Read more: bit.ly/48TkDbo
The speed in which our institutions are capitulating is devastating. I’d appreciate hearing responses from staff and/or students.
www.yahoo.com/news/article...
The speed in which our institutions are capitulating is devastating. I’d appreciate hearing responses from staff and/or students.
www.yahoo.com/news/article...
Congratulations, Michelle and all!
@cornellcals.bsky.social @research-and-innovation.cornell.edu
Congratulations, Michelle and all!
@cornellcals.bsky.social @research-and-innovation.cornell.edu
Read more: bit.ly/48TkDbo
Read more: bit.ly/48TkDbo
Their compound, NF14, triggers melanoma and bone cancer cells to self-destruct while sparing healthy tissue.
Read more: https://bit.ly/3Wk7Bfs
Their compound, NF14, triggers melanoma and bone cancer cells to self-destruct while sparing healthy tissue.
Read more: https://bit.ly/3Wk7Bfs
Read more: bit.ly/3KOa0wm
Read more: bit.ly/3KOa0wm
Join the conversation—virtual tickets for Day 2 are still available!
tech.cornell.edu/cornell-tech...
Join the conversation—virtual tickets for Day 2 are still available!
tech.cornell.edu/cornell-tech...
The invention is a finalist in the Collegiate Inventors Competition.
Read more: bit.ly/4mSfKTm
The invention is a finalist in the Collegiate Inventors Competition.
Read more: bit.ly/4mSfKTm
Cornell High Energy Synchrotron Source (CHESS) just installed a new vacuum end station for the High Magnetic Field Beamline, paving the way for breakthroughs in quantum materials + superconductivity.
X-rays are back online, and users return this week.
Cornell High Energy Synchrotron Source (CHESS) just installed a new vacuum end station for the High Magnetic Field Beamline, paving the way for breakthroughs in quantum materials + superconductivity.
X-rays are back online, and users return this week.
Read more: bit.ly/3V6exfF
Read more: bit.ly/3V6exfF
Cornell CALS biologists found that sugar-phosphate buildup weakens cell walls, a discovery that could open new paths to fight antibiotic resistance.
Read more: bit.ly/3VHacQa
Cornell CALS biologists found that sugar-phosphate buildup weakens cell walls, a discovery that could open new paths to fight antibiotic resistance.
Read more: bit.ly/3VHacQa
cscu.cornell.edu/workshop/r-d...
@cornellgrad.bsky.social @research-and-innovation.cornell.edu
cscu.cornell.edu/workshop/r-d...
@cornellgrad.bsky.social @research-and-innovation.cornell.edu
cscu.cornell.edu/workshop/the...
@cornellgrad.bsky.social @research-and-innovation.cornell.edu
cscu.cornell.edu/workshop/the...
@cornellgrad.bsky.social @research-and-innovation.cornell.edu
Read more: bit.ly/4mISeZB
Read more: bit.ly/4mISeZB
Cornell is helping lead the U.S. effort in chip innovation!
Read more: bit.ly/4p2E1sa
Cornell is helping lead the U.S. effort in chip innovation!
Read more: bit.ly/4p2E1sa
🔹 Gallox Semiconductors (Praxis Center)
🔹 RETRN Bio (Life Science Ventures)
Activate provides funding, mentorship & a network to commercialize deep-tech startups.
Read More: bit.ly/3HSOLZd
🔹 Gallox Semiconductors (Praxis Center)
🔹 RETRN Bio (Life Science Ventures)
Activate provides funding, mentorship & a network to commercialize deep-tech startups.
Read More: bit.ly/3HSOLZd
Read more: bit.ly/CNFVR
Read more: bit.ly/CNFVR
Read the full article: bit.ly/41D60V0
@mathworks.bsky.social @gurobioptimization.bsky.social @cornelltech.bsky.social
Read the full article: bit.ly/41D60V0
@mathworks.bsky.social @gurobioptimization.bsky.social @cornelltech.bsky.social
#NSFfunded #NSFstories @cornelluniversity.bsky.social
#NSFfunded #NSFstories @cornelluniversity.bsky.social
Want a closer look? bit.ly/44YV058
#BuiltAtTheBridge
Want a closer look? bit.ly/44YV058
#BuiltAtTheBridge
Read More: bit.ly/47dwYWP
Read More: bit.ly/47dwYWP