Congrats to Shriya, Vanessa and Ivy for presenting at the Meeting of the Minds!

Congrats to undergrads Shriya Sivakumar, Vanessa Wu and Ivy Zhen for their poster presentations at the 2026 Meeting of the Minds! Here are the poster titles:

  • Shriya presented "Modular DNA Origami Design for Staple Conservation"

  • Vanessa presented "Simulation-Guided Design of Tetrahedral Framework Nucleic Acid for Enhanced Mechanical Stability"

  • Ivy presented "Investigating Local and Bulk Condensate Properties of Novel DNA Nanostar Geometries"

Welcome to five new lab members: Srija, Tush, Ivy, Vanessa and Praneetha!

We're delighted to have five fantastic new lab members! Tush and Srija are exploring the yield of formation and morphology of novel modular and generatively-design DNA origami. Ivy and Vanessa are undergraduates, who are exploring the nanoscale and microscale system properties of two different PNA-DNA tile-based systems. And Praneetha is a postdoctoral researcher, who has joined our ARPA-H POSEIDON project team. Welcome to the lab!

Prof. Taylor presents at the CMU 125th Anniversary Event in NYC!

On December 4th, Prof. Taylor presented the lab research vision for nanomachines at bio- and electronic interfaces at the Carnegie Mellon University CMU125: Power of Possibilities Tour NYC.

Shoutouts to fellow presenters Prof. Simon DeDeo and Prof. Laurence Ales for their inspiring and thoughtful visions of the challenges and opportunities for innovation in this new age of AI.

It was also amazing to connect with so many amazing Carnegie Mellon alumni in NYC!

Elsa's "MoleculeCrafter and Noncanonical Binding" paper published in Journal of Chemical Education!

Elsa's paper "MoleculeCrafter and Noncanonical Base Pairing: A Semiautomated CAD Tool for Creating Flexible and Unitized 3D Printable Macromolecules for Education"" was published in the Journal of Chemical Education.

Congratulations to Elsa for demonstrating a novel use of semiautomated CAD tools to give the educational community a new and powerful modelmaking tool! This rapid and easy to use pipeline expands the accessibilitiy 3D printed models of nucleic acid structures and nanotechnology.

ARPA-H POSEIDON project awarded to CMU/Ginkgo Bioworks team!

Honored and thrilled to represent the team as PI for this ARPA-H POSEIDON project, which brings together phenomenal researchers across academia and industry. We come from CMU engineering, Ginkgo Bioworks, the University of Pittsburgh, Platypus Bio NZ, the University of Massachusetts Amherst, KU Leuven, and Velentium Medical.

In this ambitious project we aim to tackle one of the grand challenges in cancer medicine, the early detection of stage 1 tumors, with the aim of making cancer detection affordable and convenient for everyone! Read the CMU press release here.