Image: CERN | 23 January 2014One hundred metres under Swiss roads and fields, Yoshitaka Sakurada, Senior Vice Minister of Education, Culture, Sports, Science and Technology of Japan, was pleased to discover the Japanese flag proudly displayed on an inner triplet magnet, one of the Japanese contributions to the Large Hadron Collider LHC at CERN. Guided in the LHC by LCC Director Lyn Evans and Asian Regional Director Akira Yamamoto, Sakurada and his team visited the tunnel and the ATLAS experiment, two examples of how international collaborations can achieve great things for science.
Category: Image of the week | Tagged: CERN, international collaboration, Japan, LHC
Barry Barish | 18 October 2012The S1-Global experiment was conceived to demonstrate the radiofrequency (RF) operation of an ILC cryomodule with an average accelerating gradient of 31.5 MV/metre. The project to build a segment of a superconducting linac system and test the string of superconducting RF cavities was carried out at KEK through a global collaboration. This experiment provided a significant and successful demonstration of the operation of eight nine-cell superconducting cavities and associated hardware components with components provided from laboratories around the world.
Category: Director's Corner | Tagged: international collaboration, plug compatibility, S1-global
Image: ILC, Map implementation: Jeffrey Clark (GDE) | 19 January 2012Map implementation: Jeffrey Clark (GDE) The ‘international’ in ‘International Linear Collider’ isn’t just a part of a name. The ILC is demonstrably global, involving thousands of scientists from the Americas, Asia and Europe in accelerator activity, detector research and physics pursuits. The map is a picture of ILC activity around the world. Visit the map webpage and click around. And if you notice any inaccuracies or see that an institution is missing, please don’t hesitate to notify us. We can make corrections. Enjoy exploring the world of the ILC!
Category: Image of the week | Tagged: international collaboration
Barry Barish | 8 January 2009The nature of modern scientific research has been changing due to the increased reliance on large-scale scientific facilities for forefront research. The programmes at our DOE National Laboratories have become focused more and more around large facilities and the programme of Major Research Equipment and Facilities Construction (MREFC) has emerged as a very important part of the NSF research portfolio. The NSF programme began with physics and astronomy initiatives, but has expanded into other disciplines.
Category: Feature | Tagged: international collaboration, ITER, National Science and Technology Summit, NSF, research facilities