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A telescope

Durham’s researchers are helping to build some of the world’s most powerful new telescopes to further our exploration of space. Our astronomers and cosmologists are also involved in major international projects that will hunt two of the universe’s most mysterious ingredients – dark matter and dark energy – and investigate how the universe formed.

e’ve helped build components for NASA’s new James Webb Space Telescope (JWST) – the successor to Hubble – which will launch in October 2021.

Our astronomers will use the JWST to hunt for dark matter and investigate early galaxy formation.

Extremely Large Telescope

We’re involved in the development of the HARMONI instrument for the new European Extremely Large Telescope (E ELT) currently under construction in the Atacama Desert in Chile.

HARMONI will help astronomers identify the gases and metals in stars and galaxies, measure how fast stars are moving towards or away from us, and characterise the atmospheres of planets orbiting distant stars.

We’re part of the international team behind LOFAR, the world’s largest radio telescope that operates at low frequencies.

And we have scientific input into the new Square Kilometre Array (SKA) Observatory which will become the largest radio telescope on Earth when it’s assembled over the next ten years.

Dark energy

We’ve also played a key role in development and use of the Dark Energy Spectroscopic Instrument (DESI), which will map the distance to 35 million galaxies and 2.4 million quasars.

Scientists will use DESI to seek to measure the properties of dark energy, believed to be one of the drivers behind the universe’s expansion

And we’re involved in the EUCLID survey that will look back over ten billion years, covering the entire period when scientists say dark energy played a significant role in the universe’s expansion.

Find out more

  • Read a blog by Dr Leah Morabito, UKRI Future Leaders Fellow and Assistant Professor in Astronomy and Astrophysics, who is leading our work on LOFAR and SKA.
  • The CfAI, with support from the UK Space Agency, is part of an international collaboration helping NASA develop the Lunar Thermal Mapper to detect and map water on the Moon’s surface.