STEM blog
Read blogs from students studying science, technology, engineering and...
Congratulations on your offer to study Physics at King’s College London. We’re thrilled to welcome you to our community.
Here you’ll find information from current students and academics to help you get a feel for your course and prepare you for your studies at King's.
Jenna talks about a day in the life of a 3rd year physics student.
Watch current Physics students talk about their life and experience studying at King's.
Ritthigaa talks about her experience studying at King's
Read blog posts from current students about life as a King's physicist:
As well as your studies, there are loads of ways you can get involved in the King's community:
Watch Physics 3rd year Jenna talk about societies at King's
Dr Eva Philippaki explains what type of work you'll be doing in the Physics labs.
Watch our series of taster talks given by various academics in the department.
Dr Malcolm Fairbairn takes us back to the birth of the universe to examine the Big Bang Theory and horizon problem.
Professor Malcolm Fairbairn's research lies at the boundary between cosmology, particle physics and astrophysics with a particular interest in dark matter, dark energy, cosmological inflation and particle astrophysics. Find out more about dark matter and the research at King's in this taster lecture.
Sukhi, Rachel and Muhammad take you on a tour of the Strand campus, where the Department of Physics is based.
The Physics labs are based on Waterloo campus, just ten minutes walk away.
Find out about study spaces at Strand campus from Physics 3rd year Jenna
Watch the Physics online offer holder session:
There are a number of events you can join as an offer holder to learn more about the King's community.
Scientists have created an experiment that mimics black holes, enabling them to see in greater detail how they behave and interact with their surroundings.
The approach produces a ‘quantum tornado’ of superfluid helium particles in the lab that replicates the gravitational conditions near rotating black holes.
Research from Malcolm Fairbarin, Doddy Marsh and collaborators suggests a new approach to locate axions, a ‘wonder particle’ that could explain both dark energy and dark matter.
First theorised in 1977, these hypothetical, light-mass particles could make up as much as 85% of mass in the Universe.
King’s physicists are part of a new grant to develop materials that change their properties at rapid speeds, enabling greater control over sound and light waves. These metamaterials could transform fields such as telecommunications, information processing, imaging and quantum technologies.
King's supercharges science with major investment in talent, education and research.
Read blogs from students studying science, technology, engineering and...
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