We design novel responsive, adaptive, and dynamic materials for diverse applications.
Columbus, Ohio
Joined August 2021
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RadMaterials Lab retweeted
Programmable topological dipoles could be used in stimuli-responsive materials. Now it is shown that confinement of an apolar liquid crystal results in controllable polar arrangements of elastic dipoles.
nature.com/articles/s41567-0…
RadMaterials Lab retweeted
After winning an NSF CAREER Award earlier this year, Xiaoguang (William) Wang @radmaterials has received the American Chemical Society 2024 PMSE Division Early Investigator award for his work designing novel dynamic materials and systems. Read bit.ly/Wang-PMSE
"🚀 Exciting news! Our latest paper in Nature Communications reveals a breakthrough in graphene superlattices, unlocking new possibilities in electronics and sensing tech. Discover our innovative insights 🔗 doi.org/10.1038/s41467-024-4… #Graphene #Research #Innovation"
Congrats to William Wang for winning the IMR kickstart grant!!!
Congrats to #BuckeyeEngineering faculty and postdocs earning @OhioStateIMR Kickstart Facility Grants to demonstrate materials-related research results & bolster near-term research proposals for external support imr.osu.edu/research/funding…
RadMaterials Lab retweeted
With his #NSFcareer award, @OhioStateCBE Asst. Prof. William Wang aims to revolutionize the #softrobotics field with the development of low-cost & biocompatible shape-changing polymers ⤵️
engineering.osu.edu/news/202…
RadMaterials Lab retweeted
With the support of an
@NSF CAREER Award, Asst. Prof. Xiaoguang (William) Wang's @radmaterials could revolutionize the #softrobotics field with the development of low-cost and biocompatible shape-changing polymers. bit.ly/Wang_NSF / #NSFCAREER / #OhioStateResearch
🎉 Exciting Achievement! Dr. X. Wang is awarded the NSF CAREER Award for his project on polymer science, "Controlling Chain Conformation in Amorphous Polymers through Soft Nanoscale Confinement." More details: NSF Award #2339425 🔬🌐 #NSFCAREERAward #Innovation #MaterialsScience
🚀 Big news! Dr. Xiaoguang "William" Wang received an NSF grant for his pioneering work in inkjet printing technology. More on this groundbreaking research: NSF Award #2227991 🔬✨ #Innovation #NSFGrant #ScienceSuccess
@radmaterials, we also published our development of a liquid-crystal porous surface that enables both pulsatile and continuous chemical release modes simultaneously in a single material system in system in @advancematerial doi.org/10.1002/adma.2023022…
@radmaterials, also published in @ScienceAdvances STM imaging, reveals diverse β sheet peptide conformational substates, capturing critical recognition landscapes and enabling understanding of previously invisible assembling mechanisms.doi.org/10.1126/sciadv.adg79…
@radmaterials published in @NatureComms our findings that staggered nanoporous graphene enables efficient conversion of electromagnetic waves into heat & electricity by altering graphene's properties. doi.org/10.1038/s41467-023-3…
Dr. William Wang was awarded an NSF grant as the PI to create a new inkjet printing method by encapsulating ink in liquid crystal film to bypass viscosity limits and thus allow the printing of advanced materials like sensors and semiconductors.
Congratulations to my Ph.D. Student Ufuoma Kara for being awarded the Carl Storm Fellowship to attend the liquid crystal Gordon Research Conference in Manchester, New Hampshire.
Congratulations to PhD. Candidate Ufuoma Kara for winning the Alpha Kappa Alpha Education Advancement Graduate Merit Scholarship, the National Society of Black Engineers (NSBE) BCA/Affiliate/Fellows Scholarship, and the NSBE Graduate Student Conference Travel grant. Great Job!
RadMaterials Lab retweeted
As a DARPA Riser, William Xiaoguang Wang's research is deemed to demonstrate the potential to lead to technological breakthroughs. The program allows Wang to present his ideas directly to DARPA and to participate in the DARPA Forward conference. Story: bit.ly/3Em1mzo
Check out our paper published in PNAS, showing the detection of nanomolar concentrations of toxins in drinking water using the droplet sliding behaviors on a functional surface we developed. pnas.org/doi/abs/10.1073/pna… @PNASNews
Second, Dr. William Wang was awarded the 2022 materials seed grant cem.osu.edu/2022-materials-r…