Apoorv Jindal

Superconducting Qubits @Princeton | Previously Condensed Matter @Columbia | Biking and trivia enthusiast | Audaciously Lackadaisical

[Apoorv Jindal @_apoorvj]

Glad to announce the publication of a majority of my doctoral work in @Nature today.
https://t.co/ZctxPxPmAj

[Apoorv Jindal @_apoorvj]

@Airport_FRA Terrible management at queue for security clearance at Terminal 1 Z concourse. Staff completely absent. Waiting times more than 90 min

[Apoorv Jindal @_apoorvj]

@elenmeir @WeizmannScience @WISChemistry Congrats, Elena!

[Apoorv Jindal @_apoorvj]

@JonathanRuhman Always happy to speak in case of further queries

[Apoorv Jindal @_apoorvj]

Glad to announce the publication of a majority of my doctoral work in @Nature today.
https://t.co/ZctxPxPmAj

[Apoorv Jindal @_apoorvj]

@JonathanRuhman It may also be that we don't leave the FE state at all since this is dictated collectively by the entire layer, and not displacement of a single atom in the lattice

[Columbia Quantum Initiative @ColumbiaQuantum]

Two competing phenomena in the same material? That's right! You can find both superconductivity and ferroelectricity in a unique quantum crystal studied at Columbia.

Learn more: https://t.co/ISZy32Nq1G

[nature @Nature]

Nature research paper: Coupled ferroelectricity and superconductivity in bilayer Td-MoTe2 https://t.co/A0L2gchOqz

[Phys.org @physorg_com]

#Superconductivity and ferroelectricity found in the same 2D material @ColumbiaQuantum @nature https://t.co/6FqdOrNbrM https://t.co/PPhAcCdzSB

[Columbia Quantum Initiative @ColumbiaQuantum]

Working with a quantum crystal called molybdenum ditelluride, PhD student @_apoorvj and colleagues @PhysicsColumbia, @CUSEAS, @UWMadEngr, @UMN_SPA find superconductivity AND ferroelectricity in the same material. https://t.co/ISZy32Nq1G

[Apoorv Jindal @_apoorvj]

Huge shoutout to all the team members here for a fruitful collaboration amidst a pandemic and a global helium crunch

[Apoorv Jindal @_apoorvj]

An additional piece from @Columbia @ColumbiaQuantum
https://t.co/lsJdw2PA84

[Apoorv Jindal @_apoorvj]

@boundstate Mostly AuPd for me but have worked with Au and Pd too. Pt has been troubling to WSe2 folks - lower yield with devices. They claim cracks while transfer

[Apoorv Jindal @_apoorvj]

@boundstate Electrodes max 15 nm. Stack thickness is 20-30 nm

[Apoorv Jindal @_apoorvj]

@boundstate Cracks depend on material. For my stuff, it works. People have complained about WSe2 cracking sometimes

[Apoorv Jindal @_apoorvj]

@boundstate Otespa does a good enough job

[Apoorv Jindal @_apoorvj]

@VatsaRicha @ryangrim https://t.co/tgGPZS7nby