People

SO(IFT) Research Associate Dr. Maxim Chernodub is visiting us Dr. Maxim Chernodub from University of Tours, France – CNRS is visiting the IFT for the period April 17th to 21st, 2017. His office number is 401. His current research interests include: Quantum Chromodynamics in strong magnetic field and anomalous transport effects in chiral systems.
SO(IFT) Research Associate Dr. Antonio Delgado is visiting us Dr. Antonio Delgado from University of Notre Dame is visiting the IFT for the period April 3th to 6th, 2017. His office number is 301. His research interests are: LHC phenomenology of different models beyond the SM.
Dr. David G. Cerdeño is visiting us Dr. David G. Cerdeño from IPPP, Durham University is visiting the IFT for the period March 27th to April 28th, 2017. His office number is 109. His research interests are focused on dark matter.
Dr. Miguel Zumalacárregui is visiting us Dr. Miguel Zumalacárregui from UC Berkeley is visiting the IFT for the period March 13th to 31st, 2017. His office number is 114. Miguel's research focuses on how cosmological data can be used to test gravity and fundamental physics. He is developing methods to compute cosmological observables in a broad class of gravity theories (www.hiclass-code.net). He more recently became interested in gravitational waves and non-linear effects on the large scale structure of the Universe. He also works on formal aspects of classical theories of gravity, including finding general frameworks to construct new classes of viable models.

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February 11, 2025
The content stood out for their originality and variety of formats, including interviews, dramatizations, and songs.

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February 10, 2025 ·       Using innovative techniques to make Artificial Intelligence more transparent, this study published in Physical... more
February 7, 2025
A new outreach video on the IFT YouTube channel.

Our everyday experience tells us that we live in four dimensions: three spatial... more
January 16, 2025  ·       A recent study led by the IFT suggests that the annihilation of low-mass dark matter, below the gigaelectronvolt... more