Researchers were surprised to find live microbes in a rock collected from space. The sample was retrieved on the Japanese ...

In the UK, we throw away 6.4 million tonnes of household food waste every year—equivalent to over 15 billion meals! Taste Imperial is taking a stand against waste with our new initiative, Forage for ...

Our research themes are highly interdisciplinary and involve collaborations with departments from all faculties in the College, London hospitals, and international universities and research centres.

All You Can Innovate returns to offer academics, start-ups, and funders exclusive access to diverse networking, learning, and collaboration opportunities all aimed at enhancing the impact of research ...

World-leading research in some of the most exciting areas of theoretical physics. Founded in 1956 by Nobel Laureate Abdus Salam, the Centre conducts research across Cosmology, Gravitational Physics, ...

Sustainable Imperial is an institution-wide strategy addressing the challenges of climate change, biodiversity loss and pollution. We will nurture graduates who understand and advocate for climate ...

Axion dark matter is an interesting candidate for several reasons. Axions or axion-like particles appear in many theories beyond the standard model and there is a theoretical motivation for them to be ...

Abstract: The Magnus expansion was first introduced by Wilhelm Magnus in his 1954 paper, “On the Exponential Solution of Differential Equations for a Linear Operator” (CPAM 7 (1954) 649), where he ...

In this seminar, I will review some of the work carried out in my group at MackGraphe, the Graphene and Nanomaterials Research Institute at Mackenzie Presbyterian University, Brazil. I will describe ...

Dr. Ryan Bonvillain is a biotechnology industry scientist and director. He is an expert in Pulmonary Biology and Tissue Engineering. He earned his PhD in Human and Molecular Genetics focused in ...

In this talk, I present a particle system in the positive orthant with reflection at the faces. The particles interact through the average of their accumulated local time, driving them towards the ...

This programme supports highly motivated young people from state-funded schools and colleges who demonstrate a keen interest in pursuing a career in medicine. The programme recruits Year 12 students ...