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PHATE Research Group

Shamberger Lab

Texas A&M University College of Engineering
  • Heusler Film SEM1
  • ZnO SEM2
  • LNH_1
  • MFM structures
  • LNH_3
  • Sn electrochem
  • LNH_2
  • Cu oxide
  • Heusler Film SEM2
  • Ni electrochem film
  • Grid of pads

Research Mission

Network Graph of Research Activities in PHATE Lab

Welcome to the PHAse Transformation Engineering (PHATE) Research Group under the direction of Dr. Patrick J. Shamberger. The PHATE Research Group aims to address fundamental energy and information technology needs facing our society. We investigate the properties of matter that change state from one form to another, and develop materials design strategies to engineer these materials for high performance devices.

Our research areas focus on:

  1. Phase Transformations,
  2. Nucleation Phenomena,
  3. Phase Change Materials and Composites,
  4. Transient Thermal Systems,
  5. Dynamical Materials.

Our research group employs experimental techniques to explore materials structure and properties, and develops theory-driven analytical models and data-enabled materials design strategies to describe and design new materials.  We work in close collaboration with computational scientists, both validating their models and using computational predictions to interpret experimental data.

Our research focuses around the following four application areas:

 

Neuromorphic Materials Thermal Energy Storage
Caloric Effect Materials and Cycles Thermal Management

PHATE group in the news

  • Axon-mimicking materials
    Shamberger group teams with researchers at Sandia National Lab to discover self-amplification in transmission line materials that emulate biological axons.
  • Plug and Play Thermal Energy Storage
    PHATE lab kicks of projects with two groups (UW Madison and NREL/Copeland) to develop plug and play thermal energy storage modules for efficient HVAC systems.
  • Texas Semiconductor Institute Summer REU
    Dr. Shamberger & Dr. Jardali Lead 2024 Semiconductor Research Experience for Undergraduates, recruiting UGs from TAMUS partner institutions to meet the workforce needs of the semiconductor industry.
  • NASA Early Stage Innovations (ESI) 2023
    Dr. Shamberger teams with NASA (and Dr. Antao, Dr. Arroyave and Dr. Karaman from TAMU) to develop high power density elastocaloric coolers under an Early Stage Innovations (ESI) grant.
  • Calvet-Microcalorimeter
    Dr. Shamberger receives funding from the DURIP program (from ONR) to support high sensitivity calorimetry of tunable thermal energy storage materials.
  • Inventor-Lightbulb
    Dr. Shamberger & Dr. Sukhishvili receive funding from inaugural "Advancing Discovery to Market" fund from Texas A&M University, to support commercialization of energy efficient thermal energy storage materials.
  • REMIND_logo
    TAMU awarded DOE EFRC (with Shamberger as co-PI) on Neuromorphic Materials (2022).
  • Neuron
    TAMU team develops neuron-like time-dependent response in B-doped VO2
  • TAMU team wins ARPA-E ASCEND Award (2020)
    TAMU team wins ARPA-E ASCEND Award (2020)
  • TAMU team wins DOE EERE Award (2020)
    TAMU team wins DOE EERE Award (2020)

Research

  • Thermal Energy Storage
  • Dynamical Neuromorphic Materials
  • Caloric Effect Materials and Cycles
  • Thermal Management

Latest News

  • Congrats to newest PHATE group Graduates! March 2, 2024
  • PHATE group to develop materials for space cooling applications under NASA grant January 27, 2024
  • Congrats to recent PhD Graduate Adelaide Bradicich! May 16, 2023
  • PHATE group presents at Spring 2023 MRS April 18, 2023
  • Director of ARL visits PHATE lab April 11, 2023
  • PHATE group presents at Spring 2023 TMS April 4, 2023
  • Carlos Lago passes prelim! January 16, 2023
  • PHATE lab presents at Gordon Research Conference January 13, 2023

Lab Handbook

Lab Handbook Wiki: Policies, procedures, expectations.

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