Prof. D. Emma Fan, UT-Austin; scientist & inventor

Congratulations to 6 AIMBE Fellows on their election to the National Academy of Medicine (@theNAMedicine)! 👏 - Christopher Chen - Daniel Fletcher @FletcherLab_UCB - Lihong Wang - Molly Stevens - Pamela Woodard @PamelaWoodardp - Rebecca Richards-Kortum nam.edu/news-and-insig…

🚀 We’re hiring! Friends and colleagues — we’re looking for a Research Scientist / Postdoctoral Fellow with a strong background in materials synthesis and applications. 🌿 The work focuses on environmental and sensing technologies, including water treatment and sensing, supported by our recent NIH grants. 📎 Learn more and apply via LinkedIn: 🔗 linkedin.com/feed/update/ur…

Scientists say honey bees’ ability to both lap up and suck nectar gives them access to a far wider range of flowers than most other pollinators. Learn more on #NationalHoneyBeeDay: scim.ag/3Hak1CP

New Perspective: A roadmap for next-generation nanomotors. nature.com/articles/s4156… "to inspire future generations of researchers to advance both fundamental understanding & practical breakthroughs, thereby engineering a paradigm shift in #nanomotor research." #SystemsMaterials

Guys these aerial ads are costing me a fortune! Please help me spread the word about my Fall D3 course, BIOE 345: Prompt Engineering for Science and Society!

🚀 Massive Microbubbles → Robotic Microtools Happy to share our latest in Nature Communications — a breakthrough in microbubble technology that create numerous bubbles as programmable, biocompatible, high-throughput micro-robots for nano- & bioassembly. For a decade, microbubbles held promise for nanomanufacturing & biomedicine, but hit barriers in scalability, efficiency & biocompatibility. We’ve made breakthrough: ✨ Key advances: • Low-intensity, light-controlled microbubble arrays • Deterministic assembly of nanocrystals, exosome vesicles, living cells • Monitoring of dynamic bacterial metabolism & drug response 🔬 Applications: Drug & antibiotic screening | Single-cell omics | Nano/biofabrication | Soft microrobotics 📄 Read: nature.com/articles/s4146… 🎥 Watch: static-content.springer.com/esm/art%3A10.1… #NatureCommunications #MicrobubbleAssembly #OptoElectrochemistry #Nanotechnology #Biosensing #SingleCellAnalysis #DrugDiscovery #Nanoassembly #Bioengineering

Physics is fun to learn ✍️

🎄✨ Sending warm holiday wishes with my latest painting on this special card! 2024 has been incredible: 🚀 Secured my startup’s first SBIR grant 🤖 Deepened my machine learning journey 🏅 Honored to be elected AIMBE Fellow 🎨 Created a new artwork Thank you to colleagues, friends & my X.com family for your support! Wishing you joy and success. #HappyHolidays #Startup #SBIR #ML #Art #AIBME #2024Success

X-ray video from a new study reveals an eel’s daring escape from a predator’s stomach. Learn more: bit.ly/3zHng0Q @NewsfromScience

UCLA Bioengineering @BioEngUCLA is recruiting 3-4 faculty members at Assistant Professor level this year recruit.apo.ucla.edu/JPF09613

Please find detailed job requirements in the following link: linkedin.com/feed/update/ur…

✨ NIH-Funded Postdoc Position ✨ 💎 Diversity & Inclusion Join our NIH-funded research on materials for environmental applications (water treatment, sensing, CO2 capture). Ph.D. in Chem, Materials Sci, Physics, or Eng. US citizen/PR & NIH-defined diverse background required.

My group is hiring an NIH-supported Postdoctoral Fellow with a diversity background! If you're interested, please email me at dfan@austin.utexas.edu. I would greatly appreciate any recommendations or support in sharing this opportunity. Details are provided below.

linkedin.com/posts/donglei-… Recently, I gave a Keynote Speech at The Nanomotors International Conference: 20th Anniversary in Barcelona and had the opportunity to reconnect with many friends and colleagues. Thank you all!