Поиск сотрудников физического факультета
Chair of Physics of Oscillations
Last Name: Braginsky
First Name: Vladimir
Patronymic Name: Borisovich
Scientific Degree: Doctor of Science
Academic Rank: Professor
Room: 1-69
Position: Professor
Telephone: +7(495) 939-55-65
Email: brag@hbar.phys.msu.ru
Web-Page: http://hbar.phys.msu.ru/hbar/pages/brag/braginsky.htm
Research Interests:
Precision and Quantum Measurement, detection of gravitational waves.
Biography:
Graduated from the Moscow State University in 1954, work at the Physics Department of Moscow State University:
1955-1956 – Research,
1956 - 1964 – Assistant professor,
1964 - 1969 - Senior Researcher,
1969 - 1987 – Professor.
1959: candidate dissertation (PhD),
1967: doctor dissertation (Habilitation).
1980: awarded the Gold Medal. Lebedev (Presidium of the USSR).
1990: elected a corresponding member of the Academy of Sciences.
1980: awarded the Medal of Schiller (University of Jena).
1990: got the Feyrchald prize (California Technical Institute, USA)
1993: got the Alexander von Humboldt prize (Max Planck Society, Germany).
1995: elected a member of the European Academy (Academia Europaea).
2004: elected an honorary foreign member of the American Academy of Arts and Sciences.
2006: elected a foreign member of the National Academy of Sciences USA.
Additional Information:
The main scientific results Braginsky VB:
Discovered the existence of the quantum lim its of measurement sensitivity and The principle of quantum non-demolition measurements, allowing to overcome them.
Discovered the existence of a number of new physical effects (friction, generated by the zero-point fluctuations of vacuum, the decoherence of the wave function in an electromagnetic vacuum, spin-quadrupole gravitational effect), demonstrated the possibility of existence of new quantum states (frequency-anticorrelated and simphotonic).
Predicted and experimentally demonstrated a number of opto-mechanical effects (Optical rigidity, radiative friction), which form the basis for many modern advances in macroscopic quantum mechanics, in particular, optical cooling of micro and nano oscillators to the zero state.
Experimentally proved the principle of equivalence at the 10 ^ -12 level, showing equality of charge modules of electron and proton at the 10 ^ -21 level.
Created optical and microwave dielectric resonators with a record quality factors (more than 10 ^ 9).
Publications:
published 235 articles and 4 books, the Citation index > 6000, Hirsch index - 41 (December 2012).