Our invited Perspective on a bold new hypothesis about the origin of metabolism and life is published in the Journal of the American Chemical Society. We propose that electric field catalysis at aqueous interfaces allowed protometabolism, the nonenzymatic precursor to modern metabolic network, to emerge on the early Earth. This situation foreshadows the eventual emergence of enzymes, which generate their own electric fields to catalyze the metabolic network. We also discuss the types of autocatalysis that could have allowed the reaction network and the molecules within it to become more complex over time, resulting in the self-referential nature of biology as we know it today. This one had been in the works for nearly three years. Congrats to Noemi and Quentin for helping make this a reality!
New graduate student
New publication
Our collaboration with the groups of Bill Martin, Harun Tüysüz and Mirko Basen has been published in Science Advances. Congrats to Quentin from our group for his contribution, and to all the other coauthors. The paper was highlighted in Scientific American, Smithsonian Magazine, and Nautilus. A recent video about the paper has already received >850 k views.
Maciej wins best thesis prize
Congrats to recent PhD graduate Maciej Piejko, who has won the 2026 thesis prize from the Fondation Jean-Marie Lehn of the University of Strasbourg! Maciej’s main project was on the use of NMR spectroscopy to probe the effects of vibrational strong coupling on London dispersion interactions, but his broad background allowed him to pursue side projects in many other topics. Maciej’s thesis was co-supervised by our lab’s own Dr. David Leboeuf and was carried out in collaboration with Prof. Thomas Ebbesen. Maciej is currently a postdoc at the Technical University of Munich. Congrats, Maciej!

New publication
Noemi and Bora’s paper on using the electric fields generated during electrospray to catalyze a nonenzymatic analogue of pyridoxal vitamer biosynthesis has been published in the Journal of the American Chemical Society. The latest example supporting our hypothesis that a nonenzymatic precursor to metabolism could have originated at an aqueous interface bearing a strong electric field. Congrats!
New publication
Our collaboration with Prof. Timothy Noël’s group at the University of Amsterdam is published in ChemSystemsChem. In this work, we address the question of how protometabolic networks that contain both oxidative and reductive transformations might occur in the same environment. We show a proof-of-concept for the idea that in a natural electrochemical system, anode and cathode are physically separated and so will not annihilate each other, allowing both oxidative and reductive transformations to occur in a small region of space. Congrats to Clara, Morgan, and Grace from the Noël group and to Shunjiro from our group!
New publication
Imrâne Chemlal joins as NSERC USRA student
A warm welcome to second year undergraduate student Imrâne Chemlal, who was awarded an NSERC USRA to conduct research in our lab this summer. He will work with Sinan Bascil on NMR kinetics of reactions under VSC.
LUCABOT: Art Inspired by Science
Inspired by discussions with members of our research group in Strasbourg and in Ottawa (Emilie, Maciej and Joseph), Québec artist Julie Tremble open her exhibit LUCABOT today at the OBORO gallery in Montréal. The exhibit runs until June 6, with audio in French.

New publication
Marcus’ News and Views article on a recent paper from Zare, Dai and coworkers on how bimolecular condensates promote nonenzymatic reductive amination reactions has appeared in Nature Chemical Biology. Congrats, Marcus!




