Minh Tran

Postdoc at MIT CTP, Ex-Grad student @JointQuICS

[Minh Tran @congminhc1]

Our work on the speed limits for different quantum information propagation tasks is featured in PRX (https://t.co/XOPSo9ISbt). The gist: there isn't one bound to rule them all. Also https://t.co/p1Qc0aUF5u for a different viewpoint. @JQInews @JointQuICS

[Minh Tran @congminhc1]

Last tweet: if you are in the DC area, consider using Empower instead of Uber/Lyft. Their drivers pay a flat monthly fee and keep all of the fares. Cheaper for us too. Also, our paper on ancilla-assisted shadow tomography is up: https://t.co/9ZvHGko5g8

[Minh Tran @congminhc1]

Story on JQI News about our recent publication in PRX Quantum. Joint work with Zohreh Davoudi and Linke lab, led by @Nhunghnguyen1.

[Joint Quantum Institute @JQInews]

New @UMDPhysics #quantum simulations illustrate the important interplay of theories and experiments that pushes research in practical directions—an approach essential for solving practical problems with quantum computers. @UMDscience @NIST @RQuantumSim https://t.co/X4pfMMSB1a

[Minh Tran @congminhc1]

@ProfTSearles I'm trying to finish as much work as possible before the kickoff. Arsenal wins or not, it'll be difficult to focus on anything else for the rest of the day.

[Minh Tran @congminhc1]

@ProfTSearles @QIPConference Took me a while to realize what's happening next week 😂

[Minh Tran @congminhc1]

@jenseisert @CristianoCiuti It's like those email scams that intentionally use bad grammar to target certain audiences. Maybe people who like to go to predatory conferences really like distorted pictures of speakers🤷‍♂️

[Minh Tran @congminhc1]

@zkproofs @ilyaraz2 @UCBerkeley @MIT Here at UMD we can hold an RA in the summer we graduate, so it's probably just one of those random rules the schools impose.

[Juan Felipe Carrasquilla Álvarez @carrasqu]

I'm going to teach a machine learning course for Ontario mothers/caregivers with babies @VectorInst. Participants will receive 500 CAD to pay for babysitters so moms can focus on the course. $$ provided by a @TensorFlow faculty award. Apply here! https://t.co/tgCgDPOq6U

[Minh Tran @congminhc1]

@felix_led @SimonTrebst I believe they give you the tex file that generates the diff, so you could compile it locally.

[Minh Tran @congminhc1]

@felix_led @SimonTrebst There's also this online version of latexdiff: https://t.co/5QqPSFV2JC

[Minh Tran @congminhc1]

@enclanglement @PhysRevLett @RobertGaristo I believe you can submit two latex documents to arXiv and they will automatically merge them into one PDF.

[Minh Tran @congminhc1]

@quantum_graeme Is it lying if you actually believe you're telling the truth (but still no plan for how to get there)?

[Minh Tran @congminhc1]

Our work on closing a gap in the Lieb-Robinson bound is now published on @PhysRevLett https://t.co/kCS58MjXAa

[Andrew Childs @andrewmchilds]

The @NSF QLCI for Robust Quantum Simulation (https://t.co/qHoJhP6HeF) seeks outstanding recent Ph.D. graduates working on any area of quantum simulation for the RQS Postdoctoral Fellowship. Please apply by December 1! https://t.co/CsWHPxHNax

[Minh Tran @congminhc1]

@thomasgwong With ~2% inflation, the present value of the bill would be ~$1.225B and then you can round it down :-)

[Minh Tran @congminhc1]

@stuart_hadfield We usually put a "Note added" at the end of the paper discussing relevant papers that appear during/after the preparation of the manuscript.

[Andrew Childs @andrewmchilds]

We are now accepting applications for the 2022 @JointQuICS Hartree Postdoctoral Fellowships! We're looking for outstanding candidates in any area of quantum information. https://t.co/7jdcnJ823I

[Joint Quantum Institute @JQInews]

JQI Researchers have a need for #quantum speed! Their new proposed method transfers information at the maximum speed allowed by theoretical limits. #quantumcomputing #research @JQInews @UMDscience @UMDPhysics @NIST https://t.co/yeQJJGsKek

[QuICS @JointQuICS]

Our researchers have a need for #quantum speed!

They have developed a quantum protocol that reaches theoretical speed limits for certain quantum tasks and provides new insight into designing optimal quantum algorithms.

Learn more: https://t.co/ggwICS5e9U #QuantumComputing

[Minh Tran @congminhc1]

Excited to share our work on saturating the Lieb-Robinson light cones for power-law interactions. The bounds are tight almost everywhere now, except for \alpha<d.

[Physical Review X @PhysRevX]

Optimal State Transfer and Entanglement Generation in Power-Law Interacting Systems https://t.co/SXGN2JjiUK #openaccess #PRXjustpublished

[Minh Tran @congminhc1]

@quantum_jake Thank you so much, Jake!