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| Position: |
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Main research scientist
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| Research interest: |
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The first period of
Zverev’s research activity (1973-1991) was devoted to investigation of
the low-temperature photoconductivity of semiconductors in high
magnetic fields. In course of these investigations he has found several
new quantum effects that were due to inelastic scattering of
non-equilibrium carriers on the shallow impurities.
Since 1993 the scope of his interests was connected with effects
of metal-insulator and superconductor-insulator transitions
in high-resistance metastable alloys Ga-Sb, Zn-Sb and Cd-Sb.
Then in 1998 Zverev started to investigate the anisotropy
of resistivity of Y-Ba-Cu-O single crystals as function of
the oxygen content. Starting from 1997 Zverev carries
out experiments on ballistic electron transport in one-dimensional
quantum wires in collaboration with the group of Prof. Ph.Debray
(Saclay Scientific Research Center, France). Since 2005 V.N.
Zverev studies the transport properties of quasi-two-dimensional
organic superconductors in close collaboration with Dr. M.V.Kartsovnik
from Walther-Meissner-Institute (Germany).
In 2019, the antiferromagnetic topological insulator MnBi2Te4 was first discovered
and investigated by V.N.Zverev together with N.A.Abdullayev and his colleagues from
the Institute of Physics of the National Academy of Sciences of Azerbaijan.
Then, other representatives of the family (MnBi2Te4) (Bi2Te3)m were studied,
where m = (0,1,2,..), as well as crystals in which bismuth was partially
or completely replaced by antimony. |
| Address: |
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Osipyan Institute of Solid State Physics, RAS
142432, Chernogolovka, Moscow district, Russia |
| Location: |
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103 KMP (lab), 223 KMP
(office) |
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| Fax: |
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+7 496-522-81-60 |
| e-mail: |
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zverev@issp.ac.ru |
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| phones: |
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work phone:+7 496-522-10-04
home phone: +7 496-522-18-33 |
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