Join us at the cutting-edge BeyondWIMPs workshop where we delve into the mysteries of dark matter. As cosmological data suggests that dark matter constitutes over 80% of the universe's matter, this workshop brings together a diverse group of experts—from theorists to experimentalists in fields like astroparticle physics and cosmology. We aim to broaden the horizon beyond the conventional Weakly Interacting Massive Particles (WIMPs) paradigm and explore the rich landscape of dark matter possibilities. Prepare to embark on a journey to redefine our understanding of the universe!
The first instalment of BeyondWIMPs took place at the University of Liverpool (scientific program Vol. 1), Vol. 2 was hosted at Durham University in 2024 ( scientific program Vol. 2) .
In 2025 Vol.3 of BeyondWIMPs will take place at the University of Oxfod from April 7 to April 10.
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Organisers: Djuna Croon (Durham University), Ed Hardy (Oxford University), Juri Smirnov (University of Liverpool)
Our workshop, "Dark Matter Beyond the Weakly Interacting Particles," is dedicated to advancing the frontier of dark matter research by exploring a broad spectrum of potential candidates and interactions beyond the conventional WIMP framework. The primary scientific goal is to foster a comprehensive understanding of the dark matter landscape, ranging from feebly interacting particles to strongly interacting sectors.
We aim to reassess existing dark matter production mechanisms, delve into their cosmological imprints, and explore novel dynamics and signatures in overlooked models. Methodological advancements in the theoretical modeling of dark matter, particularly in the areas of relic abundance predictions and finite temperature effects, will be a key focus. Additionally, the workshop seeks to enhance the synergy between cosmological observations, ground-based experiments, and theoretical predictions, thereby improving our ability to probe and potentially identify the nature of dark matter. By uniting experts from diverse disciplines, our goal is to ignite collaborative efforts and innovative approaches, paving the way for groundbreaking discoveries in the realm of dark matter research.
The first meeting took place in the vibrant city of Liverpool, and brought together UK based and international experts on theoretical developments in the dark matter research field, as well as experimentalists working on exciting new detection technologies, including quantum devices and exotic states of matter.
Check out the Vol. 1 program here.
In the second installment we were hosted in Durham, a historic and vibrant city in the Northeast of England, is renowned for its picturesque beauty and rich cultural heritage. It is home to Durham University, a prestigious institution known for its world-class research and academic excellence.
See here for the Vol. 2 ( scientific program) .
Oxford, a historic and dynamic city in the heart of England, is celebrated for its timeless architecture, intellectual heritage, and vibrant cultural scene. It is home to Oxford University, one of the world’s oldest and most prestigious institutions, renowned for its groundbreaking research and academic excellence. The university’s iconic collegiate system and historic landmarks, including the Radcliffe Camera, Bodleian Library, and Christ Church College, provide an inspiring setting for scholarly exploration and lively debate. The city effortlessly combines its rich history with modern vitality, offering a bustling array of bookshops, eclectic cafes, traditional pubs, and serene walks along the River Thames. Oxford’s welcoming atmosphere and its university’s global reputation make it a prime venue for hosting notable academic events like the "Dark Matter Beyond the Weakly Interacting Particles" workshop. Participants will engage in stimulating intellectual discussions while immersed in the unparalleled charm and legacy of this world-renowned city.