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SUMMARY:Quantum Computing Workshop
DESCRIPTION:The workshop consists of 3 Friday afternoon sessions on February 28\, February 7 and March 14\, 2025 from 15-19 hrs\, and a full day Hackathon on Firday March 21\, 2025. \nQuantum Computing will allow\, when sufficiently mature\, to tackle problems whose complexity scales exponentially and are\, therefore\, beyond the reach of classical computing resources. \nThe advent of fully functional quantum computers is still some years ahead. Meanwhile\, a class of strategies have been put forward in order to profit from the available infrastructures. \nIn this workshop we will show how to make use of those strategies in order to tackle real problems. The program will include both theoretical lectures as well as hands-on sessions. It will end up with a Hackaton where teams will address a particular set of proposed projects. \nThe level will be introductory and only requisits are basic knowledge of linear algebra and of programming in python.
URL:https://www.talentq.es/es_es/evento/quantum-computing-workshop/
LOCATION:Santiago de Compostela\, Rúa de José María Suárez Núñez\, s/n\, Santiago de Compostela\, A Coruña\, 15782\, Spain
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ORGANIZER;CN="TalentQ":MAILTO:javier.bouzas.arufe@usc.es
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DTSTART;TZID=Europe/Madrid:20250311T160000
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SUMMARY:Seminar | EMANUELE COSTA
DESCRIPTION:Speaker: Emanuele Costa | Research fellow at the University of Barcelona \nTitle: A Quantum Annealing Protocol to Solve the Nuclear Shell Model \nAbstract: The nuclear shell model accurately describes the structure and dynamics of atomic nuclei. However\, the exponential scaling of the basis size with the number of degrees of freedom hampers a direct numerical solution for heavy nuclei. In this talk\, I present a quantum annealing protocol to obtain nuclear ground states. I propose a tailored driver Hamiltonian that preserves a large gap and validate our approach in a dozen nuclei with basis sizes up to 10^5 using classical simulations of the annealing evolution. I show the relation between the spectral gap and the total time of the annealing protocol\, assessing its accuracy by comparing the fidelity and energy relative error to classical benchmarks. While the nuclear Hamiltonian is non-local and thus challenging to implement in current setups\, the estimated computational cost of our annealing protocol on quantum circuits is polynomial in the many-body basis size\, paving the way to study heavier nuclei. \nRegistration: https://events.teams.microsoft.com/event/5d4f01d9-6f3f-493f-aa00-9ee5fb5064c1@8f0d452c-b7a4-4964-b810-8c397374477b
URL:https://www.talentq.es/es_es/evento/seminar-emanuele-costa/
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ORGANIZER;CN="TalentQ":MAILTO:javier.bouzas.arufe@usc.es
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