Delighted to share our new work out in @polymerchem.rsc.org. In this work we create a recyclable dithiolane monomer, capable of printing in 2 or 3D across various length scales. Check out the cool artwork we printed on the micron scale!
doi.org/10.1039/D5PY00199D

List of Burdick Lab podium and poster presentations at SFB 2025

Excited to present our latest research at SFB 2025 Meeting! If you’re interested in light-based 3D printing of in vitro disease models and fabrication of photoresponsive hydrogels, please attend my talks on Wednesday (04/09) and Friday (04/11)! Can’t wait to connect with everyone in Chicago 🏙️ (1/n)

Chalcones as Wavelength-Selective Cross-Linkers: Multimaterial Additive Manufacturing of Macro- and Microscopic Soft Active Devices Photopolymerization-driven additive manufacturing (AM) is a well-established technique to generate polymeric 3D structures with both high resolution and formation in complex geometries. Recent approac...

I had the privilege of working on this as undergrad with Stefanie in Leoben, and we had the wonderful opportunity to host Stefanie here in Boulder to complete this project. This was a wonderful experience and a great international collaboration. Link: doi.org/10.1021/acs.chemmater.4c02450

What better way to get started on Bluesky than to share our new collaborative work with Thomas Griesser's lab in Leoben! Led by my friend and mentor Stefanie Müller, we used chalcones as a wavelength selective crosslinker to selectively modify material properties after printing! Check it out👇