Scattering amplitudes can be extracted from time-ordered n-point functions by means of the well known LSZ reduction formula, even in non-perturbative Quantum Field Theories, such as Quantum Chromod
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 | Lucas Pinol, from the IFT, among the recipients of the prestigious Annual Buchalter Cosmology Prize | |
 | Final supernova results from Dark Energy Survey offer unique insights into the expansion of the universe | More than 1,500 supernovae classified using machine learning. |
 | New edition of IFT - IAIFI exchange program on academic visits | The main goal of the program is to foster synergies between the two Machine Learning (ML) and Artificial Intelligence (AI) groups and help stimulate further activities in the future. |
 | Belén Gavela acknowledged with the Julius Wess Award 2023 for pioneering research in particle physics | |
 | Nuevo vídeo: ¿De qué están hechos los AGUJEROS NEGROS? En 3 niveles de dificultad | Si nada puede escapar de un agujero negro ¿es posible averiguar qué tiene en su interior? Ángel Uranga nos lo cuenta, en 3 niveles de dificultad. |
 | Physics takes to the streets to inspire scientific vocations | • The #YoFisicaEnLaCalle initiative by the Institute for Theoretical Physics UAM-CSIC invites young people to interview passersby on video about physics concepts, fostering informal conversations that engage the community in scientific outreach. |
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The nature of the dark matter in the Universe is among the longest and most important outstanding problems in all of modern physics.
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Join the IFT cosmology/gravity journal club at https://benty-fields.com to vote for papers and volunteer to present them.
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Dark matter (DM) below a GeV is motivated by some cosmological histories and possibly by anomalies in data. Leading detectors cannot easily test it, due to its small kinetic energy.
May 30, 2024
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We present a chiral non-abelian dark sector model that features a spontaneous $SU(3)\times SU(2) \rightarrow SU(3)$ symmetry breaking and results in the formation of dark mesons, $\pi_D$, and baryo
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