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Communique Newsletter: June 14, 2021
An ambitious hunt for antiviral therapies underscores how DOE high-performance computers can offer rapid results in health emergencies.
After meeting multiple engineering and manufacturing challenges, the ITER team shipped the 1st of six modules of the 5-story tall, 1,000-ton magnet.
A team of condensed-matter physicists at Berkeley Lab uses supercomputers to understand electron behavior in superconductors.
The instrument’s array of 5,000 fiber-optic “eyes” was assembled by U-M students and technicians, under the leadership of physicist Gregory Tarlé.
A.J. Dick is among 78 students from across the nation to be selected for its Office of Science Graduate Student Research program.
Studies found the drug was effective at reducing the incidence of estrogen receptor positive breast cancer by around 80%, compared to other drugs.
The program partners with the community, strengthens stem pipeline development, and provides mentoring and leadership opportunities for members.
As a SULI intern, Christopher Storfer was tasked with creating a machine-learning algorithm to identify galaxy-galaxy gravitational lensing.
The project uses nitrogen vacancy centers in diamond to enable diagnostic capabilities necessary for practical commercial fusion operations.