ShabaniLab

Laboratory for Quantum Materials and Devices

[Bluefors @BlueFors_Ltd]

Bluefors is pleased to announce the signing of an MoU with @nyuniversity to strengthen collaboration in #quantum information science.

We look forward to driving impactful scientific progress in #quantumtechnology together.

Learn more: https://t.co/iMLvdi6EUE

#CoolForProgress

[ShabaniLab @LabShabani]

@tahantech we need a “dislike” button @elonmusk

[Javad Shabani @JavadShabani19]

Understanding superconducting diode is easy to measure but confusing to understand what is the underlying mechanism. My graduate student dis a very nice and comprehensive work trying to shed light on some of the mysteries: https://t.co/JYEbd10Vnl

[ShabaniLab @LabShabani]

Optimizing for topological gap in planar junctions, here is a very interesting approach: https://t.co/exHh3OPLVt

[ShabaniLab @LabShabani]

An attempt to study superconducting diode effect in gated Al-InAs JJs: https://t.co/ioMSTrN75v

[PRX Quantum @PRX_Quantum]

A new form of fluxonium qubit provides new functionalities by tuning Josephson energy over a wide range and operating in lower frequencies. @LabShabani

https://t.co/Fc7efxMIhQ

[Javad Shabani @JavadShabani19]

One of the major goals in materials synthesis is to improve electronic properties such as disorder. We used a machine learning methods to study AFM images of 50 real samples combined with 17,000 simulated images to create a ML model for our synthesis:

https://t.co/tF8mEywwwi

[Javad Shabani @JavadShabani19]

Great collaboration between our group @LabShabani and UChicago’s Higginbotham group exhibiting anomalous behavior in non-equilibrium effects near quantum criticality: https://t.co/nhll5DcUny

[PRX Quantum @PRX_Quantum]

Perspective: The state of the art on engineering topological superconductivity for the generation of Majorana bound states and applications on quantum technologies is discussed. @LabShabani

https://t.co/Vwz7LNSR2K

[ShabaniLab @LabShabani]

@Liv_Lanes @NYUPhysics @yankeestadium @Yankees @RedSox New York subway

[ShabaniLab @LabShabani]

Group building of @NYUPhysics CQIP students at @yankeestadium. Biggest test of true friendship in a @Yankees vs @RedSox game.

[ShabaniLab @LabShabani]

Our experimental studies of microwave spectroscopy of individual Andreev bound states in a super-QPC finds 99.94% transparent modes, led by @ElfekyHeiba : https://t.co/iOjqLQxjJl

[Guanyu Zhu @ZhuGuanyu]

https://t.co/jjBjI7ZnZm In the recent work in collaboration with the Cornell, Weizman, Harvard groups, and the IBM colleagues, we have experimentally prepared a 2D Fibonacci string-net condensate and braid the doubled Fibonacci anyons in a scalable way. @zlatko_minev

[ShabaniLab @LabShabani]

Collaborative work on studying parametric amplification in Super/Semi devices: https://t.co/8klBa1L2PR

[Javad Shabani @JavadShabani19]

Great work by @strictlybill on arXiv. Expanding gate-voltage tunability to Fluxonium: https://t.co/BM6ARzr8c4. You know your student is ready to graduate when you only have to read the paper once and make a few suggestions:

[Javad Shabani @JavadShabani19]

I hope this has a positive effect on @Azure approach to quantum: https://t.co/dBrhlL1ZKu

[ShabaniLab @LabShabani]

@NanoscaleViews we love to know the answer too.

[Billy Strickland @strictlybill]

Our work is published in PR Research! We successfully made and measured gatemon qubits on InAs 2d electron gases and characterized (many) different loss mechanisms in these circuits. We’re hoping this will pave the way for higher coherence devices based on these materials!

[ShabaniLab @LabShabani]

Happy Q day.

[Cristiano Ciuti @CristianoCiuti]

Join us at the 2024 "Quantum Fluids of Light and Matter" Workshop in Erice, Italy, from Nov 15 to 19. Apply now for talks, posters, or general attendance! Details 👉 https://t.co/ji0R7GHO44