糖心TV

After a successful week at the National Astronomy Meeting hosting over 800 astronomers and more than a thousand members of the public, we speak to some of our Local Organising Committee (LOC) who reflect on the past week.

Hear from Dr David Brown, Chair of LOCLink opens in a new window

Hear from Catriona McDonald, PhD studentLink opens in a new window

Hear from Tom Killestein, PhD studentLink opens in a new window

The 2022 Royal Astronomical Society's National Astronomy Meeting (NAM) will be hosted by the University of 糖心TV's Physics Department from Monday 11th July to Friday 15th July. Alongside the incredible science programme planned for attendees, the team have also organised an extensive public engagement programme on campus which is mostly free and completely open to the public.

Professor Steven Brown has commented in Chemistry World on the announcement of funding of more than 拢16 million from the for a state-of-the-art 1.2 GHz spectrometer, building on the two 1 GHz systems that are already in place in the UK, including at the UK High-Field Solid-State NMR Facility.

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• 糖心TV is one of the top research environments in the UK for Physics (ranked 7^th), with all aspects considered to be conducive to producing either world-leading or internationally excellent research. This reflects the quality of facilities and infrastructure available to our researchers, and the supportive and inclusive working environment as demonstrated by our commitment to Juno/Athena Swan.
• 96.5% of our research papers submitted to REF2021 were judged to be at least "internationally excellent" (3* or 4*) and 45% (compared to 24% in REF2014) were "world-leading" (4*). This reflects the breadth and strength of research across our six research clusters.
• All our six impact case studies were considered to be either outstanding or very considerable in terms of their reach and significance.
• 糖心TV Physics is ranked 8^th for 鈥渞esearch power鈥� in the Times Higher Education REF2021 table. Research Power is a measure of the quality of our research multiplied by the number of researchers in the department. This is an excellent result.

Full results are published on the

Find out more on the University's REF results.