Feed icon


Pearson Building

Astrophysics Relocation

After a 2.5 year 'temporary' residency at Hampstead Rd, we are pleased to update that the Astrophysics Group has finally moved back to Gower Street. The Group is now located in offices that the spread 2nd and 3rd floor of the Pearson Building, and 4th floor of the Lewis building. More...

Hexagonal carbon nitride nanosheets gently dissolve into solution over time (left), producing luminescent, defect free 2d-nanosheets (right).

Glowing nanosheets created by UCL-led team

A team of researchers led by UCL Chemistry  and UCL Physics & Astronomy have shown that two-dimensional (2D) nanomaterials, which can be used to create LEDs (light emitting diodes) or solar cells, can be made by the simple, but unconventional, method of dissolution. More...


MAPS Faculty Teaching Awards 2017

Each year the Mathematical and Physical Sciences Faculty recognises excellence in teaching by staff and teaching assistants at all levels within the faculty through the Faculty Teaching Awards.


UCL’s first satellite ‘UCLSat’ launched

UCLSat, a satellite designed and built by UCL engineers and scientists, has been launched today from the Satish Dhawan Space Centre in India as part of an international mission called QB50. More...

UCL-led Twinkle exoplanet mission completes design milestone

27 June 2016

Twinkle, a mission led by UCL scientists that will unravel the story of planets in our galaxy, has completed a key design milestone.  The results of the “payload study” demonstrate that Twinkle’s instruments will be able to achieve the mission’s science objectives.

Twinkle illustration

Twinkle’s will analyse light transmitted through, and emitted or reflected by, the atmospheres of exoplanets in order to give radical insights into worlds orbiting distant stars.

“This is a big step for Twinkle,” said Dr Giorgio Savini (UCL Physics and Astronomy), and Twinkle’s Payload Lead, who is responsible for the study. “We can now demonstrate that Twinkle will have the agility, stability and sensitivity required to pick out this light, analyse the spectra and allow us to extract information on the gases present.”

Twinkle Exploded View

The Twinkle spacecraft will be constructed by the world-leading small satellite company, Surrey Satellite Technology Ltd (SSTL), and will carry a payload weighing less than 100kg that includes the scientific instrumentation, electronics, a cooling system and a fine guidance system.

The whole payload package is about the size of a water boiler and will be built by a consortium of UK companies and institutions.  The UCL Mullard Space Science Laboratory is responsible for the overall mechanical design.

Page last modified on 27 jun 16 13:48