
Alan Turing
Title: Alan Turing and Morphogenesis
Location: MadLab
Description: To mark the publication of Litmus, Comma’s latest science-into-fiction project, Manchester’s Literature and Science Festivals present a unique event inspired by the life and work of one of Britain’s greatest scientists, Alan Turing.
Start Time: 14:00
Date: 2011-10-23
End Time: 16:00
Tickets: £5/£3 concessions
To mark the publication of Litmus, Comma’s latest science-into-fiction project, Manchester author Jane Rogers (recently long-listed for the Booker) and MMU scientist Martyn Amos discuss the final theorem of one of Britain’s greatest scientists, Alan Turing. Having invented the very concept of the computer in his 1936 paper ‘On Computable Numbers, with an Application to the Entscheidungsproblem’, then cracked the German Enigma codes and ‘contributed more to the defeat of the Nazis than Eisenhower’, and then gone on to coin the Turing Test concept for artificial intelligence, Turing set about a theory so ahead of its time it is only now finding empirical support, namely Morphogenesis.
This afternoon Jane Rogers reads her specially commissioned short story for Litmus and discusses the influences on Turing’s life as well as the wider relationship between science and literature with consultant scientist, Martyn Amos.
Part of the Manchester Science Festival and Manchester Literature Festival.
Tags: Alan Turing and Morphogenesis, commapress, Jane Rogers, Martyn Amos, MMU
Turing manchine and Turing morphogensis are two sides of the same motaphor in systemic viewing man-machine intelligences., so that life science and computer science share a common knowledge / digital information basis. Computer science has already achieved great success by using man-brain as motephor. We will soon be seen the another great success in exploring the secrete of human brain by using the other side of Turing motaphor.
How great Alan turing’s contribution to modern human science
ye zude
正如 系统思维通常是作为一个系统比喻,Turing 人-机比喻系统提供一个了一个联系人机二层面之间的纽带,正如控制论所谓的知识层面其构成一个三层面双向隐喻系统:(一)探索 人机二层面的知识的形成过程和信息的关系;(二)提供了一个相互批判的个人看法,知识,及其沟通人机过程和相关的含义, (三)建立 人机二层面之间的关系的认识,增进人机二层面在信息编码解码的第三层面实现结构耦合。在相同的集体智能下人机相互比喻,且在其各自固有的,独立的层面人机活动发生的系统知识结构模式。 这个互动模式不仅提供 维持各自本身的结构,且能够相互识别对方的存在,变化,和表达。在此逻辑层面以电脑比喻人脑需要建立一个新信息理论(详见叶祖德等: 从东方系统思维到新信息理论)
ye zude 28-8-2011 于石河子大学与生命科学系廖文林教授探讨
[...] Alan Turing Day (Alan Turing and Morphogenesis). 23. Oct. 2 pm. £5 / £3 conc. [...]