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Meet York's Top 30 Changemakers Under 30 | Alumni and Friends


Meet York s Top 30 Changemakers Under 30
Bold. Inspired. Visionary. It takes a true leader to inspire positive change in the world, and these are just some of the traits that define the successful York University alumni, driven to make a meaningful difference in their communities.
At home and abroad, graduates of York University are not only entering the workforce prepared to put their education into practice, but to enact positive, real-world change. From business leaders championing diversity and equity, to social impact researchers and environmental champions, York alumni across all sectors are 13.5% more likely than graduates of other GTA universities to volunteer in their communities. York’s unique pairing of research and learning excellence with a deep commitment to inclusion, community engagement, and social and economic justice truly helps to develop a community of changemakers. ....

New York , United States , Trinidad And Tobago , Porcupine Lake , Fort Hood , Columbia University , Humber River , The Academy , Costa Rica , Bell County , Smith School , Mikhaela Gray Beerman , Bo Cheng , Farzia Khan , Christine Dikongu , Liman Mohamed , Patrick Warren , Michael Bloomberg , Nicole Doray , Maneesha Gupta , Agnes Tribeca , Miranda Baksh , Vanessa Guillen , Rana Nasrazadani , Michael Dean , Ajith Thiyagalingam ,

Borrowing from Nature: Scientists study fish movement to improve performance of underwater robots


As reported by Penn State, researchers from the
University of Houston will develop a stretchable skin peppered with sensors which will then gather flow and pressure data while the robot is moving within the water.
Researchers at the
University of Virginia, meanwhile, will study the physics of the fluid and its corresponding impact on the structure of the robot.
According to Cheng, data from both Houston and Virginia will be used to improve the robot they are building at Penn State, making it a truly collaborative project.
For instance, Penn State’s robot fish platform will use the sensors developed by Houston to detect nearby objects and adjust its path accordingly. At the same time, it will use the data from Virginia to optimize the control strategy of the robot’s movement in the fluid. ....

New York , United States , University Of Houston , Cornell University , University Of Virginia , Bo Cheng , Asok Ray , Daniela Rus , Massachusetts Institute Of Technology Computer Science , Artificial Intelligence Laboratory , Penn State Department Of Mechanical Engineering , Natural News , Penn State Department , Mechanical Engineering , Penn State , Physical Systems , Massachusetts Institute , Computer Science , Current Events , Future Science , Robotics And Ai , Science Amp Tech , Scientific Achievements , Artificial Life , Cool Science , Future Tech ,

Potential treatment approach kills lymphoma while sparing healthy cells


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IMAGE: A heavy layer of glycans, seen here in green, cover immune cells and provide a way to target cancer-specific markers in the body.
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Credit: Image courtesy of Senlian Hong, Wu Lab at Scripps Research
LA JOLLA, CA Scientists at Scripps Research have demonstrated a promising new strategy for treating lymphomas, a group of cancers that begin in infection-fighting cells of the immune system called lymphocytes.
The new approach uses natural cancer-targeting immune cells, known as natural killer cells, that have been modified to selectively target lymphoma. As described in their study, published in the journal
Angewandte Chemie, the modified natural killer cells brought about a dramatic reduction of lymphoma in a mouse. ....

United States , Bo Cheng , Emily Rodrigues , Jie Li , Digantkumar Chapla , Henrik Clausen , Yujie Shi , Yuanhui Ma , Weiqian Cao , Chenhua Yu , Angewandte Chemie , Peng Wu , Senlian Hong , Matthew Scott Macauley , James Paulson , Xing Chen , Peng Wang , Yoshiki Narimatsu , Scripps Research , National Institutes Of Health , Danish National Research Foundation , Department Of Molecular Medicine At Scripps Research , Molecular Medicine , Ida Green Professor , John Yates , Kelly Moremen ,