Tarek Saab

Associate Professor University of Florida

  • Gainesville FL

Tarek Saab is an expert in cryogenic detectors for rare particle physics searches.

Contact

University of Florida

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Biography

Tarik Saab's research centers around the search for, and understanding the nature of, dark matter. As a member of the SuperCDMS collaboration Tarik has participated in dark matter searches dating back over 20 years, with a focus on experimental aspects including detector development, data analysis and Monte-Carlo simulations. He has also pursued the development of alternative detector techniques and methods such as the potential of nano electro-mechanical system oscillators with extremely high force sensitivity as sensors for quasiparticle excitations created in superfluid liquid helium by light dark matter interactions and the development of a solid xenon particle detector based on scintillation and ionization signals in the xenon medium.

Areas of Expertise

Dark Matter
Astrophysics
Particle Physics

Articles

G4CMP: Condensed matter physics simulation using the GEANT4 toolkit

Astrophysics Data System

Kelsey, et al.

2023-10-01

G4CMP simulates phonon and charge transport in cryogenic semiconductor crystals using the GEANT4 toolkit. The simulation reproduces theoretical predictions and experimental observations such as phonon caustics, heat-pulse propagation times, and mean charge-carrier drift velocities.

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First Measurement of the Nuclear-Recoil Ionization Yield in Silicon at 100 eV

Astrophysics Data System

Albakry, et al.

2023-09-01

We measured the nuclear-recoil ionization yield in silicon with a cryogenic phonon-sensitive gram-scale detector. Neutrons from a monoenergetic beam scatter off of the silicon nuclei at angles corresponding to energy depositions from 4 keV down to 100 eV, the lowest energy probed so far.

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Signature and detection prospects for sub-GeV dark matter with superfluid helium

Astrophysics Data System

You, et al.

2023-07-01

We explore the possibility of using superfluid helium for direct detection of sub-GeV dark matter (DM). We discuss the relevant phenomenology resulting from the scattering of an incident dark matter particle on a Helium nucleus.

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Media