![]() Scientificareas scientificareas scientificareas biochemistryandmolecularcellbiology biochemistryandmolecularcellbiology biochemistryandmolecularcellbiology microbiologyimmunologyanddevelopmentalbiology microbiologyimmunologyanddevelopmentalbiology healthandhumansciences healthandhumansciences healthandhumansciences healthandhumansciences theroyalsociety prizelecture freeevents upcomming Entry will be on a first-come, first-served basis, and cannot be guaranteedįor all enquiries, please contact Royal Society The award is named after the United Kingdom’s best-loved naturalist and broadcaster, and honorary Fellow of the Royal Society, David Attenborough.Įvent takes place in-person at the Royal SocietyĪudience Q&A with the speaker will take place after the main lectureĭoors will open to the public at 6.30pm BST. The award, open to everyone, recognises high quality public engagement activities. The Royal Society David Attenborough Award and Lecture is awarded annually to an individual for outstanding public engagement with science. Professor Van-Tam was awarded the 2022 prize for his critical role in public engagement during the COVID-19 pandemic as UK Deputy Chief Medical Officer, through national and international media. In this lecture, Professor Sir Jonathan Van-Tam discusses and reflects on his own journey through this challenging landscape. Scientists and clinician-scientists were under pressure as never before to communicate with clarity, integrity, and authenticity. This was intensified by the lengthy duration of the crisis, the ever-changing epidemiology and a changing virus. Whilst pandemic vaccines and antiviral drugs have been used at scale in the past, the initial severity and spread of COVID-19 required additional extensive public health countermeasures.Ī series of communication challenges was also inevitable in both political and public spaces. ![]() Join us for the David Attenborough Award Lecture given by 2022 winner, Professor Sir Jonathan Van-Tam. Winners will receive a grant of £14,000 to support their research and a personal gift of £1,000.Įngineering engineering engineering theroyalsociety prizelecture freeevents liveevents upcommingĬommunicating COVID-19 with Jonathan Van-Tam The prize was established in memory of Paul O’Brien FRS and his work encouraging excellence in science and education in Africa. The Royal Society Rising Star Africa Prize is to recognise early-career research scientists based in Africa who are making an innovative contribution to the physical, mathematical and engineering sciences. The Royal Society has an acceptable use policy for all online events, and we expect our users to abide by these guidelines. This event will be recorded (including the live Q&A) and the recording will be available on YouTube soon after the event You can take part in the live Q&A which will be available on this page The lecture will also be livestreamed here and on the Royal Society YouTube channel ![]() Registration is recommended if attending in person, otherwise availability cannot be guaranteed This lecture can be attended in person at the Royal Society Live subtitles will be available in person and online. Registration is recommended to attend in person otherwise availability cannot be guaranteed Khalil Tamersit will describe how the simulation approaches and computational models are used to propose and optimize new carbon-based electronic devices (eg nanotransistors, nanosensors, nanobiosensors, and micromachines) while paving the way for a post-silicon future. ![]() Thus, different nanodevices based on emerging nanomaterials are urgently needed to continue in this evolutionary approach while extending the lifetime of Moore's Law.ĭr. However, silicon-based nanotransistors are reaching their limits in terms of miniaturization and energy efficiency. Now, there are billions of silicon transistors in the current microprocessors, whereas there were only thousands in the 70s. The basic material that has accompanied this spectacular evolution is Silicon. The Rising Star Africa Prize 2022 lecture given by Dr Khalil Tamersit.īoosting the performance of electronic instruments and systems through the continual miniaturization of electronic devices was an approach that has been followed by Semiconductor Industry for more than five decades, and has led to the significant electronics development that we are witnessing today. Carbon-based nanoelectronics: from simulations to applications
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