The Materials Research Society (MRS), with more than 15,000 members from 90 countries, is the world’s largest society for materials research, but it has always felt like an intellectual home to UChicago Pritzker School of Molecular Engineering (UChicago PME) Assoc. Prof. Sihong Wang.
That made the news he had received one of the group’s most prestigious honors – given out annually only to one awardee selected globally – all the more special.
“MRS has been my home research community since I first attended the meeting as a PhD student, so receiving this award from the society where I have grown up scientifically means something very special to me,” Wang said.
On Monday, the MRS announced that Wang was the recipient of the 2026 Outstanding Early Career Investigator Award. The yearly honor recognizes “outstanding, interdisciplinary scientific work in materials research by an early-career scientist or engineer,” with “exceptional promise as a developing leader in the materials area.”
Wang was honored for his “impactful semiconducting polymer designs” for “high-performance bioelectronics and sustainable optoelectronic devices,” including implantable semiconductors more resistant to scar tissue, a breakthrough hydrogel semiconductor, tissue-adhesive transistor-based biosensors, stretchable OLED screens, and skin-like neuromorphic computing technology that merges AI into smart wearables and implants.
“This recognition helps highlight the growing importance of materials innovation at the interface between electronics and biology,” Wang said. “Our group develops biomimetic electronic materials that can integrate seamlessly with living systems, and the award helps bring more visibility to the opportunities for materials science to enable new generations of biointegrated health technologies.”
This makes Wang the fourth UChicago PME faculty member to receive the honor, joining Prof. David Awschalom (1992), Prof. Paul Alivisatos (1995) and Prof. Dmitri Talapin (2011).
Wang will receive the award on April 30 during the MRS Spring Meeting in Honolulu, Hawaii, where he will give a presentation entitled “Biomimetic Semiconducting Polymers for Chronic Bioelectronic Interfaces.”
“We are at an exciting moment where advances in materials science can fundamentally reshape how electronics interact with the human body, as well as getting high-quality data from humans to advance the development and applications of AI,” Wang said. “By designing materials that mimic the mechanical and chemical properties of biological tissues, we aspire to enable technologies that continuously monitor health, enable the discovery of new therapies, and help transform how diseases are detected and managed.”