by Iliyah | Sep 29, 2023 | Earth & Environmental Sciences, Physical Sciences & Mathematics
Professor Susan M. Scott | New Methods for Mathematically Modelling Black Holes The swirling vortexes of incredible gravitational strength we call black holes are amongst astrophysics’ most recognisable and captivating phenomena. Whilst regularly featuring in films,...
by Iliyah | Sep 6, 2023 | Physical Sciences & Mathematics
Professor Jeremy May | Innovative New Solutions to Create Carbon-Carbon Bonds One of the most fundamental chemical phenomena in existence is that of the carbon-carbon bond. It gives carbon atoms the ability to form the backbone of all organic chemistries; without it,...
by Iliyah | Aug 3, 2023 | Physical Sciences & Mathematics
Professor John Miller | How Superconducting Technologies are Warming Up to Charge Density Waves Superconducting quantum computers offer exciting potential for the future but are currently limited by their low operating temperature. Professor John Miller and his team...
by Iliyah | May 24, 2023 | Physical Sciences & Mathematics
Professor Alison Lister | Poking Holes in the Standard Model of Particle Physics Our understanding of physics changed dramatically in the 20th century, with the advent of the Standard Model of Particle Physics, which builds on quantum mechanics and Einstein’s theory...
by Iliyah | Mar 8, 2023 | Earth & Environmental Sciences, Physical Sciences & Mathematics
Professor Christian Laforsch | Professor Andreas Greiner – Microplastics: Solutions for a Persistent Pollutant Plastics have revolutionised human existence. Medicine, technology, agriculture and construction all rely on highly durable plastic materials. However,...
by Iliyah | Feb 1, 2023 | Physical Sciences & Mathematics
Dr Nicholas Mauro | Exploring How Metallic Glasses are Formed from Molten Alloys Metallic glasses are extraordinary materials that can be formed by rapidly cooling certain mixtures of molten metals. Their unique properties make them extremely desirable for various...
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