Research

The quantum nano engineering group studies quantum biological effects and utilizes the concept in the development of advanced quantum devices.

Chiral Spintronic Devices

We utilize spin effects in chiral molecules toward next-generation spintronic materials and devices.

chiral_oxide
chiral_oxide

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amir device
amir device

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CHIRAL-MOLECULE-374x500

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chiral_oxide

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Spin in Chiral Biological systems

We study dynamic spin effects in chiral biological systems such as protein folding, biorecognition and self assambly.

TOC
TOC

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TOC
TOC

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CNC
CNC

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TOC
TOC

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Quantum Biology

We study quantum effects in biological systems. Specifically in the process of marine photosynthesis

CT_benzene
CT_benzene

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PC3
PC3

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PNAS 2017
PNAS 2017

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CT_benzene
CT_benzene

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Probing the Spin-Coherency in Chiral Systems

We probe coherent spin transfer through chiral organic molecules toward quantum computation in ambient temperatures.  

sample ilustration_correct
sample ilustration_correct

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cover art
cover art

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matan1
matan1

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sample ilustration_correct

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Hybrid Superconducting-Molecular devices

We study edge proximity effects of superconductor/molecular junctions and superconductor/ferromagnet/molecular junctions . 

hen1
hen1

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muon
muon

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WebsiteIsrael
WebsiteIsrael

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hen1

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Green energy controlled by spin

We utilize the chiral induce spin selectivity effect toward alternative advanced batteries.

water spliting1
water spliting1

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water spliting
water spliting

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water spliting1
water spliting1

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