In this section
We use cold atoms and molecules to test fundamental physics, measure tiny forces, control quantum systems and develop quantum technologies.
Find out more
We pursue a combination of experimental and theoretical research to explore the foundations of physics and develop powerful new quantum technologies.
The research interest of the group is the control and manipulation of physical systems to exhibit manifestly quantum mechanical effects such as quantum correlations and quantum interference.
The UK National Institute For Advanced Materials Research and Innovation.
The QSDF caters for users interested in performing scanning probe microscopy, quantum transport, circuit quantum electrodynamics, and quantum optics experiments at very low temperatures.
3D printing, an Electrical Probe Station, High-Speed Centrifuge, Tube Furnaces and Electrochemical Facilities.
The project proposes to construct and operate a next-generation Atomic Interferometric Observatory and Network (AION) in the UK that will enable the exploration of properties of dark matter as well as searches for new fundamental interactions.
The Department of Materials has a wide range of facilities for processing and characterising materials. These facilities are available for use by researchers in both academia and industry.
PEPR is an electron paramagnetic resonance (EPR) facility located in the Molecular Sciences Research Hub (MSRH) on Imperial College's White City campus.
SPIN-Lab is a state-of-the-art hub of magnetic characterisation to study spin-related phenomena, located at Imperial College London. It includes equipment for the study of strongly coupled and isolated spins.
