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The next generation of tiny batteries
Multicolored used electric batteries view from above.

Photo credit: iStock Photo / Olga Shestakova

The next generation of tiny batteries

Assistant professor James Pikul speaks to the growth of interconnected devices and the robotics industry—leading to emerging designs and novel research unlocking the potential for smaller, more powerful batteries
New neutrino detection method
Aview inside the SNO detector when filled with water.

A view inside the SNO detector when filled with water. In the background, there are 9,000 photomultiplier tubes that detect photons and the acrylic vessel that (now) holds liquid scintillator. The ropes that crisscross on the outside hold it down when the scintillator is added to prevent it from floating upwards. The acrylic vessel is 12 m wide, about half the width of an Olympic-sized swimming pool. The detector is located in SNOLAB, a research facility located 2km underground near Sudbury, Canada.

(Image: SNO+ Collaboration)

New neutrino detection method

Research by Joshua Klein of the School of Arts & Science and an international team has found a way to detect distant subatomic particles using water.
Climate scientist Michael Mann makes a home at Penn
Michael Mann on Penn's campus

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Climate scientist Michael Mann makes a home at Penn

Known for his “hockey stick” graph that hammered home the dramatic rise of the warming climate, the climate scientist is now making his mark on Penn’s campus, both through his science and his work on communicating the urgent need for action on the climate crisis.

Katherine Unger Baillie