Prof. Bhaskaran Muralidharan's Quantum Transport Theory group@IIT Bombay We work in the area of quantum transport theory and its applications in nanoelectronics
IIT Bombay Mumbai, India
Joined December 2018
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Presenting our latest work on realising valley and spin blockades in the bilayer graphene platform using quantum transport studies for spin-valley qubits. @IOPmaterials @iitbombay @serbonline
iopscience.iop.org/article/1…
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Presenting our new advance in quantum transport across the magnetic-insulator topological superconductor hybrid set up. @CommsPhys @iitbombay
nature.com/articles/s42005-0…
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Presenting our new advance in quantum transport across the magnetic-insulator topological superconductor hybrid set up. @CommsPhys @iitbombay
nature.com/articles/s42005-0…
Our new work on #topological transistors out in @PhysRevApplied ! Collaboration with @FLEETCentre we show how to harness topological robustness along with detailed device design for a novel steep sub-threshold switching route ! @MichaelSFuhrer @DCulcer link.aps.org/doi/10.1103/Phy…
At the @LammiStation presenting a tutorial at the workshop on correlations in topological quantum matter! @AaltoUniversity
ctqm2022.aalto.fi
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Pls attend this talk !
Happy to announce that our next #IIScQuanTalks will be delivered by Prof. Girish Agarwal on Quantum Metrology at the Physics Department Auditorium, IISc at 2 30 PM IST. Join us online using the below links. tinyurl.com/35jn2ayb tinyurl.com/4z5mnyeb
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Excited to present our latest works on Majorana modes at @IIScQuanTech ! It’s in hybrid mode. Will also focus on quantum device modelling @serbonline
The next #IIScQuanTalks is scheduled on Monday 11th July at 4PM in Physics Department Auditorium, IISc. Prof. Bhaskaran Muralidharan, IIT, Bombay (@QuantumTranspo1) will give a talk on Majorana zero modes. You can also join using the below links. tinyurl.com/muw7hdkp
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Excited to give this seminar tomorrow !! On the edge .. like Majoranas :)
Join us tomorrow to hear from Bhaskaran Muralidharan (IIT Bumbay)!
Conductance spectroscopy on Majorana zero modes- circumstantial evidence or smoking gun?
June 17, 2022
11 a.m. to 12:30 p.m.
MP 1115
@CQIQC_Toronto
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Thrilled to be presenting our webinar on our latest work in @PhysRevB on the spintronic Larmor clock
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First quantum research park in India @iiscbangalore ! Way to go :)
Delighted to announce the establishment of a Quantum Research Park at @iiscbangalore seed funded by the #Karnataka Innovation and Technology Society. This initiative will be a game changer in the Quantum-related research and entrepreneurial ecosystem in the state. @IIScQuanTech
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Please consider submitting to this special issue co-edited by me !
Now open for submissions! A new special issue on the field of topological and quantum spintronics for both theoretical and experimental researchers alike 🔄.
More info ➡️ ow.ly/GcLg50IUto3
#quantumtechnology #spintronics #quantummaterials #OpenAccess
ALT Materials for Quantum Technology focus issue now open
Proud to present our new work on #Majorana zero modes and connection with topological entanglement entropy : an editors’ suggestion in @PhysRevB @APSphysics ! Thanks to @iitbombay and @serbonline for the support ! #Edsugg #PRBLetter ! @Abhishek_Kej
PRB Editors' Suggestion: Nonlocal #conductance and the detection of #Majorana zero modes: Insights from #von_Neumann_entropy
Abhishek Kejriwal and Bhaskaran Muralidharan
Phys. Rev. B 105, L161403
#PRBLetter #physics #condmat #EdSugg @APSPhysics
Article: go.aps.org/37SmUpH
ALT EDITORS' SUGGESTION Nonlocal conductance and the detection of Majorana zero modes: Insights from von Neumann entropy The authors employ entanglement entropy as the means to reliably predict the presence of Majorana zero modes (MZMs) in experimentally relevant setups. Connecting with quantum transport calculations of the conductance spectra, they present ways to reliably signal the presence of topological MZMs that possess true nonlocal correlations, thereby distinguishing topological phase transitions from trivial ones. The detection of MZMs is a contentious issue, and the models presented here set the stage for looking beyond conductance spectra for their reliable identification. Abhishek Kejriwal and Bhaskaran Muralidharan Phys. Rev. B 105, L161403 (2022)
Another fantastic work from @Physics_at_IISc !
Another very interesting paper on observation of very large thermopower in twisted bilayer graphene from Prof Anindya Das's group at @Physics_at_IISc. Delighted by the series of high impact work from our department.
nature.com/articles/s41567-0…
Thank you @ramgopal_rao for promoting our webinar on cutting edge device physics. @IOPPublishing Pls register below!
A very interesting talk by Prof. Bhaskaran Muralidharan from @iitbombay. If you are a physics enthusiast, I recommend you to attend this.
Here is the free registration link: register.gotowebinar.com/reg…
#quantumtechnology #quantum
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Excited to present a webinar on topological electronics : from quantum matter to emerging devices ! Pls join in!
Join the complimentary webinar on "Quantum Materials and Devices" by Prof. Bhaskaran Muralidharan and Myla Lloyd
Save your place now - ow.ly/GLE450IHpjh
#Quantum #Webinar
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The magneto resistance measurement has a “tick” embedded as spins precess inside a tunnel barrier. Read more on the solid state spintronic Larmor clock! just out in @PhysRevB link.aps.org/doi/10.1103/Ph…
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Did u know that spins possess their own “tick” as they preceded and that can be detected electrically to give a new kind of quantum clock ? Read all about the spintronics Larmor clock set up here in our new work @PhysRevB link.aps.org/doi/10.1103/Phy…
Amazing work from IISc !
It is out! New broken symmetry state in graphene reported by @SaisabBhowmik, @Bhaskar35490459 et al. They keep proving that hard work, ambition & courage to ask hard questions in contemporary topics is key to consistently publish papers in good journals.
nature.com/articles/s41567-0…
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