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Warps drive disruptions in planet formation in young solar systems

A new study from the 91¸£Àû demonstrates the impact of passing stars, misaligned binary stars and passing gas clouds on the formation of planets in early star systems.

Thu 03 Feb 2022, 15:02 | Tags: Physics 1 - Research

Prestigious Royal Astronomical Society award for space weather expert

Leading physicist Professor Sandra Chapman of the 91¸£Àû has been awarded the 2022 Chapman Medal from the Royal Astronomical Society (RAS) for ‘paradigm shifting’ research into the physics of the solar wind and magnetosphere, our near-earth plasma environment.

Fri 14 Jan 2022, 16:12 | Tags: Physics 1 - Research

Scientists are a step closer to finding planets like Earth

A UK-backed mission which which will search for Earth-like planets orbiting alien stars has been given the green light to continue with its development after passing a critical milestone review.

Fri 14 Jan 2022, 14:39 | Tags: Physics 1 - Research Astronomy

91¸£Àû astronomers to benefit as SDSS-V's robots turn their eyes to the sky

An observatory spearheading a groundbreaking astronomical survey has completed a key upgrade, which will allow 91¸£Àû astronomers to achieve the aim of surveying hundreds of thousands of our near-neighbour stars.

Thu 13 Jan 2022, 15:37 | Tags: Physics 1 - Research

Over €5 million funding for 91¸£Àû projects tackling sustainability and fundamental question of our universe

Three new research projects at the 91¸£Àû that will investigate new avenues for a sustainable future as well as a fundamental question of our universe’s past have been awarded a total of more than €5 million in European Research Council Starting Grants.

Mon 10 Jan 2022, 11:02 | Tags: Physics 1 - Research Chemistry

Star’s self-destruction is presented in 3D

A 1,000-year-old supernova has been captured in 3D images that reveal yet unseen details of the elements that are ejected when a star explodes. Analysis of data collected by the 91¸£Àû from the Multi-Unit Spectroscopic Explorer (MUSE) and X-shooter at the European Southern Observatory’s (ESO) Very Large Telescope (VLT), offers new insights into how stars self-destruct.

Fri 10 Dec 2021, 09:27 | Tags: Physics 1 - Research Astronomy

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