NSRRC User, Jennifer Kung elected as a MSA Fellow

First female scientist ever awarded MSA fellowship in Asia.

NSRRC user, Jennifer Kung is among the 11 new elected fellows for 2018, announced by the Mineralogical Society of America (MSA) Council at its Fall Council Meeting in Seattle, WA, USA. She is the only recipient from Taiwan, as well as the first female scientist ever awarded MSA fellowship in Asia.

Prof. Kung is an Associate Professor in Earth Science at National Cheng-Kung University. She runs “Mineral and Rock Physics Lab” to investigate the behaviors of earth materials under high pressure and high temperature using the knowledge of crystal chemistry, mineral physics to understand the interior of the Earth. The major research methods she employs include X-ray diffraction, vibrational spectroscopy and ultrasonic measurements in conjunction with high pressure facilities, like large volume high pressure apparatus or diamond anvil.

 

Crystallographers identify 1,000 protein structures

The Canadian Light Source is celebrating two milestones reached by scientists

… who have conducted research at the national facility at the University of Saskatchewan. Scientists have solved 1,000 protein structures using data collected at CLS’s CMCF beamlines. These have been added to the Protein Data Bank – a collection of structures solved by researchers globally. Researchers have also published 500 scientific papers based on their work using the crystallography beamlines.

Proteins are the building blocks of life and are described as the body’s workhorses. The body is made of trillions of cells. Cells produce proteins, which do the work of breaking down food, sending messages to other cells, and fighting bacteria, viruses and parasites. The discoveries at the CLS range from how the malaria parasite invades red blood cells to why superbugs are resistant to certain antibiotics and how parkin protein mutations result in some types of Parkinson’s disease. Understanding how these and other such proteins work can potentially save millions of lives.

“Each of these protein structures that have been solved at the CLS represents a significant contribution to the global body of knowledge in the areas of biology and biochemistry, advancing health research,” says CEO Rob Lamb.

10 out of 10

Diamond will have processed 10 petabytes of data over its 10 years of research and innovation.

Today, on the 10th day of the 10th month of the year, Diamond will have processed 10 petabytes of data over its 10 years of research and innovation. To put this into perspective, 10 petabytes (1 x 1016 bytes) is equivalent to over 2 million DVDs, 200 million four-draw filing cabinet filled with text, the entire memory of four human brains or 20,000 years of MP3 songs playing continuously.

Collected during experiments on over 30 beamlines and integrated facilities, in the past 10 years Diamond data has fostered breakthroughs in fields ranging from health, the environment and engineering to astrophysics and archaeology. And new beamlines, improved capabilities and growing numbers of users mean that Diamond is processing more data than ever before. In fact, Diamond’s Data Acquisition team processed almost 2 petabytes of data – a fifth of all data processed at Diamond during its working lifetime – in 2016 alone.

 

Record 30,000 publications for ESRF users

Working round the clock, the ESRF users have diligently collected every bit of useful data.

Every data that could help them to solve a problem or to better understand materials or living matter. They have a new record with 30,000 publications being reached in September 2017.

The users of the European Synchrotron Radiation Facility have published 30,000 publications in peer-reviewed journals since the facility first opened its doors in 1994. The publications included many breakthroughs that were achieved with ESRF data, such as the discovery of the structure of the ribosome that led to a Nobel prize shared by two of our users.

These 30,000 publications reflect the scientific vibrancy of our user community. Since 1994, ESRF users from all over the world, from different cultures and disciplines, have worked together to push back the frontiers of science, unlocking the secrets of materials and living matter. All the inventive research carried out at the ESRF propagates to society and boosts the scientific cultures, the economies and the competitiveness of the ESRF member states and beyond.

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