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Penn announces seven 2020 Thouron Award winners
Seven student faces and the symbol of the Thouron Award with the British and American flags

Penn announced seven Thouron Scholars for 2020. From left, top row: senior Daniel Brennan, 2018 grad Braden Cordivari, 2019 grad Gregory Forkin, and senior Natasha Menon. Bottom row: senior Robert Subtirelu, senior Zachary Whitlock, and 2018 grad Maia Yoshida.

Penn announces seven 2020 Thouron Award winners

Four seniors and three recent alumni have won a Thouron Award to pursue graduate studies in the United Kingdom. Each scholarship winner receives tuition for as long as two years, as well as travel and living stipends, to earn a graduate degree.
Three Penn faculty named 2020 Sloan Research Fellows
liang feng, erica korb, and weijie su headshots

Three Penn faculty named 2020 Sloan Research Fellows

Engineer Liang Feng, neuroscientist Erica Korb, and statistician Weijie Su each received the competitive and prestigious award honoring early-career researchers.

Erica K. Brockmeier

Designs for what the future can be
View of white garments hanging at the Designs for Different Futures exhibit, with a white shirt on a stand and a futuristic wheelchair and mechanical upright walking device on display.

Designs for what the future can be

The Philadelphia Museum of Art’s “Designs for Different Futures” exhibition includes contributions and installations from several Penn faculty and alumni who seek to answer questions about what the not-so-distant future may look like.

Magnetic microrobots use capillary forces to coax particles into position
flowers-haped microrobot approaches plastic beads, uses capillary forces to stick them to one of its petals, then releases them at the desired location by spinning in place.

Shown in 4x speed, a flower-shaped microrobot approaches plastic beads, uses capillary forces to stick them to one of its petals, then releases them at the desired location by spinning in place. (Image: Penn Engineering)

Magnetic microrobots use capillary forces to coax particles into position

A new study shows how microscopic robots, remotely driven by magnetic fields, can use capillary forces to manipulate objects floating at the interface between two liquids.

Penn Today Staff

Looking to mud to study how particles become sticky
Gif of water moving across a microscope plate, leaving behind several particles

Using a model system of glass particles, researchers from Penn found "solid bridges" formed by smaller-size particles between larger ones. The same bridges were present in suspensions of clay, a common component of natural soils. These structures provided stability, the team found, even when a moving channel of water threatened to wash the particle clumps away. (Video: Jerolmack laboratory)

Looking to mud to study how particles become sticky

A collaboration of geophysicists and fluid mechanics experts led to a fundamental new insight into how tiny ‘bridges’ help particles of all kinds form aggregates.

Katherine Unger Baillie

Engineers collaborate to create electroadhesive grippers
Hand holding a magnifying glass over back of disassembled smartphone

Engineers collaborate to create electroadhesive grippers

A collaborative team has developed a method for electroadhesion—which exploits the same phenomenon as static cling—to manipulate microscale objects.

Penn Today Staff

Penn nanoparticles are less toxic to T cells engineered for cancer immunotherapy
An artist’s illustration of nanoparticles transporting mRNA into a T cell, allowing the latter to express surface receptors that recognize cancer cells.

An artist’s illustration of nanoparticles transporting mRNA into a T cell (blue), allowing the latter to express surface receptors that recognize cancer cells (red). (Image: Ryan Allen, Second Bay Studios)

Penn nanoparticles are less toxic to T cells engineered for cancer immunotherapy

By using messenger RNA across the T cell’s membrane via a nanoparticle instead of a DNA-rewriting virus on extracted T cells, CAR T treatments could have fewer side effects.

Penn Today Staff

‘FACES’ captures, not defines, Black identity on campus
students in the biopond

‘FACES’ captures, not defines, Black identity on campus

Sophomore Hadja Diallo and Senior Christine Olagun-Samuel published the inaugural issue of Faces of Black Penn on behalf of the Black Student League, a new magazine that features the diversity inherent in the Black campus experience.

Kristina García

Kathie Jin races towards the future with Penn Electric Racing
Kathie Jin adjusts her helmet inside a Penn Electric Racing car.

Kathie Jin races towards the future with Penn Electric Racing

As the mechanical co-lead and operations lead for Penn Electric Racing (PER), a Formula SAE Electric Racing team, Engineering junior Kathie Jin leads a group of eighty students to design, build and race electric cars.

Penn Today Staff