We search for dark matter and investigate the beginning and expansion of the Universe.

We question existing scientific models of the physical Universe and search for new understanding of how the Universe works.

We lead and participate in a number of neutrino experiments across the globe to investigate the nature of the mysterious neutrino and challenge the Standard Model of physics.

We are engaged in a variety of experiments and efforts to develop quantum sensing tools and techniques for fundamental science.

We use experiments that accelerate and then collide particles to recreate and study conditions of the early Universe.

We develop advanced technologies and instrumentation to enable the exploration of our world and address some of the biggest challenges in fundamental science.

We are engaged in a diverse spread of artificial intelligence, data science, and machine learning initiatives to enhance our research, teaching, and general productivity.

We are connecting theory and experiment in nuclear, particle, and astrophysics.

Working towards understanding dark matter in the Universe through scientific investigations.

Developing novel solutions to the research computing challenges in nuclear, particle, and astrophysics.

Jointly developing quantum sensors and techniques.

We partner with the Institute for the Preservation of Cultural Heritage, Yale Center for Collaborative Arts and Media, Yale Peabody Museum, and Yale Pathways to Science.