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Erica K. Brockmeier
Science News Officer
ekbrock@upenn.edu
Chemical Engineering
Refining data into knowledge, turning knowledge into action
Refining data into knowledge, turning knowledge into action
Penn Engineering researchers are using data science to answer fundamental questions that challenge the globe—from genetics to materials design.
‘I Look Like an Engineer’
‘I Look Like an Engineer’
For the third year in a row, Penn Engineering’s Advancing Women in Engineering program, dedicated to recruiting, retaining and promoting all female-identified students in the School, participated in the “I Look Like an Engineer” social media movement.
Using stress to shape microlevel structures
Using stress to shape microlevel structures
A new study describes how external forces drive the rearrangement of individual particles in disordered solids, enabling new ways to imbue materials with unique mechanical properties.
What to do when cutting emissions alone is no longer enough
What to do when cutting emissions alone is no longer enough
Four factors to consider in the race to solve the climate crisis, including how to scale up a tool called negative emissions and why the oceans can only help so much.
Magnetic microrobots use capillary forces to coax particles into position
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.
Self-healing liquid brings new life to battery alternative
Self-healing liquid brings new life to battery alternative
In Penn engineers’ new anode design, gallium repeatedly melts and solidifies, “healing” the cracks that would otherwise gradually decrease the battery’s ability to hold a charge.
Inspiring young women in STEM
Over two days, nearly two dozen female STEM role models at Penn welcomed more than 100 high school students and teachers to campus as part of the Girls Advancing in STEM (GAINS) Initiative Conference on campus.
Customizable ‘bundlemers’ poised to become new material building blocks
Customizable ‘bundlemers’ poised to become new material building blocks
New research describes a novel type of synthetic polymer subunits that form rigid structures that could be used in applications ranging from high-performance fibers to superstrong materials.
From the classroom to the lab and back again
From the classroom to the lab and back again
Senior Adithya Sriram is busy earning two degrees, researching new applications for graphene, and preparing physics courses for students in West Philadelphia.
Solving complex problems with purpose
Solving complex problems with purpose
Senior Angelica Padilla, who recently completed research through the Laboratory for Research on the Structure of Matter undergraduate summer program, shares her passion for fluid mechanics.
Media Contact
In the News
The Guardian
Reversible superglue proves strong enough to hold average man
Shu Yang and colleagues from the School of Engineering and Applied Science have developed a new glue from hydrogel, inspired by snail slime. “The mucus [snails] produce is a viscous liquid, but when it dries they become firmly stuck,” said Yang.
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Nature
A DIY approach to automating your lab
Brian Chow of the School of Engineering and Applied Science led a team of Penn undergrads in developing a low-cost plate reader for teaching labs using open-source automation software. “Philosophically, I believe in supporting the open-source-hardware community,” he said.
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Philadelphia Inquirer
‘Metallic wood’ at Penn is as strong as titanium but lighter than water
James Pikul of the School of Engineering and Applied Science comments on his innovation of a material that is as strong as titanium while putting aluminum to shame in the weight department.
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Science News
A new insulation material is practically weightless yet still durable
The School of Engineering and Applied Science’s Deep Jariwala commented on a new, nearly weightless insulation material made of porous aerogel capable of withstanding temperature shifts of over 1,000 degrees Celsius. “It’s notoriously hard to make materials that are not just lightweight but can also be heavily heat resistant.”
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