem of the solar neutrinos deficit

et al. 1996

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This review presents results of the recent calculations of collective plasma processes of radiation transport in the solar interior. The review introduces a remarkable number of previously neglected effects which are shown to reduce substantially the Rosseland opacity at the centre of the Sun (the decrease of opacity is approximately 10%, which is greater than the previously accepted possible errors in opacity). It is also shown that effects which were previously treated without taking into account the collective behaviour of plasma, change appreciably when the collective nature of the plasma is included. The analysis is based on modern concepts of plasma physics in which an essential role is played by photon scattering on ions and by the oscillations of ion electron shells in emission and bremsstrahlung absorption processes. The processes which contribute most to a decrease in opacity are: the broadening of the Raman resonance (due to both the Doppler effect and binary electron–ion collisions), frequency diffusion in radiation transfer processes, the processes of stimulated scattering and collective quantum corrections to the scattering. A list of collective plasma effects which influence photon transport in the dense central solar plasma is presented. The results of these new calculations could give a better agreement between the observed neutrino flux and theoretical predictions. New problems are discussed which can be of importance from the point of view of modern plasma physics for solar neutrinos production in different energy ranges

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The nature of neutrino mass and the phenomenon of neutrino oscillations

Cited by 27 publications

References 212 publications

Application of electron spectroscopy for studying inverse p-decay at increasing density of neutrino flux due to diffraction

Application of electron spectroscopy for studying inverse p-decay at increasing density of neutrino flux due to diffraction

String theory or field theory?

Collective plasma processes in the solar interior and the problem of the solar neutrinos deficit

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