Stay up to speed with research by watching public lectures online from Imperial. You can stream or download these talks and more of our great multimedia content through a number of channels, and catch up with our professors in your own time.
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Advanced geomechanics: hot, dehydrated and shaken
Professor Lidija Zdravkovic (Civil and Environmental Engineering) discusses how her work developing computational models of soils helps the construction industry when considering complex construction projects, such as The Shard or Crossrail.
The dark net: inside the digital underworld
Going brown or getting greener?
Find out about the effect of the Earth’s vegetation and soils in the rate of climate change with Professor Jon Lloyd (Life Sciences).
Good vibes on the internet of things
Hackers at the dinner table
Learn how scientists study the properties of fungi to design disease-resistant crops and protect our food supply from Professor Pietro Spanu (Life Sciences).
How is Antarctica changing and why should we care?
Professor Martin Siegert, Co-Director of the Grantham Institute, describes our fascination with Antarctica and the global implications of the continent’s melting ice-shelves.
How the genomics of TB is changing our view of the human immune system
Professor Anne O’Garra (NHLI) discusses her work understanding the different indicators of latent and active TB based on genetic analysis.
Modelling the molecules of life
2013 Nobel Laureate in Chemistry and Stanford professor, Michael Levitt, describes the origins of computational structural biology and future applications for the technology.
Playing the quantum field
Professor Arttu Rajantie (Physics) explains what we mean by quantum fields and why they are so important in understanding the earliest moments of the Universe.
Quantum theory: it’s unreal
Professor Terry Rudolph (Physics) talks about the importance of developing a narrative for quantum theory given that the science exists in a realm smaller than what can be easily observed and described.
Shedding new light on Schrödinger’s cat
2012 Physics Nobel Laureate, Professor Serge Haroche, discusses how quantum theory has allowed us to better understand the subatomic world, and led to revolutionary technologies including computers, lasers and atomic clocks.
Sparse signal processing: Occam in the age of abundance
Professor Pier Luigi Dragotti (Electrical and Electronic Engineering) discusses how analogue signals can be efficiently and effectively converted to digital signals by the principle of 'Occam's razor'.
Systemic risk: a challenge for mathematical modelling
Professor Rama Cont (Mathematics) illustrates how mathematical models can contribute to the understanding of systemic risk and examines the link between the structure of the financial system and its stability.
Towards a silent aircraft
Professor Dame Ann Dowling, President of the Royal Society of Engineering, describes her career combining engineering research into aircraft noise with industrial practice.
U+life: the era of microchip medicine
Regius Professor of Engineering Chris Toumazou (Electrical and Electronic Engineering) looks at advances in healthcare using semiconductors and microchips in the treatment of chronic diseases.
Vascular rheumatology: a journey from East Acton to East Asia
Discover how the National Heart and Lung Institute’s Professor Justin Mason developed an interest in vascular rheumatology and is working to improve the lives of cardiovascular patients.