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CERN launches Open Hardware initiative

 

Geneva, 7 July 2011. Four months after launching the alpha version, CERN1 has today issued version 1.1 of the Open Hardware Licence (OHL), a legal framework to facilitate knowledge exchange across the electronic design community.

 

In the spirit of knowledge and technology dissemination, the CERN OHL was created to govern the use, copying, modification and distribution of hardware design documentation, and the manufacture and distribution of products. Hardware design documentation includes schematic diagrams, designs, circuit or circuit-board layouts, mechanical drawings, flow charts and descriptive texts, as well as other explanatory material.

 

Version 1.0 of the CERN OHL was published in March 2011 on the Open Hardware Repository (OHR), the creation of electronic designers working in experimental-physics laboratories who felt the need to enable knowledge-exchange across a wide community and in line with the ideals of "open science" being fostered by organizations such as CERN.

 

"For us, the drive towards open hardware was largely motivated by well-intentioned envy of our colleagues who develop Linux device-drivers," said Javier Serrano, an engineer at CERN's Beams Department and the founder of the OHR. "They are part of a very large community of designers who share their knowledge and time in order to come up with the best possible operating system. We felt that there was no intrinsic reason why hardware development should be any different."

 

The CERN OHL provides a framework for knowledge exchange that reconciles open design principles with traceability with a clear policy for the management of intellectual property.

 

"The concept of 'open-source hardware' or 'open hardware' is not yet as well known or widespread as the free software or open-source software concept," said Myriam Ayass, Legal Advisor for CERN's Knowledge Transfer Group. "However, it shares the same principles: anyone should be able to see the source (the design documentation in case of hardware), study it, modify it and share it."

 

"The CERN OHL is an exciting achievement, with the potential of being the lead licence for new hardware projects, like the GNU GPL has been for free software," said Alessandro Rubini, Free Software developer and co-author of "Linux Device Drivers".

"Version 1.1 integrates feedback received from the community in order to follow generally accepted principles of the free and open source movements," said Ayass, "and purports to make the CERN OHL even more easily usable by entities other than CERN".

 

"By sharing designs openly," said Serrano, "CERN expects to improve the quality of designs through peer review and to guarantee their users - including commercial companies - the freedom to study, modify and manufacture them, leading to better hardware and less duplication of efforts."

 

"CERN efforts to build an ecosystem for Open Hardware certainly bode well for more Freedom in the digital space," said Carlo Piana, Digital liberties advocate and General Counsel of the Free Software Foundation Europe (FSFE).

 

A workshop on Open hardware is scheduled to be held in Grenoble on the 9th October 2011, during the 13th International Conference on Accelerator and Large Experimental Physics Control Systems.

CERN launches new blog onQuantum Diaries

CERN is launching a new blog on the Quantum Diaries platform. Until now Quantum Diaries was focussed on providing a platform for individual particle physicists from around the world to post their thoughts on work and life. Today CERN and other particle physics laboratories have joined by launching official institutional blogs.

 

Quantum Diaries is an initiative of the Interactions collaboration, a joint communication resource from the world's physics laboratories.

Read the first post on CERN's new Quantum Diaries blog »

 

 

CERN antihydrogen research scoops top physics breakthrough award

Two international teams of collaborators who conduct antimatter research at CERN have been awarded the 2010 Breakthrough of the Year by the British magazine Physics World. The two experiments,ALPHA and ASACUSA, were selected for developing techniques that will allow researchers to study matter's elusive twin — antimatter.

 

CERN has a long history of antimatter research; the first antihydrogen atoms were produced at CERN in 1995. However, the fleeting existence of antiatoms meant that they could not be used for further studies: each one existed for only about 40 billionths of a second and travelled at the speed of light before annihilating with ordinary matter.
 

In November the ALPHA collaboration announced that it had successfully trapped 38 antihydrogen atoms for around 170ms — long enough to potentially study their properties. Weeks later the ASACUSA group announced that they had made a major breakthrough towards creating a beam of antihydrogen suitable for spectroscopic studies. These two techniques open the door to future studies of antimatter. The procedures used to form antihydrogen build on techniques developed by a third antihydrogen experiment at CERN, ATRAP, which pioneered trapping techniques in the 1990s, and is also working on trapping antihydrogen.

Antimatter research was not the only appearance CERN made in Physics World’s top 10: the first LHC collisions also made the list, coming in at number 10.