
QMATH
@QMATH_KU
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Villum Centre for the Mathematics of Quantum Theory at the Department of Mathematical Sciences, University of Copenhagen
Copenhagen, Denmark
Joined December 2017
RT @danielmalz: 📢 new preprint: Computational complexity of isometric tensor network states. IsoTNS are versatile v….
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Join the master Quantum Information Science at the University of Copenhagen and DTU! Here are two short videos giving an impression: on this interdisciplinary program.
ku.dk
The programme combines computer science, mathematics, and physics.
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Join QMATH as a postdoc! We have a position for an exciting interdisciplinary project on quantum algorithms for chemistry in the context of See for details.
linkedin.com
Join our Quantum for Bio project as a postdoc! The project The position is part of the Q4Bio challenge:Â https://lnkd.in/dcsEw5Ea. This is an ambitious program which aims to use quantum computing for...
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RT @Denis_Roc: n-extendibility is well known for certain highly symmetric states. Our recent work analytically solv….
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A preprint on random matrices from QMATH members Jacon Fronk and Torben KrĂĽger, with Yuriy Nemish zooming in on the edge of spectra of products of random matrices.
arxiv.org
We study Hermitian non-commutative quadratic polynomials of multiple independent Wigner matrices. We prove that, with the exception of some specific reducible cases, the limiting spectral density...
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A new preprint "More Quantum Chemistry with Fewer Qubits" from researchers at QMATH and ETH shows how to combine perturbation theory with quantum algorithms for quantum chemistry problems, improving accuracy without increasing the number of qubits needed.
arxiv.org
Quantum computation is one of the most promising new paradigms for the simulation of physical systems composed of electrons and atomic nuclei, with applications in chemistry, solid-state physics,...
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RT @danielmalz: 📢 new preprint just out: Preparation of matrix product states with log-depth quantum circuits. We give an explicit circuit….
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A new paper 'Going Beyond Gadgets' from a team of QMATH members and collaborators: providing a new framework for analog quantum simulation, combining complexity theoretic considerations and practical experimental requirements.
arxiv.org
Quantum hardware has the potential to efficiently solve computationally difficult problems in physics and chemistry to reap enormous practical rewards. Analogue quantum simulation accomplishes...
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RT @CHEMUCPH: #jobopening @CHEMUCPH Tenure-track assistant Professor of Quantum Algorithms for Chemistry and Life Science. Application dead….
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