Skip to content

Toback Research Group

Texas A&M University Physics and Astronomy

Home
Personal
Research
Group Resources
Group Info

CDMS Preliminary

April 1, 2026

Advanced Phonon Modeling of Electron Recoil Interactions in the CDMSlite Detector

Masters Defense and Preliminary Exam given by Rik Bhattacharyya at the Mitchell Physics Institute

January 28, 2025

Electron Transportation in Geant4 Condensed Matter Physics Simulation for Use in Searches for Dark Matter

Preliminary Defense given by Iman Ataee Langroudy in January 2025

August 26, 2022

Simulation of CDMSlite Detector’s Response to Ge-71 Decay and Comparison to Data

Preliminary Defense given by Lei Zheng in August 2022

August 20, 2021

Understanding the Response of Small High Voltage Single Crystal Dark Matter Detectors to Photons Using Simulations

Preliminary Defense given by Elham Azadbakht on August 20, 2021 (Proposal)

December 14, 2020

Characterizing Photon and Neutron Responses in CDMS Detectors Using Real and Simulated Cf-252 Data

Preliminary Examination given by Joshua Winchell in December 2020 (Proposal)

October 19, 2020

Using simulation to understand phonon propagation and quasiparticle coupling in silicon/aluminum devices designed for quantum computing and dark matter searches

Preliminary Examination given by Richard Lawrence in October 2020

October 27, 2017

Optimized Dark Matter Search using the SuperCDMS Soudan Data and Monte Carlo Simulations: Plan and Outline

Preliminary Examination given by Jorge Morales in October 2017 (Proposal)

Search

Recent Posts

Advanced Phonon Modeling of Electron Recoil Interactions in the CDMSlite Detector
Electron Transportation in Geant4 Condensed Matter Physics Simulation for Use in Searches for Dark Matter
Simulation of the CDMSlite Detector’s Response to Electron Recoil and Comparison to Experimental Data
DMC Parameter Tuning Using the Autotune Package
Radiation Simulation for Quantum Devices (A&M Section)

Recent Comments

No comments to show.

© Toback Research Group 2026

Texas A&M University Trademark | Texas A&M University, Physics & Astronomy