Cancer evolution is encoded within the epigenome, can be measured using Bayesian inference at scale and predicts patient outcomes in blood cancer. Abstract: Cancer’s aberrant growth is driven by ...

Abstract: The diffusion process followed by a passive tracer in prototypical active media such as suspensions of active colloids or swimming microorganisms differs significantly from Brownian motion, ...

Help support biodiversity by planting bulbs at Imperial! Flowering bulbs are a vital source of nectar and pollen for insects, especially early in spring when other plants are not yet blooming. By ...

In this talk we first introduce a structure preserving, second order in time, relaxation-type scheme for approximating solutions of the Schrödinger-Poisson system ...

The finite Hilbert transform generates a complete orthonormal set on [−1,1] with respect to the Chebyshev weight. We explore the potential of this set for solving finite Hilbert transform equations.

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, ...

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.

An internationally renowned department within one of the world's most prestigious universities. Our community thrives on collaboration and intellectual curiosity. If you're passionate about ...

Can policy interventions improve their economic viability? In the seminar, Gbemi will explore how market-based policy interventions can enhance the economic viability of sustainable solutions for ...

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 ...

Neutral atoms in low-lying states make excellent qubits. They interact weakly and are insensitive to environmental perturbations. However, to generate entanglement one must make the atoms interact ...

The Direct Laser Acceleration (DLA) mechanism is capable of driving high-charge, superponderomotive energy electron beams during relativistically intense laser-plasma interactions. As laser facilities ...