Texas Tech University

Condensed Matter Physics

 

Overview

The theoretical condensed matter group at TTU consists of three faculty members, Prof. Estreicher, Prof. Myles, and Prof. Sanati. The group is active in two main areas: crystalline semiconductors and metallic alloys. We combine theoretical and computational methods to investigate the mechanical, optical, electrical, and thermal properties of materials.

The experimental condensed matter group at TTU consists of four faculty members, Prof. Duncan, Prof. Grave de Peralta, Prof. Chatzakis and Prof. Kim. Prof. Grave de Peralta's research in NTC concentrates on Fourier and ultra fast optics, plasmonics and mechanical properties of light. In addition, he is interested in the fundaments of Quantum Mechanics (Quantum Optics). Prof. Kim is interested in gradient optical metasurfaces for flat optics and integrated photonics applications, quantum information and control using condensed matter systems, and the fundamentals of anomalous Hall behavior in quantum materials. Prof. Chatzakis focuses on the study of the optical and electronic properties of nanoscale materials and structures in particular on ultrafast dynamical processes in nanomaterials and nanostructure compositions, but also he is interested in the light manipulation and confinement beyond the diffraction limit for next generation photonic applications, and he explores novel methods for generating/controlling the THz radiation by graphene and metamaterials, and he study the quantum light emitters (single photon sources) based on two dimensional materials.

NTC is a conglomerate of laboratories facilities. NTC projects include researchers, graduate, and undergraduate students from Electrical, Computer, Chemical, and Mechanical Engineering, Physics, Computer Science, Biology, Chemistry, and Medicine. Research is supported by numerous Federal, State, and Industrial grants. The Center supports new education programs in MEMS, Silicon Processing, and Semiconductor Product Engineering.

Theoretical Research Topics

  • Estreicher's Lab :: Defects in Semiconductors
    • Vibrational Spectra and Vibrational Lifetimes
    • Potential Energies and Free Energies
    • Transition Metals Impurities, Passivation
    • Thermal Conductivities
    • Click here for more information
  • Myles's Lab :: Theoretical & Computational Materials Physics
    • Computing the Structural, Electronic, Vibrational & Transport Properties of Thermoelectric Materials
    • High Electric Field Effects and Breakdown in Semiconductors
    • Behavior at Non-zero Temperatures
    • Click here for more information
  • Sanati's Lab :: Theoretical & Computational Materials Physics
    • Electronic Structure of Materials
    • Constructive and reconstructive phase transformations
    • First-principles thermodynamics of materials
    • Solitons and domain walls

Experimental Research Topics

  • Duncan's Lab :: Transport & Emerging Energy Sciences
    • Mass Spectrometry
    • Electron Microscopy
    • Cryogenic Calorimetry
    • Materials Analysis (XRD, EBSD, EDS, Acoustics, and Ga FIB), characterization and development
    • Self-Organized Criticality
    • Prior Work: 
      • Quantum electrical metrology
      • Nonlinear heat transport in superfluids
      • Cryogenic instrumentation development for precision measurements on earth and in space
      • Minimally-invasive cryosurgical instrument development
      • Research Administration  
      • Click here for more information
  • Grave De Peralta's Lab :: Physical & Quantum Optics
    • Nanophotonics
    • Plasmonics
    • Subwavelength resolution microscopy
    • Photonic Topological Insulators
    • Click here for more information
  • Kim's Lab :: Infrared Optics and Magneto-polarimetry
    • Metasurfaces in flat optics and integrated photonics
    • Quantum information and control
    • Anomalous Hall effect in quantum materials
    • Quantum computing
    • Quantum materials and devices
  • Chatzaki's lab:: Ultrafast Spectroscopy of Quantum Materials Laboratory (US QML)
    • Ultrafast dynamical processes in nanomaterials (e. g. carbon nanotubes, graphene,
      h-Boron Nitride) and nanostructures.
    • Quantum materials, metamaterials, hybrid structures and devices
    • Hyperbolic Infrared optical materials/polaritonic hybridization
    • THz devices
    • Quantum light emitters in two-dimensional (2-D) materials

Theoretical Condensed Matter

Animations :

Experimental Condensed Matter

CM

Faculty Members

Theory

Experiment

Related

  • Nano Tech Center @ TTU | Webpage
  • TRIUMF :: Centre for Molecular & Materials Science | Webpage
  • PSI :: Laboratory for Muon Spin Spectroscopy | Webpage

Department of Physics and Astronomy