EPS Executive Committee and Staff activities April 2017
The EPS works to support its members. Find below the list of activities of the EPS Executive Committee and staff last month:
Editorial – Physicists marched for science
The global event « March for Science » took place on 22 April 2017 in 500 cities worldwide, including 20 in France. More than 5000 people took part in the march organised in Paris, including many directors of large research centres and members of the French Academy of Sciences. The March for Science has 4 main objectives:
Winter 2016 Emmy Noether distinction presented to Patricia Bassereau
On 20th March, the Winter 2016 Emmy Noether distinction was presented to Dr. Patricia Bassereau (Institute Curie of the CNRS in Paris, France), by the EPS Equal Opportunity Committee (EOC) Chair, on behalf of the EPS President.
From Turkey to Japan: the key point is to know what you want
Gülfem SÜSOY DOĞAN is a young researcher in nuclear physics at Istanbul University. She obtained a Master degree in 2010 and a PhD degree in 2015 from the Istanbul University Nuclear Physics Division. She worked as a guest researcher at Osaka University in 2014-2015 (based in Japan) and participated in nuclear physics experiments at Caen-France GANIL, at Tokyo HIMAC Research Centre and at Yale University.
EPS Special Activity Fund – first call for projects open
The EPS Council decided to establish the EPS Special Activity Fund in 2016.The dual purpose of this fund was to allow donors to contribute to a fund to finance projects that go beyond the standard EPS activity, and to allow organisers to apply to the fund for EPS financing.
EPS is a partner of CREATIONS
How can young people’s interest in science be increased? 16 partners from ten European countries want to break new ground. In CREATIONS, a project funded by the European Union, they develop creative approaches based on art for an engaging science classroom.
Quantum Computers for Exponentially Hard Problems
A new generation of application specific quantum computers has shown great promise in solving exponentially hard problems that are inaccessible to classical computers, by employing innovative designs that do not utilize traditional gate-based architectures. The real world problems that can be treated range from issues important to industry, to the most challenging problems in cosmology. This article will explain these novel approaches being investigated at Swinburne University and elsewhere, with experiments and theory planned or underway in Australia, Japan, Europe and the USA.
Optical fingerprints can reveal environmental gases
More efficient sensors are needed to be able to detect environmental pollution. Researchers at Chalmers University of Technology have proposed a new, sophisticated method of detecting molecules with sensors based on ultra-thin nanomaterials. The novel method could improve environmental sensing in the future. The results are published in the scientific journal Nature Communications.
The EPS Conference Department
The European Physical Society has established 3 different formulas of conference managing for its Divisions and Groups, as follow:
- Basic Option which includes the announcements of your conference through our network tools and the 1st step of abstract submission;
- Improved Option which includes publicity/communication + management of the abstract submission
New insights in accelerator-driven systems
As part of EUCARD2 activities, and co-sponsored by EPS Technology and Innovation Group (TIG), a workshop on the status of new developments in Accelerator-Driven Systems or ADS was held at CERN on February 7-9.
ICSU Grants Programme
Three Projects are being awarded under the 2016-2019 Grants Programme:
One major step towards the design of controlled thermal expansion materials
Thermal expansion is critical in many technological applications and its control represents a challenge for the material design. An international team of researchers from China, Italy, United Kingdom and United States has developed a method to control the thermal expansion in framework materials through a redox intercalation process. The study, conducted in part at the XAFS beamline of Elettra, is reported in Nature Communications.
