Saturday, June 27


Team led by UCLA astronomers discovers new method of estimating Hubble constant

UCLA researchers helped develop a new technique to improve the precision of the Hubble constant estimation, which is key in figuring out how quickly the universe is expanding. Read more...

Photo: A team led by UCLA researchers developed a new technique to improve the precision of the Hubble constant estimation, which is key in figuring out how quickly the universe is expanding. (Amy Dixon/Photo editor)



Limitations, mosaic nature of global health tackled at LA Global Health Conference

An anthropologist said everyone should care about global health at an on-campus event Saturday. This year’s Los Angeles Global Health Conference focused on the future of global health. Read more...

Photo: This year’s Los Angeles Global Health Conference focused on the future of global health. Speakers at the conference presented on topics ranging from food access in Native American communities to surgical care in other countries. (Courtesy of Sim Beauchamp/LA Global Health Conference)


UCLA researchers discover new limits of machine learning

UCLA researchers found the limits of deep learning networks – distinguishing between an otter and a can opener. Nicholas Baker, a cognitive psychology graduate student, explored the behaviors of two machine learning networks known as convolutional neural networks, which are well-established machine learning networks capable of visual recognition. Read more...

Photo: (Michelle Fu/Daily Bruin)


Women-only ride-hailing services not on the map for the future, report says

A UCLA researcher said women-only ride-hailing services may make ride-hailing safer for women, but may not be economically feasible. Christopher Tang, a distinguished professor at the UCLA Anderson School of Management, co-authored a report this month discussing the political and economic concerns associated with women-only ride-hailing services. Read more...

Photo: (Daily Bruin/Alice Lu)


Development of haptic sensors allows for physical feedback in robotic surgery

UCLA engineers developed a novel sensor that could add a sense of “touch” to robotic surgery. Robert Candler, an associate professor of electrical engineering, helped develop a haptic feedback sensor that, when placed on the tips of surgical instruments, would provide feedback on the various forces exerted on body tissues to better guide surgery. Read more...

Photo: New sensors developed by UCLA researchers can be placed upon surgical tools to offer physical feedback during robotic surgery. Each one is no larger than a quarter. (Deepto Mizan/Daily Bruin)



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