Phys.org has posted an article about our work on electroacoustic magnons and magnetoelectric response of multiferroics.
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RESEARCH HIGHLIGHTS
Strain-induced resonances in the dynamical quadratic magnetoelectric response of multiferroicsDeriving analytical models to understand the striking and novel dynamics of magnetoelectric effects in multiferroics and further confirming it with atomistic simulations.
Published in Nature (npj Computational Materials)
RESEARCH HIGHLIGHTS
Novel Dynamical Magnetoelectric Effects in Multiferroic BiFeO3Predicteding the existence of electroacoustic magnon quasiparticles in monodomain multiferroics which will open opportunities to employ the properties of such quasiparticles to enhance the response of functional materials used in actuators, sensors and memory devices.
Published in Physical Review Letters
RESEARCH HIGHLIGHTS
Giant resistive switching in mixed phase BiFeO3 via phase population controlDemonstrating reversible dual control of ferroelectric phases by applying external stimuli which leads to achieving highly controllable system responses.
Published in Nanoscale (Royal Society of Chemistry)
IN THE NEWS
Most updated news about the impact of our research on society
“University of Arkansas Researchers Leverage Supercomputer to Improve Magnetoelectric Response”: HPC wires article about our work on strain-induced resonances in magnetoelectric response of multiferroics
HPCwire which is the number one resource of news and information about the fastest computers in the world and the resear
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“Strain-induced resonances in the dynamical quadratic magnetoelectric response of multiferroics” in Nature (npj Computational Materials) Homepage
The research “Strain-induced resonances in the dynamical quadratic magnetoelectric response of multiferroics”
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Altmetric ranks the “Novel Dynamical Magnetoelectric Effects in Multiferroic BiFeO3” within the top %5
The research on the dynamical properties of bismuth ferrite which is published in Physical Review Letters is now within
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“Promising material could lead to faster, cheaper computer memory”: A Phys.org Article on “Novel Dynamical Magnetoelectric Effects in Multiferroic BiFeO3“
Phys.org website has released a post on the research that we have published in Physical Review Letters on novel dynamica
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“New Material Promises to Make Computer Memory More Faster and Affordable”: World Industrial Reporter’s Article about our research on Novel Dynamical Magnetoelectric effects
World Industrial Reporter’s has published an article entitled “New Material Promises to Make Computer Memory
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