Can we extract work from quantum squeezing?
In this paper, we explore how to use light squeezing—a purely quantum effect—to extract net mechanical work via radiation pressure.
Detecting and measuring coherence get a quadratic speed-up
This is what we probe in our new draft. Have a look on ArXiv.
Quantum Walks are a fantastic tool for classical machine learning.
At least this is what we claim in our recent paper Hybrid Quantum-Classical Walks for Graph Representation Learning in Community
New draft about optimising quantum transport
Check our recent preprint that combines concepts of Large Deviation Theory, Quantum Transport, and Symmetries. Optimizing quantum transport via the
New paper in Physical Review Research
My new paper has been published on Physical Review Research. Did you know that heating up a quantum system is
Anyons get computationally available!!
Have a look on my new draft to understand how: J. Dunlop, A. Tejero, M. Skotiniotis, and D. Manzano. Thermodynamics
Top 2% Scientists list by Stanford University.
In the year 2023 I’ve been included in the Top 2% Scientists list by Stanford University. You can find me here!
