Gabriele Bellomia

postdoc in physics,
orchestra musician,
all is passion driven.

Moving to

[Gabriele Bellomia @condmatfl]

The time has come for me too, to leave these lands and sail to #valinor 🦋

You can find me there at https://t.co/AcAbHCral6…

I might not stop posting and interacting here abruptly, as all moves are a bit messy. Expect an adiabatic decoupling, in essence.

#bluesky

[Gabriele Bellomia @condmatfl]

Special thanks also to Antoine Georges, for helping us framing all this into the big picture.

[Gabriele Bellomia @condmatfl]

💥 Alert! New theory-experiment collaboration out there in the wild, watch out! 🧑‍🏫🤝🧑‍🔬

https://t.co/gEmGi1z7xp

Truly happy to announce that some ideas we planted during my PhD have reached the maturity (and opportunity🙏) for being put under test by Immanuel Bloch's group.

[Gabriele Bellomia @condmatfl]

Thanks a lot to Thomas Chalopin, Titus Franz and Immanuel for sharing their precious data. Thanks to Frederic for all the passion and effort put into computing and analyzing density matrices from the experiment and comparing it to his DΓA results.

[Gabriele Bellomia @condmatfl]

Delighted to announce our debut in the quantum magic business! 🪄

https://t.co/ZoPIer2qMy

A popular summary can be found at
https://t.co/zLDomh64ln

[Gabriele Bellomia @condmatfl]

I cannot say too much for now, but we might also be on a good track for further generalizations, as well as nontrivial counter examples 👀

As usual, stay tuned for more :)

[Gabriele Bellomia @condmatfl]

Today I am happy to announce that, after a particularly long peer review, our paper on the absence of local inter-particle entanglement and quantum discord in the Hubbard model has been finally published.

https://t.co/ajhQUlFcMp

[Gabriele Bellomia @condmatfl]

But also for any multiorbital fermionic model that conserves orbital and spin resolved charges.

This includes the widely used density-density version of the Kanamori Hamiltonian, allowing to include to some extent also Hund's physics in the picture.