Laura Havener

Laura Havener

she/her/hers
Assistant Professor of Physics
Physics

Biographical Sketch:

Laura Havener joined the Yale Physics Department faculty as an assistant professor in 2023. Previously, she held positions as an associate research scientist and postdoctoral associate at Yale, working with the Relativistic Heavy Ion Group (RHIG) at Wright Lab. 

Prof. Havener obtained a Ph.D. in physics from Columbia University and received her bachelor’s degree in physics from the University of North Carolina at Chapel Hill. 

Havener, along with other members of RHIG, develops curriculum, activities, and experiments for local high school students with the Yale Pathways to Science program. 

Research:

Prof. Havener focuses on experimental high energy nuclear physics, studying quantum chromodynamics (QCD) using high-energy particle colliders. She specializes in exploring the complex structure of high-energy particles known to investigate the intricate nature of the deconfined state of QCD matter called the quark-gluon plasma (QGP). 

As a member of the ALICE collaboration at the Large Hadron Collider (LHC), she studies high-energy particles known as jets and how they interact with the QGP. She specializes in using Jet Substructure techniques to explore the complex structure of jets, revealing the intricate nature of the QGP. 

Education: 

Ph.D. 2018, Columbia University

Selected Publications:

Contact Info

laura.havener@yale.edu

+1 (203) 432-6259

WLW 303

Research Website

Research Areas: Relativistic Heavy Ions

Research Type: Experimental

Experiments

CV

Experiments

ALICE

Caines, Havener, John Harris

Science goal: Understand high energy density quantum chromodynamics (QCD) created in relativistic collisions of heavy nuclei.

WL involvement: Havener is a co-convener for the Jets and Hard Photons Physics Working Group; Harris serves on the ALICE Management Board. Yale has contributed to various aspects of preparations and data-taking, including the construction of GEM readout chambers.

Alice Results

EIC/ePIC

Caines, Havener, John Harris

Science goal: Understand high energy density quantum chromodynamics (QCD) created in relativistic collisions of heavy nuclei.

WL involvement: Yale has multiple R&D projects, including particle identification detectors. Testing & characterizing photosensors for the pfRICH detector will be done at Wright Lab. Yale is also involved in software development for PID reconstruction.

EIC/ePIC

News

  • Office Hours: Laura Havener

    In an interview, Yale physicist Laura Havener talks about the sense of community that develops while working on an international physics experiment.