The founder of Editorial Intelligence and Professor of Networking at the Cass Business School conducts an open workshop to help develop this essential business skill. Her latest publication is Fully Connected – A Look Ahead to Working and Networking in 2020.
From awe-inspiring Norman castles to the homes we live in, Thurley explores how the architecture of this small island influenced the world. He tells the fascinating story of the development of architecture and the advancements in both structural performance and aesthetic effect. Chaired by Justin Albert.
An Englishman arrives back from Calcutta but refuses to adjust his watch. Beethoven has his symphonic wishes ignored. The timetable arrives by steam train. A woman designs a 10-hour clock and reinvents the calendar. Roger Bannister becomes stuck in the same four minutes for ever. Garfield offers a vivid and compelling exploration of the ways we have perceived, contained and saved time over the past 250 years. Chaired by Olivia Cole.
The Nobel Prize-winning developmental biologist was among the first to challenge the idea that a cell’s fate was irreversibly determined. His demonstration that the nuclei of differentiated cells could be ‘reprogrammed’ has ultimately led to successful cloning of mammals, and has provided the basis for much of modern stem cell research.
The bestselling novelist launches his new crime series. Twenty years ago seven rich, privileged students became friends at their exclusive private school, Potter’s Field. Now they have started dying in the most violent way imaginable. Cometh Detective Max Wolfe…
Many of our everyday activities, such as looking up information on the internet and journey planning, are supported by sophisticated algorithms. Some of our online activities are supported by the fact that we don’t have good algorithms for some problems: the encryption scheme that supports the privacy of credit cards in online transactions is believed to be secure precisely because there is no known fast algorithm for factoring large numbers. The Oxford Computer Science Professor explains a little of what we know about the limitations of algorithms, and also the famous P vs NP problem. This is the most important open problem in computer science and is one of the seven Millennium Problems of the Clay Mathematics Institute, which has offered a million-dollar prize for its solution.
If you believe in fairies, this is the event for you. Find out more about how to spot a fairy, join in a potion-making session and design and make your own fairy wings.
Duration 45 mins. Places limited.
A dazzling vision of the future. Many think the first truly smart robots will be brain emulations or ‘ems’: scan a human brain, then run a model with the same connections on a fast computer and you have a robot brain but recognisably human. Applying decades of expertise in physics, computer science and economics, Hanson uses standard theories to paint a detailed picture of a world dominated by ems. Chaired by Daniel Davis.
The trailblazing economist, author of The Carbon Crunch, shows the commonly held view that environmental protection poses obstacles to economic progress to be false. He explains why the environment must be at the very core of economic planning. He presents the first real attempt to calibrate, measure and value ‘natural capital’ from an economic perspective and goes on to outline a stable new framework for sustainable growth.
The curators of the two landmark exhibitions of the 400th anniversary celebrations share their treasures at Hay – from First Folios and the now famous handwritten plea for refugees, to Vivien Leigh’s Titania costume and some of the richest theatrical memorabilia of the last 400 years.
Ellie’s father Sven and uncle Jacob, both leading scientists, led the XU Norwegian Resistance movement against the Nazi occupation in WW2. She tells a mesmerising story of espionage and heroism illustrated with artefacts and documents as she traces the survival of the XU all the way through the Cold War until 1988.