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DTSTART:20210328T030000
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DTSTAMP:20260404T090534Z
UID:60336291555e0715089000@ist.ac.at
DTSTART:20210308T140000
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DESCRIPTION:Speaker: Artem Volosniev and Areg Ghazaryan\nAbstract: Current 
 research on electronic transport properties of chiral molecules [such as D
 NA] leads to many exciting and unexpected results\, which are important in
  physics\, biology\, and chemistry. About a decade ago\, it was observed t
 hat transport properties of left-handed molecules are very different from 
 those of right-handed molecules. It looks like chiral molecules act as sma
 ll magnets\, and the origin of these magnet-like properties is still a sub
 ject of a debate. Resolving this debate may lead to novel devices in spint
 ronics\, better understanding of biological processes\, and a new possibil
 ity to separate enantiomers.In this talk\, we present a theoretical model 
 to study electronic transport properties of chiral molecules. The model fo
 cuses on the motion of an electron\; the molecule is modeled as a dissipat
 ive medium. Transport properties of chiral molecules that follow from our 
 simple model are in agreement with the existing experimental data.
LOCATION:Online Event ()\, ISTA
ORGANIZER:kkhudiak@ist.ac.at
SUMMARY:Artem Volosniev and Areg Ghazaryan: A Dissipative Model of Chiral I
 nduced Spin Selectivity
URL:https://talks-calendar.ista.ac.at/events/3099
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