NuclearTheorySurrey
@NucTheorySurrey
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Theoretical Nuclear Physics Group at The Uni of Surrey featuring @gleet_tweet, @Alexis35703648, Matteo, @runmonarun, Natasha, emeriti, students + postdocs
Guildford, United Kingdom
Joined September 2018
A new preprint by @laratatli18 and @gleet_tweet on solving Diophantine equations on a quantum computer using Grover's algorithm
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RT @RiosArnau: This is relevant for #NeutronStar physics and other strongly-interacting superfluid quantum systems. This is work started @S….
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RT @RiosArnau: @SurreyMathsPhys @NucTheorySurrey @TRIUMFLab @LaStatale @INFN_ @STFC_Matters I am based @ICC_UB @FisicaUB now, but by sheer….
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New job opportunity at @SurreyMathsPhys to work with @Alexis35703648 on nuclear reaction theory
jobs.surrey.ac.uk
The University of Surrey is a global community of ideas and people, dedicated to life-changing education and research. We have a bold vision of what we want to achieve - shaping ourselves into one of...
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New paper from Natasha Timofeyuk and collaborators (from @UKAEAofficial) in @PhysRevC on the gamma spectrum from D-T collisions
journals.aps.org
Motivated by possible industrial fusion applications of spectroscopy of the $\ensuremath{\gamma}$ rays accompanying $d\text{\ensuremath{-}}t$ collisions we develop the first model calculations of the...
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RT @runmonarun: 🚀 Here is our new study on the Nuclear mass predictions using machine learning models.💥In collaboration with @DSoydaner and….
journals.aps.org
Understanding nuclear properties away from the stability line and near the limits of the nuclear landscape relies heavily on theoretical calculations, because many unstable nuclei are difficult to...
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New paper from Esra in @PhysRevC on machine learning to understand mass predictions.
🚀 Here is our new study on the Nuclear mass predictions using machine learning models.💥In collaboration with @DSoydaner and Hüseyin Bahtiyar. Editors' suggestion 😊.
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Group attending a meeting at @imperialcollege today. Natasha Timofeyuk talking to nuclear fusion community about her work on gammas in fusion reactions - soon to be published in @PhysRevC -
journals.aps.org
Motivated by possible industrial fusion applications of spectroscopy of the $\ensuremath{\gamma}$ rays accompanying $d\text{\ensuremath{-}}t$ collisions we develop the first model calculations of the...
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New paper day! Bharti Bhoy and Paul Stevenson (@gleet_tweet) with an algorithm pushing shell model applications on quantum computers to higher mass, in @NJPhysics
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New paper day! Dr Iain Lee’s work from his recent PhD has been published with supervisor Alexis @Alexis35703648 with a contribution from Paul @gleet_tweet
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RT @Alexis35703648: Submitted to Physics Letters B on 17 May 2024, and accepted on 23 May 2024. It is a part of the PhD Thesis of my studen….
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New preprint day! Matteo et al. on elastic scattering as a microscopic probe of matter density
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Thanks to PhD student Grant Close for pointing out a use of the group's Sky3d code for calculating properties of magnetar crusts! We develop and use code on @DiRAC_HPC where we are planning our fast new GPU version.
arxiv.org
We explore the properties of 4110 nuclides from Z = 5 to Z = 82 with the Sky3D code and the composition of the outer crust in the magnetars under extreme magnetic fields. The effects of the...
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Congratulations to Matteo Vorabbi et al. on having their new @PhysRevC paper made into an editor's choice:
journals.aps.org
Optical potentials, either phenomenological or microscopic, are used in nuclear reactions to reduce the complexity of the quantum many-body scattering to a tractable one-body problem. In this work...
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New paper on a method to find all eigenstates of a Hamiltonian on a quantum computer, tested on IBM hardware for nuclear Hamiltonian ft PhD student Isaac, @gleet_tweet, and cosupervisor James
arxiv.org
Quantum computing can potentially provide advantages for specific computational tasks. The simulation of fermionic systems is one such task that lends itself well to quantum computation, with...
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