Imperial college london optimal control software

Haddadfarshi F, Mintert F. High fidelity quantum gates of trapped ions in the presence of motional heating.

New Journal in Physics. Click here to return to the main research page. Electrodes can only be implanted on a temporary basis, and are uncomfortable for the patient, whereas a flexible device made of biocompatible 2D materials could be integrated with the brain and provide constant monitoring.

Other potential healthcare applications include wearable devices for monitoring healthcare — devices like fitness watches, but more integrated with the body, providing sufficiently accurate data to allow doctors to monitor patients without bringing them into hospital for tests.

The relationships the team discovered between 2D material type and the controls on electrical charge transport will help other researchers design printed and flexible 2D material devices with the properties they desire, based on how they need the electrical charge to act.

They could also reveal how to design entirely new types of electrical components impossible using silicon chips, such as transparent components or ones that modify and transmit light in new ways. By identifying the mechanisms responsible for such electronic transport, we will be able to achieve the optimum design of high-performance printed electronics.

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The Licensee will provide a single named technical contact and deputy. In addition to the support that we offer throughout the course we also offer an optional free Maths and Excel refresher Sunday before the course where delegates are introduced to the latest version of the programme and can learn techniques that will help them with practical work throughout the course. Past participants have included hospital clinicians, senior public health executives, health economists, veterinary researchers, biologists, and mathematicians; they have come from 48 countries, both developed and developing.

Home Administration and support services Continuing professional development Short courses Medicine and healthcare Public health Mathematical modelling for the control of infectious diseases. Course aims This course will enable you to: Understand the key concepts of infectious -disease transmission and control - and the differences with non-infectious diseases - taught by people who apply those concepts every day. Learn how modelling informs policy-making, from case-studies presented by the individuals who a dvise public health professionals and governments, nationally and internationally.

Learn about developments at the cutting edge, taught by leaders of the field. Read modelling papers to critically-evaluate and interpret their findings. Understand how different control measures e. Design, implement and use simple but powerful models using Excel and other user-friendly software. Collaborate effectively with mathematical modellers. Who should attend? The course caters for: Policy-makers, public-health and disease-control professionals who need to i set appropriate goals for, and monitor performance of, infection-control programmes; ii interpret the findings of mathematical modelling studies; or iii question modelling experts effectively.