The Faculty

Focus

The Squires Lab employs single-molecule fluorescence spectroscopy and single-molecule manipulation and confinement to develop sensing platforms that report on spectroscopic identity, molecular dynamics, and nanoscale energy transfer.

Biography

BSE in Mechanical and Aerospace Engineering from Princeton University

PhD in Biomedical Engineering from Boston University 

Postdoctoral scholar in Chemistry at Stanford University

Accolades

NSF fellow

Clare Boothe Luce Fellow

Neubauer Family Assistant Professor 

Research interests

Allison Squires’s research interests center on manipulating, measuring, and understanding the properties and behavior of single molecules. Advancing our capability to obtain rich biophysical data on a molecule-by-molecule basis reveals details that are obscured in bulk measurements, enabling us to build bottom-up models of complex systems. Squires Lab employs single-molecule fluorescence spectroscopy and single-molecule manipulation and confinement to develop sensing platforms that report on spectroscopic identity, molecular dynamics, and nanoscale energy transfer. These approaches are useful in a wide range of scientific contexts, from observation of nanoscale biomolecular interactions in cellular signaling pathways to photoadaptation in photosynthetic systems. She is also working to adapt these approaches to applied challenges in alternative energy technologies and biomedical diagnostics.

BPHYS Student

Kyle Lin