Liam L.H. Lau

Graduate Student: Condensed Matter and Quantum Information Theory ⚛️ 💻 @RutgersU | Alumni of @Cambridge_Uni | Let's talk science | 🇬🇧🇺🇸

[Liam L.H. Lau @liamlhlau]

I'm starting an academic #blog ! ✍️⚛️

https://t.co/k9bDmwanEc

I'll post about topics ranging from physics (you've got me, mostly condensed matter and quantum information), my grad-school experience and other tid-bits.

Let me know if you have any advice!

#AcademicTwitter

[Liam L.H. Lau @liamlhlau]

@Plamskiii Where was this?

[Victor Drouin-Touchette @VictorDrouin2]

I had a blast working with @PeterPOrth, Premi Chandra, Piers Coleman and Tom Lubensky on this! Check it out ⬇️

[Liam L.H. Lau @liamlhlau]

@mpifkf It might be glaring at me, but where can I find the registration form on the website, without abstract submission?

[Liam L.H. Lau @liamlhlau]

@boundstate @NanoscaleViews @briankeating Isn't Coulomb not enough for stability? Don't you need Pauli exclusion too?

[Liam L.H. Lau @liamlhlau]

@rpa_queiroz What resources would you suggest checking out to learn more about topology in condensed matter systems?

I also enjoyed the very clean and easy to follow presentation with great visuals! A lot of skills I definitely have to pickup.

[Liam L.H. Lau @liamlhlau]

1/2 Really interesting colloquium talk @Rutgers given by Prof. @rpa_queiroz from @ColumbiaQuantum today (3/1).

I enjoyed learning about universal signatures of topology and the non-localizability of wannier states shown in the real-part of the local Green's function.

[Steven Thomson @PhysicsSteve]

This week's "View from the arXiv" is now live! Today we look at new preprints on many-body localisation (MBL) in 2D, machine learning approaches to MBL, SYK models, time crystals and more! Please do check it out and share! 📖📘 https://t.co/BqH2fK7ur3 #viewfromthearXiv #physics

[Liam L.H. Lau @liamlhlau]

Just in case people missed this earlier today.

I would definitely love to hear some thoughts.

[Liam L.H. Lau @liamlhlau]

I'm starting an academic #blog ! ✍️⚛️

https://t.co/k9bDmwanEc

I'll post about topics ranging from physics (you've got me, mostly condensed matter and quantum information), my grad-school experience and other tid-bits.

Let me know if you have any advice!

#AcademicTwitter

[Steven Thomson @PhysicsSteve]

This week's new post on my academic blog: a short guide to renormalisation group methods in condensed matter physics, based on a talk I gave a few years ago. Please check it out and consider sharing if you like it!
https://t.co/IVRZxS0c4T
#theoreticalphysics #physics #research

[Jay Cummings @LongFormMath]

I love teaching Math History because I learn so much more each time.

This round I did a deep-dive on the history of linear algebra. The ancient Chinese first studied systems of linear equations, and came up with Gaussian elimination 2,000 years before Gauss!

Cool stuff.

[Liam L.H. Lau @liamlhlau]

@qgp07 Thanks Justin. I just took a look at the code; seems like the magic is to count the number of words and divide it by 180 😂

[Liam L.H. Lau @liamlhlau]

@qgp07 Something I will definitely check out. Thank you!

[Thomas Schäfer @tschaefer87]

If you want to know more about the intriguing connection of tango and the physics of strong correlations, check out my latest talk at the Trinity College Science Society.

[Michael Sentef @sentefmi]

Is there a comprehensive recent review/perspective on "entanglement in cond-mat/quantum materials"?

[Viktoriia Kornich @KornichVika]

See the detailed program for our Young Researchers' session https://t.co/ZVKDszUxWE ! These talks will have 3 min for questions. The long talks will have 10 min. So I hope to have great discussions! There are no fees, everybody is welcome to join! @d_mockli @VirtualSciForum

[David Spergel @DavidSpergel]

When scientists move into new fields, they bring novel approaches and techniques that can be transformative. This new @SimonsFdn program will enable researchers to make the intellectual pivots that will potentially benefit both their old and new fields. https://t.co/p0yRst8DMj

[Liam L.H. Lau @liamlhlau]

A research coverage piece by the Cavendish Laboratories @DeptofPhysics about @ShovanDutta20 and my recent published work as a Physical Review Research Letter!

Mutating Quantum Particles Set in Motion | Department of Physics https://t.co/7mKtaE7Amg

[Cavendish Laboratory @DeptofPhysics]

In the world of fundamental particles, you are either a fermion or a boson but a new study from @liamlhlau and @ShovanDutta20 shows, for the first time, that one can behave as the other as they move from one place to another:
https://t.co/4iSAbubcwd
Bring on your best walk puns!