Prof. Gabriel T. Landi

Latest news (updated Mar 15):

• • Really excited to see our tutorial on current fluctuations in open quantum systems finally out. This is a beautiful pedagogical paper connecting fundamental ideas in statistical physics and quantum optics.
  
  
• • Check out our latest preprint on two-point measurement energy statistics from particle scattering, with Felipe Barra, Massimiliano Esposito and the brilliant Sam Jacob. 

• • Check out the colloquium I recently gave at the University of Rochester about irreversibility, current fluctuations and thermodynamic uncertainty relations in the quantum regime.
  
  
• • Really excited to finally see our review on boundary driven models published on Review of Modern Physics.
  
  
• • Check out our latest preprint on “Wigner dynamics for quantum gases under inhomogeneous gain and loss processes with dephasing”, done in collaboration with Dragi Karevski and the brilliant Michele Coppola, from Université de Lorraine.
  
  
• • Check out our latest preprint on “Entanglement and thermo-kinetic uncertainty relations in coherent mesoscopic transport.” This is a new and fruitful collaboration with the group of Patrick Potts at the University of Basel.
  
  
• • Excited to share our latest preprint on Particle current statistics in driven mesoscale conductors. Wonderful collaboration with Marlon Brenes, Dvira Segal, Jens Eisert, Giacomo Guarnieri and Archak Purkayastha. We extended the mesoscopic leads method, which is very useful in simulating strong-coupling quantum transport, to include the full counting statistics of the particle current.
  
  
• • It was a pleasure to host Irene D’Amico for a one-day visit to IFUSP. Plenty of productive discussions. A video of her colloquium on Applications of many-body dynamics to quantum technologies can be found here.
  
  
• • Check out the talk I gave at the II ICTP-SAIFR Condensed Matter Theory in the Metropolis.
  
  
• • Check out the colloquium I gave recently at ORT - Uruguay, and the invited talk at the XVII meeting of the Uruguayan Physical Society.
  
  
• • I was listed among the 2% most influential scientists in the “Updated science-wide author databases of standardized citation indicators” ranking from Elsevier and the University of Stanford. A news piece about it, at the University of São Paulo website, can be found here.
  
  
• • Check out our latest paper on the Entropy of the quantum work distribution. This is another collaboration with the group of Prof. Steve Campbell at UCD Dublin.
  
  
• • Our paper on diverging current fluctuations in Kerr resonators has just been published in PRA. Really happy to see this one out. Had a lot of fun on this project!
  
  
• • Our paper on the “Implementation of a two-stroke quantum heat engine with a collisional model” has just been published in PRA.
  
  
• • Check out my talk on “Information & fluctuations in continuously measured systems” at the Quantum Intelligence workshop, organized by Felix Binder in Birr, Ireland.
  
  
• • Check out our latest preprint on non-Gaussian work statistics at finite driving. Another great collaboration with the group of Prof. Steve Campbell at UCD. Also, a big shout to the lead author, Dr. Krissia Zawadzki, for her amazing work.
   
• • The webpage for this semester’s Quantum Mechanics 2 course is now available!
  
  
• • Qulib is now Melt! Revamped and with various new functions. Check out the new website at https://melt1.notion.site/
  
  
• • Check out our latest preprint on the non-trivial role of dephasing in graded quantum spin chains.
  
  
• • Our paper on the Classical dissipative costs of quantum control has just been published on PRA. This is the first of (hopefully many!) fruitful collaborations with Steve Campbell and Anthony Kiely from UCD Ireland.
  
  
• • Our paper on “Quantum quench thermodynamics at high temperatures” has just been published on PRA. This was the final paper in the PhD of Adalberto Varizi. Congratulations Adalberto!
  
  
• • Introducing getBib! a silly web app for obtaining the BibTeX of papers from a variety of sources: the paper webpage, the paper title, the DOI or the arXiv ID. Very simple, but I ave found it super useful!