New detections of gravitational waves from four black holes have been announced by an international project involving the University of Strathclyde. The new discoveries have been jointly announced by the National Science Foundation's LIGO (Laser Interferometer Gravitational-Wave Observatory) and the European-based VIRGO gravitational-wave detector.
Collaborative work from researchers at the Universities of Strathclyde (Rachel Offer, Dalius Stulga, Erling Riis and Aidan Arnold) and Glasgow (Sonja Franke-Arnold) has just been published in the new NPG journal Communications Physics.
Congratulations to John Gillan and Ken Gibson for having their outstanding service to the Department and University recognised by the award of individual Strathclyde Medals.
In quantum Darwinism, information about a system becomes classical and objective when multiple observers indirectly probe the quantum state of the system by accessing different parts of its environment.
Led by Daniel Oi of the Unviersity of Strathclyde's Department of Physics, the project is investigating the production of a multispectral imaging (MSI) device which is a fraction of the size of conventional instruments. It could be installed in nanosatellites and used to monitor climate change, observe the activity of oceans, detect forest fires or track shipping traffic.
Sarah Jardine, Senior Director of Manufacturing with Optos plc, has been named the University of Strathclyde’s Alumna of the Year in recognition of her achievements in manufacturing and optics. She has been with Optos since she joined as a Senior Optical Engineer in 2000 and took up her current role in 2017. Mrs Jardine graduated from Strathclyde in 1992, with a BSc Honours degree in Laser Physics and Optoelectronics.
Dr Ina Lefering (Marine Optics and Remote Sensing Group) participated in the last of three expeditions to the Arctic waters of the Barents Sea to collect optical data for Arctic PRIZE, a NERC-funded project investigating the effect of sea ice thinning and retreat on productivity in the Arctic Ocean. The project is led by colleagues from the Scottish Association of Marine Science in Oban and has partners from the Universities of Edinburgh, St Andrews and Oxford. The major modelling effort is being directed by Dr Neil Banas from the Department of Mathematics and Statistics, University of Strathclyde.
Dr David McKee from the Marine Optics and Remote Sensing Group returned to the Barents Sea in April-May 2018 for the second leg of three expeditions to study the impact of sea-ice thinning and early retreat on physical and chemical processes that underpin ecosystem function. The aim was to collect data for Arctic PRIZE, one of 4 main projects in the NERC-funded Changing Arctic Ocean Programme.
In a recent work published in Physical Review Letters 120, 154801 (2018), Prof. Zheng-Ming Sheng and Prof. Dino Jaroszynski and collaborators have proposed a new scheme of cascade acceleration based upon Laser Wakefield Acceleration
In a recent experiment, a team of researchers led by Paul McKenna have made a significant advance in laser-driven ion acceleration. They have accelerated protons to energies close to 100 MeV.
An international team of researchers, including Physics PhD student Matthew Duff and supervisor Paul McKenna, have for the first time experimentally demonstrated energy loss of electrons from radiation reaction arising from their interaction with extremely intense laser light.
In January 2018, Dr David McKee and Dr Ina Lefering from the Marine Optics and Remote Sensing Group (Department of Physics) set out on their first expedition to the Barents Sea (East of Svalbard) to study the impact of sea-ice thinning and early retreat on physical and chemical processes that underpin ecosystem function. The expedition is part of a series of research cruises to collect data for Arctic PRIZE, one of 4 main projects in the NERC-funded Changing Arctic Ocean Programme.
Oliver Henrich has joined the Department of Physics as Chancellor’s Fellow. He brings along an almost £0.5 million EPSRC Research Software Engineer Fellowship and complements the experimental expertise of the Biomolecular and Chemical Physics group with know-how about advanced simulation methodologies.