Alex (@itsmealeale) 's Twitter Profile
Alex

@itsmealeale

An attempt of a theoretical physicist with the inestimable help of a reliable computer and some mathematical tricks

ID: 880228711915810817

calendar_today29-06-2017 00:57:33

291 Tweet

544 Followers

331 Following

Alex (@itsmealeale) 's Twitter Profile Photo

Hi! Happy to share new results on the relative volume of comparable pairs under semigroup majorization (arxiv.org/abs/2410.23196)—this time, not strictly physics per se. This work stems from a great collaboration started by Jakub Czartowski back in 2022 with Fabio and Giovanni.

Alex (@itsmealeale) 's Twitter Profile Photo

Christmas came early this year: Got my first PRL accepted! It’s not just my first but also my favorite paper. Best part? I got the news while visiting my homeland (here’s the view when I found out).

Christmas came early this year: Got my first PRL accepted! It’s not just my first but also my favorite paper. Best part? I got the news while visiting my homeland (here’s the view when I found out).
Jake Xuereb (@curlyqubit) 's Twitter Profile Photo

(1/10) Here's a 🧵with my own personal year-in-review for quantum thermodynamics summarising some of my favorite results from 2024. I'm sure I'll miss many things but for a field which quite a few scientists claim is dead so very many cool results were achieved this year. Feel

Alex (@itsmealeale) 's Twitter Profile Photo

Started the morning with an awesome talk by @perp_waterfall on robust catalysis and resource broadcasting – super cool results! You can also check it out his recent preprint about it [arxiv.org/pdf/2412.06900]

Started the morning with an awesome talk by @perp_waterfall on robust catalysis and resource broadcasting – super cool results!

You can also check it out his recent preprint about it [arxiv.org/pdf/2412.06900]
Tan Van Vu (@tanvvu) 's Twitter Profile Photo

Our latest work is now on arXiv. We develop optimal transport theory for open quantum systems and elucidate the maximal speed of particle transport in dissipative long-range bosonic systems. arxiv.org/abs/2503.13731

PRX Quantum (@prx_quantum) 's Twitter Profile Photo

Tutorial: Despite its origins as a thought experiment, “Maxwell’s demon” has left a lasting legacy in uncovering fundamental links between thermodynamics, information theory, and computation. Alex go.aps.org/4mjBYhC

Tutorial: Despite its origins as a thought experiment, “Maxwell’s demon” has left a lasting legacy in uncovering fundamental links between thermodynamics,
 information theory, and computation. <a href="/itsmealeale/">Alex</a>

go.aps.org/4mjBYhC