MIT.nano Seminar: Engineering quantum properties of molecular circuits with chemistry

Monday, February 12, 2024 at 3:00pm to 4:00pm

Building 34, 401
50 VASSAR ST, Cambridge, MA 02139

Join MIT.nano for their February MIT.nano Seminar Series!

Masha Kamenetska
Assistant Professor
Departments of Chemistry, Physics, and Materials Science and Engineering
Boston University

Date: Monday, February 12, 2024
Time: 3:00 PM - 4:00 PM ET
Location: Grier Combined (34-401) or join via Zoom
Reception to follow.


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In this talk, Kamenetska will describe her lab’s recent progress in demonstrating and controlling quantum phenomena in single molecule junctions. Their past and future efforts are focused along two complementary directions. First, they worked to demonstrate how synthetic modification can be leveraged to create functionality, such as quantum sensing, switching, and high conductance of topological electronic states in molecules. Second, they developed chemical design principles for in situ assembly of quasi 1D molecular chains containing transition metal atoms with increased degrees of freedom. This work lays the foundation for their future advances in realizing and characterizing quantum phenomena in molecular circuits.


Masha Kamenetska joined Boston University in 2017 as a joint assistant professor in the departments of Chemistry and Physics. She is also a member of Materials Science & Engineering, as well as the Nanotechnology Innovation Center. She has been awarded the Young Investigator DOD Award (YIP) from the Airforce and the CAREER award from the NSF. She was a Fellow in the Scialog: Cellular Machinery of the Cell 2019-2021 and a Scialog Team Award recipient in 2021.

Prior to joining BU, Kamenetska was a postdoctoral associate in chemistry and an NSF postdoctoral fellow in biophysics and biochemistry at Yale University from 2012-2017, working on single molecule force spectroscopy of biological and polymer materials. She received her PhD with distinction in 2012 in Applied Physics from Columbia University where she worked with Dr. Latha Venkataraman on conductance and binding geometries of single molecule-metal junctions. Kamenetska received her BS in 2005 from MIT.

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School of Engineering (SoE), School of Science


research, engineering, technology, physics, science, chemistry, nanotechnology, materials science, circuits, Nanoscience, nanoscale


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