Apocalypse how

7.00pm to 8.30pm, Wednesday 28 June

The Theatre

This event has already taken place

  • The asteroid that wiped out the dinosaurs was a fraction of this size.

    Credit: Don Davis via Wikimedia

Price

Standard £14

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Concession £10

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Ri Members and Ri Patrons £7

Event description

In billions of years, the sun will expand to engulf the Earth and life on this planet will become impossible. But there are plenty of ways it could end much sooner! Just in time for Asteroid Day, join Lewis Dartnell and a panel of scientists and disaster experts including Rosalind EggoVinay Gupta and Hugh Lewis for a discussion on how to cancel the apocalypse.

About the speakers

Lewis Dartnell is a research scientistpresenter and author. His most recent book, The Knowledge, looks at the essential information and skills needed to rebuild after an apocalypse.

Hugh Lewis is a Senior Lecturer in Aerospace Engineering at the University of Southampton, author of the space debris evolutionary model DAMAGE and he lead the Astronautics Research Group’s space debris and space situational awareness activities. He is also a member of the UK's delegation to the UN Space Mission Planning Advisory Group, a roundtable of experts who discuss how to prepare an international response to near Earth objects (ie asteroids).

Vinay Gupta is a technologist and policy analyst with a particular interest in how specific technologies can close or create new avenues for decision makers. This interest has taken him through cryptography, energy policy, defence, security, resilience and disaster management arenas. He is the founder of Hexayurt.Capital, a fund which invests in creating the Internet of Agreements™. He is known for his work on the hexayurt, a public domain disaster relief shelter designed to be build from commonly-available materials, and with Ethereum, a distributed network designed to handle smart contracts.

Rosalind Eggo is a mathematical modeller at the London School of Hygiene and Tropical Medicine. She builds mathematical and computational models to explain how diseases spread through populations, with the aim of designing interventions that can prevent that spread. She has worked on models to understand the transmission of Ebola, influenza, other respiratory viruses and Zika. 

Filming

This event will be filmed and on the Ri Channel within a few months. Subscribe for free to hear when new videos are released.

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