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Deep in Thought: How ‘Brainy’ Computers Are Changing Our Lives

By | Bioscience and medicine, Just Added, Popular, The Data Revolution | No Comments
The Fourth Industrial Revolution is here – and together with technologies such as robotics and quantum computing, Artificial Intelligence (AI) is at the heart of this awesome new age of progress and possibilities. Deep learning is a great example. Harnessing computer algorithms inspired by how the brain works, this fast-growing field of AI makes it possible to analyse vast amounts of data and detect patterns and features there – generating insights that can improve and protect lives in areas as diverse as medicine, transport and anti-terrorism. UCL is just one of the SES members currently working at deep learning’s cutting...
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Protecting Patients

By | Bioscience and medicine, Just Added | No Comments

Protecting Patients: early disease detection at Guy’s Hospital Join Prof. Julia Schnabel, one of the doctors and staff at King’s College London/Guy’s and St. Thomas’ Hospital to hear about how new MRI imaging techniques and collaborative research are helping to prevent and diagnose lung cancer, heart disease and other health challenges.

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Powering Up Research: Data Fuelled Innovation

By | Bioscience and medicine, Events, Just Added, The Data Revolution | No Comments
Data Intensive Science is a rapidly emerging, cross disciplinary research challenge already traversing the fields of Materials Science, Bio-medical research, Computational Engineering and Digital Humanities (to name a few). With huge volumes and complex data at the heart of many research projects, advancing the methods used to analyse, manage, and interpret this data is key to facilitating both efficient and reliable science. The significance of the discipline has recently been recognised by the Engineering and Physical Sciences Research Council (EPSRC) in awarding £20 million to 6 new national supercomputing centres, including the Cambridge Centre for Data Driven Discovery. This event aims to bring...
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Spotlight On: X-ray Photoelectron Spectroscopy Multi User Facility

By | Just Added, SES Equipment | No Comments
Each month we post a new edition to the SES 'Spotlight On...' series, showcasing equipment at our institutions, providing information and case studies for interested researchers/industries, and promoting better use of already available equipment. The UCL X-ray Photoelectron Spectroscopy Multi User Facility holds a suite of two X-ray photoelectron spectrometers (XPS). XPS is a widely used surface analysis technique employed to determine elemental composition and chemical environment. It is used by a very wide range of workers in physical sciences, engineering, medical sciences, etc. Our facility offers access to two spectrometers. Users are trained to run their own samples and analyse their own...
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Powering Up Research: The MMM Hub

By | Advanced materials, Events, Just Added, Popular | No Comments
The significance of High Performance Computing in materials research has recently been recognised by the Engineering and Physical Sciences Research Council (EPSRC) in the award of £4 million to a consortium of partners to create a new national supercomputing centre, the Materials and Molecular Modelling Hub. The HPC facility that the MMM Hub hosts is known as Thomas, a 17,000 core machine designed to support small to medium sized capacity computing focusing on materials and molecular modelling. The launch of this Tier 2 supercomputer on the 14 September was designed to raise awareness amongst the entire UK Materials and Molecular Modelling community...
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Guest Post: Inspiring New Science

By | Events, Just Added, MMM Hub event | No Comments
Lei Tan is a PhD student from Queen Mary University of London under the guidance of three supervisors: Prof. Martin Dove, Dr Andrei Sapelkin and Dr Alston Misquitta. She is currently studying the structure of metal chalcogenide nanoclusters, in particular a group called magic-size clusters that have an extremely small size (knowledge of their structures at an atomic level is critical for further understanding).  In her work, Tan combines experiment methods (xray total scattering, neutron scattering) and simulation (DFT and Reverse Mont-Carlo modelling), requiring large amounts of CPU time. She is one of the pilot users of the Thomas supercomputer. I...
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Guest Post: Exploring the Materials Genome

By | Events, Just Added, MMM Hub event | No Comments
Currently a PhD candidate in the group of Prof. Angelos Michaelides at UCL, Patrick studied Chemistry (MSc, BSc) at the University of Warwick where his research focused on elucidating the quantum nature of biological light harvesting proteins. He also worked in research for DSM Speciality Resins, where he developed bio-renewable alternatives to polymers sourced from fossil fuels. Patrick’s current research focuses on the application of machine learning algorithms to the development of accurate models for use in molecular dynamics simulations of graphene and other carbon-based materials. It would – I think – be a fair statement to make that our...
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Spotlight On: DRIFTS Spectrometer

By | Just Added, SES Equipment | No Comments
Each month we post a new edition to the SES 'Spotlight On...' series, showcasing equipment at our institutions, providing information and case studies for interested researchers/industries, and promoting better use of already available equipment. The DRIFTS Spectrometer is used for insitu studies of species formed at the surface of a material (e.g. a catalysis) during a reaction. The set up of the spectrometer allows researcher to perform reactuins under operando conditions (heat, gas flow) to preform reactons under realistic conditions and get real data.THE DRIFTS Spectrometer is used for insitu studies of species formed at the surface of a material (e.g. a catalysit)...
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Trailblazing Training Adds to Chemistry’s Attraction

By | Advanced materials, Bioscience and medicine, Innovation and infrastructure, Just Added | No Comments
When designing new molecules for pharmaceutical and other uses, the key is to combine the right elements in the right way. The same is true of the training vital to nurturing the skills needed to make it happen.     A perfect example has seen Southampton University join forces with Oxford and Bristol to establish an EPSRC Centre for Doctoral Training (CDT) integrating two vital aspects of chemistry in a powerful new way. With strong links to industry ensuring its work feeds into the real economy, the Theory and Modelling in Chemical Sciences (TMCS) CDT is producing tomorrow’s research leaders and equipping...
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