Welcome to the Centre for Theoretical Cosmology

β€œThe CTC exists to develop theories of the Universe which are both mathematically consistent and observationally testable.”
Professor Stephen Hawking
Steven Hawking in front of a blackboard

The Purpose of CTC

There are two circumstances in which the hidden basic fabric of the Universe is violently shaken and unveiled: in the enormous temperatures and densities of the Hot Big Bang and during the extreme collapse to form a black hole. CTC focuses on mathematical theories of these pivotal physical events, confronting them with observational data to gain new insight into the fundamental structure of the Universe and its origin. As well as supporting fellows and visiting professors, CTC's activities include hosting timely workshops and international conferences on frontier topics in cosmology.

Professor Paul Shellard, Director

Latest news and events

John Stewart (1943-2016)

It is with sadness that we report on the passing of John Stewart, Emeritus Reader of Gravitational Physics and Fellow of King's College. John Stewart was born in Pinner, west London. He was educated at Latymer Upper School and studied at Jesus ...more »

Stephen Hawking given Pride of Britain Award

CTC founder Stephen Hawking has been given a Lifetime Achievement Award at the annual Pride of Britain Awards. These are nominated by the public and are given to honour the achievements of British people who make the world a better place. The award was presented by Prime ...more »

CTC to host Stephen Hawking's 75th birthday conference

An international conference on gravity and black holes, marking the 75th birthday of Professor Stephen Hawking, will be held at the Centre for Theoretical Cosmology, Cambridge, UK, July 2-5, 2017. This meeting will discuss recent advances in gravitational physics and ...more »

Using gravitational waves to catch runaway black holes

Two CTC researchers, Davide Gerosa and Christopher Moore, have developed a new method for detecting and measuring one of the most powerful, and most mysterious, events in the Universe – a black hole being kicked out of its host galaxy and into intergalactic space at speeds as ...more »

Gravitational waves detected from black hole merger

For the first time, scientists have directly detected gravitational waves, ripples in the spacetime fabric of our universe predicted by Einstein's theory of general relativity. This type of radiation is generated by the violent dynamics of massive and compact astrophysical ...more »