Secondary School teachers are the key to increase the scientific level of young people. The activities developed in the last two years show that researchers and teachers collaboration can lead to design new outreach activities and have shown the importance of defining particular activities to improve teachers training.
Polling over the last decade has consistently shown immigration to be one of the five most important policy issues for the public in Britain, yet the quality of public debate on the subject has often been characterised by assertion rather than evidence, and simplistic readings of what evidence has been put forward.
Why: Scientific communication, understood as the process of public transmission and diffusion of scientific knowledge, holds a key place in the development of society. Campus Gutenberg is created under the convincement that succeeding in a knowledge society goes beyond just communicating scientific results. The communication system is experiencing a transformation in formats and channels which parallels the one in research, creating important challenges to producers and consumers of scientific information.
Dr. Joanne Tippett launched Ketso as a social enterprise emanating from her research into community planning and ecological design at the University of Manchester. Ketso is a colourful, hands-on toolkit for creative engagement. This re-useable toolkit enables people with differing levels of confidence and ability to engage with each other and share ideas.
Dr. Tippett’s development of Ketso was driven by one clear aim: to enable all voices to be heard in a stimulating and creative dialogue.
TU9 is the network of the leading Institutes of Technology in Germany: RWTH Aachen, TU Berlin, TU Braunschweig, TU Darmstadt, TU Dresden, Leibniz Universität Hannover, Karlsruhe Institute of Technology (KIT), TU München, Universität Stuttgart.
The statutory role of TU9 is to “support young scientists and students, particularly through joint (...) international projects such as information about studying engineering and natural science (...)”
This project brings to the desktop of any user real time views of the celestial sphere by means of an All-sky camera connected to an internet server. The camera and server are located at the Astronomical Observatory of the University of Jaén (Spain). They work in a continuous and autonomous way since 2010 without human assistance for most of the time. The dedicated web-page includes custom software that allows the user to also view: a computer-generated star map for direct comparison with real sky; videos of the previous 2h and 24h; mitigation of the severe effects of light pollution, etc. Among other uses, the system presented here has been specially well suited for: outreach activities in Astronomy; as a teaching tool addressed to broad audiences; as a way to increase the public awareness about light pollution and its environmental effects; as a contribution to professional meteor and fireball research.