Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile
Materials Science and Engineering at Penn

@mseatpenn

Welcome to the official page for the Department of Materials Science and Engineering at Penn. Chaired by @ShuYangPenn. #MSEatPenn @PennEngineers

ID: 1047111658609553409

calendar_today02-10-2018 13:10:48

1,1K Tweet

952 Followers

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Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

@mseatpenn congratulates A. Shoji Hall on being recognized as a 2024 Rising Star in Materials Science by Adam Spangler Materials Au. This recognition highlights his pioneering contributions to the field and places him among an elite group of 19 early career researchers selected from over

@mseatpenn congratulates A. Shoji Hall on being recognized as a 2024 Rising Star in Materials Science by <a href="/ACS/">Adam Spangler</a> Materials Au.

This recognition highlights his pioneering contributions to the field and places him among an elite group of 19 early career researchers selected from over
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

Senior Vice Provost for Research Dawn Bonnell discusses with Inspiring Impact Magazine why a robust research enterprise is at the core of Penn’s educational mission. Read more: shorturl.at/xMKoo

Senior Vice Provost for Research Dawn Bonnell discusses with Inspiring Impact Magazine why a robust research enterprise is at the core of Penn’s educational mission.

Read more: shorturl.at/xMKoo
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

@mseatpenn is proud to announce Antonio Martinez’s Ph.D. thesis defense: “Wet Spinning Responsive Filaments: Assembly and Processing with Anisotropic Building Blocks” Wednesday, June 25, 2025 12:00 PM LRSM Reading Room

@mseatpenn is proud to announce Antonio Martinez’s Ph.D. thesis defense:

“Wet Spinning Responsive Filaments: Assembly and Processing with Anisotropic Building Blocks”

Wednesday, June 25, 2025
12:00 PM
LRSM Reading Room
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

Materials Science and Engineering at Penn would like to congratulate MSE Professor Russell Composto — the current Bozza Family Faculty co-director of Penn First Plus — as vice provost for graduate education, and Kelly Jordan-Sciutto — the current associate dean for graduate education — as vice provost for

Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

@mseatpenn would like to congratulate Penn MSE alumna Despina Louca (Ph.D. ’97) on receiving the 2025 Anne Mayes Neutron Scattering Prize! Honored for her leadership, mentorship & research in quantum materials. A proud moment for UVa Physics and Penn Engineering

@mseatpenn would like to congratulate Penn MSE alumna Despina Louca (Ph.D. ’97) on receiving the 2025 Anne Mayes Neutron Scattering Prize! 
Honored for her leadership, mentorship &amp; research in quantum materials. A proud moment for <a href="/UVaPhysicsDept/">UVa Physics</a> and <a href="/PennEngineers/">Penn Engineering</a>
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

Materials Science and Engineering at Penn is excited to welcome back MSE alumni, Murari Ramkumar, CEO Vinmano, who just secured $3M in startup funding. Vimano produces nanotech membranes for electrochemical energy storage and conversion devices like flow batteries and fuel cells and they're always on

<a href="/MSEatPenn/">Materials Science and Engineering at Penn</a>  is excited to welcome back MSE alumni, <a href="/Murari2312/">Murari</a> Ramkumar, CEO Vinmano, who just secured $3M in startup funding. 

Vimano produces nanotech membranes for electrochemical energy storage and conversion devices like flow batteries and fuel cells and they're always on
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

Penn engineers, Materials Science and Engineering at Penn materials scientists, and Weitzman School of Design at Penn designers have developed a 3D-printed concrete solution based on diatomaceous earth that has enhanced carbon capture, is stronger, and uses fewer materials like cement. shorturl.at/1ry7I

Research Group of Prof. Dr. Stefan Mecking (@meckinggroup) 's Twitter Profile Photo

Viola, Katrin, Kati and Stefan visited the Winey Lab Materials Science and Engineering at Penn in Philadelphia and gave a talk about their current research and what is done in our lab Universität Konstanz. Afterwards, the four are heading to the GRC 'Advancing Plastics Circularity' in Manchester (New Hampshire).

Viola, Katrin, Kati and Stefan visited the <a href="/WineyLab/">Winey Lab</a>
<a href="/MSEatPenn/">Materials Science and Engineering at Penn</a> in Philadelphia and gave a talk about their current research and what is done in our lab <a href="/UniKonstanz/">Universität Konstanz</a>. Afterwards, the four are heading to the GRC 'Advancing Plastics Circularity' in Manchester (New  Hampshire).
Penn Engineering (@pennengineers) 's Twitter Profile Photo

Meet Anthony Shoji Hall, Associate Professor in Materials Science and Engineering at Penn. His research focuses on electrocatalysis, or using electricity to drive chemical reactions to improve the efficiency of fuel cell catalysis, a critical step towards viable hydrogen energy.

Meet <a href="/ShojiHall/">Anthony Shoji Hall</a>, Associate Professor in <a href="/MSEatPenn/">Materials Science and Engineering at Penn</a>. His research focuses on electrocatalysis, or using electricity to drive chemical reactions to improve the efficiency of fuel cell catalysis, a critical step towards viable hydrogen energy.
Penn Engineering (@pennengineers) 's Twitter Profile Photo

Penn engineers & dentists are collaborating to show that our teeth hold key information for understanding rare craniofacial disorders. Combining materials science (Materials Science and Engineering at Penn), mineralogy & human genetics, their work reveals insights into enamel & dentin development, with

Penn engineers &amp; dentists are collaborating to show that our teeth hold key information for understanding rare craniofacial disorders.

Combining materials science (<a href="/MSEatPenn/">Materials Science and Engineering at Penn</a>), mineralogy &amp; human genetics, their work reveals insights into enamel &amp; dentin development, with
Penn Dental Medicine (@penndentalmed) 's Twitter Profile Photo

A multidisciplinary study led by Dr. Kyle Vining reveals how the biological composition of teeth can serve as a powerful diagnostic tool. 📖 bit.ly/4mfNhXv

A multidisciplinary study led by Dr. Kyle Vining reveals how the biological composition of teeth can serve as a powerful diagnostic tool. 

📖 bit.ly/4mfNhXv
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

A multidisciplinary study led by Materials Science and Engineering at Penn and Dental School Assistant Professor, Dr. Kyle Vining, reveals how the biological composition of teeth can serve as a powerful diagnostic tool. shorturl.at/GKiy3

A multidisciplinary study led by <a href="/MSEatPenn/">Materials Science and Engineering at Penn</a> and Dental School Assistant Professor, Dr. Kyle Vining, reveals how the biological composition of teeth can serve as a powerful diagnostic tool.

shorturl.at/GKiy3
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

Materials Science and Engineering at Penn associate professor Shoji Hall and colleagues have found that manipulating the surface of water can allow scientists to sustainably convert carbon monoxide to higher energy fuel sources like ethylene. shorturl.at/JQ2VV

<a href="/MSEatPenn/">Materials Science and Engineering at Penn</a> associate professor Shoji Hall and colleagues have found that manipulating the surface of water can allow scientists to sustainably convert carbon monoxide to higher energy fuel sources like ethylene.
 
shorturl.at/JQ2VV
Penn Engineering (@pennengineers) 's Twitter Profile Photo

New developments from Anthony Shoji Hall of Materials Science and Engineering at Penn reveal a simple solution to the big issue of converting pollutants into cleaner fuels. His team found that by subtly adjusting liquid water, they can recycle problem gases, like carbon dioxide, into valuable fuels without expensive

New developments from <a href="/ShojiHall/">Anthony Shoji Hall</a> of <a href="/MSEatPenn/">Materials Science and Engineering at Penn</a> reveal a simple solution to the big issue of converting pollutants into cleaner fuels. His team found that by subtly adjusting liquid water, they can recycle problem gases, like carbon dioxide, into valuable fuels without expensive
Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

An interdisciplinary team of researchers, including Materials Science and Engineering at Penn and Penn Dental Medicine Assistant Professor Kyle Vining, are exploring the question: “How do teeth mineralize?” Read more in today’s Penn Today article: shorturl.at/aBaYR

Materials Science and Engineering at Penn (@mseatpenn) 's Twitter Profile Photo

On a side note, as of September 1, Septa Regional Rail service will decrease while fares increase. Septa has chosen to move forward with a 21.5% fare increase on September 1 and new schedules that implement 20% service cuts on September 2. Regional Rail riders will see