On Tuesday, June 11th, Adrian Roig (Master Student) will present an interesting paper about Quantum Computing. We will discuss the relation between quantum circuits and neural networks and how to compress information stored in quantum states. Date and Time: June… Continue Reading
On Tuesday, May 21st, Giulio Camillo will introduce us into the marvellous world of entanglement purification by reviewing a classical paper by Anton Zeilinger. Abstract: The distribution of entangled states between distant locations will be essential for the future large-scale… Continue Reading
Contextuality can be seen as a purely non-classical phenomenon in physical systems, its quantum realizations being of special interest. We have been presencing an ongrowing attention to it in the recent years, from a proper experimental verification that led to… Continue Reading
Next session will be hosted by Victoria Dordyay and Miryam Suárez, and it will treat about pigeon, counterintuitive effects, and correlations. Abstract: The pigeonhole principle:“If you put three pigeons in two pigeon-holes, at least two of the pigeons end up… Continue Reading
On Tuesday 16th of April 2024, Adrián Marín will talk about an interesting paper about quantum simulations with Rydberg Atoms. Abstract: Quantum spin liquids, exotic phases of matter with topological order, have been a major focus in physicsfor the past… Continue Reading
In open quantum dynamics, the structure of the environment determines the way a system loses its coherence. In this seminar, we show how to use a Bayesian learning protocol to infer properties of the environment from experimental data. Specifically, we… Continue Reading
The quantum marginal problem investigates the compatibility of the eigenvalues of the local and global states of a multipartite quantum system. It is a fundamental problem in quantum information for which the solution is only known for simple cases. We… Continue Reading
Next Tuesday, April 9th, Antonio Jesús Rivera (undergrad student) will talk us about a recent preprint entitled “Local Minima in Quantum Systems”. In this paper, the quantum computing pioneer John Preskill and his team propose a new problem with potential… Continue Reading
On Tuesday, March 19th, we will discuss about quantum walks in graphs and their application to many different problems. The talk will be delivered by Lola Esteve, student of the Fisymat master, at 10 in the Computation Lab. You can… Continue Reading
Quantum thermodynamics arises when extending the ideas from classical thermodynamics to the microscopic, i.e., quantum, regime. In this course, we will address the fundamentals of the theory focusing on the laws of quantum thermodynamics. We will also present the main… Continue Reading