Supriyo Bandyopadhyay

Commonwealth Professor

Virginia Commonwealth University

United States

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Supriyo Bandyopadhyay is a Commonwealth Professor at Virginia Commonwealth University in the United States. His research encompasses a range of innovative topics including straintronic magnetic tunnel junctions, acoustic wave interaction with magnetic systems, and the development of advanced nanomagnets for analog computation. Recent publications highlight his work on the switching characteristics of magnetic tunnel junctions, microwave polarization antennas, and the coupling phenomena in nanoscale materials.

Articles (22)

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2022

Collaborators (3)

Bivas Rana

Assistant Professor

Adam Mickiewicz University in Poznań

POLAND

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Dhritiman Bhattacharya

Georgetown University

UNITED STATES

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Jian-Ping Wang

Professor

University of Minnesota System

UNITED STATES

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Supriyo Bandyopadhyay

Research Interests

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About

Articles (22)

Sensitivity of the Threshold Current for Switching of a Magnetic Tunnel Junction to Fabrication Defects and Its Application in Physical Unclonable Functions

An Ultra‐Sub‐Wavelength Microwave Polarization Switching Antenna for Covert Communication Implemented With Directed Surface Acoustic Waves in an Artificial Multiferroic Magnonic Crystal

Beam Patterning With Directed Surface Acoustic Waves in Extreme Subwavelength Magneto-Elastic Nano-Antennas

Straintronic magnetic tunnel junctions for analog computation: a perspective

Ternary stochastic neuron— implemented with a single strained magnetostrictive nanomagnet

Stress Engineering of Magnetization Fluctuation and Noise Spectra in Low-Barrier Nanomagnets Used as Analog and Binary Stochastic Neurons

Reconfigurable stochastic neurons based on strain engineered low barrier nanomagnets

A spin field effect transistor based on a strained two dimensional layer of a Weyl semimetal

Influence of surface acoustic wave (SAW) on nanoscale in-plane magnetic tunnel junctions

Magnetic Straintronics for Ultra-Energy-Efficient Unconventional Computing: A Review

Tripartite phonon–magnon–plasmon coupling, parametric amplification, and formation of a phonon–magnon–plasmon polariton in a two-dimensional periodic array of magnetostrictive/plasmonic bilayered nanodots

Acousto‐Plasmo‐Magnonics: Coupling Spin Waves with Hybridized Phonon‐Plasmon Waves in a 2D Artificial Magnonic Crystal Deposited on a Plasmonic Material

Strained topological insulator spin field effect transistor

A spintronic analog of the Landauer residual resistivity dipole on the surface of a topological insulator containing a line defect *

The Strong Sensitivity of the Characteristics of Binary Stochastic Neurons Employing Low Barrier Nanomagnets to Small Geometrical Variations

Increasing Flips per Second and Speed of p-Computers by Using Dilute Magnetic Semiconductors

A Nonvolatile All-Spin Nonbinary Matrix Multiplier: An Efficient Hardware Accelerator for Machine Learning

Reflection and Refraction of a Spin at the Edge of a Quasi-Two-Dimensional Semiconductor Layer (Quantum Well) and a Topological Insulator

Spin Wave Electromagnetic Nano‐Antenna Enabled by Tripartite Phonon‐Magnon‐Photon Coupling

Applications of nanomagnets as dynamical systems: II

Applications of nanomagnets as dynamical systems: I

Robustness of Binary Stochastic Neurons Implemented With Low Barrier Nanomagnets Made of Dilute Magnetic Semiconductors

Collaborators (3)

Bivas Rana

Dhritiman Bhattacharya

Jian-Ping Wang

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