SUPA logoUniversity of Strathclyde logoThe Semiconductor Spectroscopy and Devices research group is part of the Nanoscience division of the Department of Physics at the University of Strathclyde. The Department is a member of the Scottish Universities Physics Alliance (SUPA).

Research interests

💎 Semiconductor materials and device issues:

ECCI of threading dislocations

🎇 Spatially and spectrally resolved luminescence:

GaN micropyramid CL

🔬 Advanced scanning electron microscopy techniques:

Electron backscatter diffraction pattern

⚛️ Experimental quantum nanoscience:

EQNS

  • Physics and applications of polariton condensates in microcavities
  • Solid-state quantum systems for quantum information and nanophotonics
  • Hybrid polariton-quantum dot platforms for scalable quantum hardware

🧮️ Semiconductor quantum electronics (SEQUEL):

  • Semiconductor nanoscale systems
  • Quantum computing and quantum electrical metrology
  • Electrical initialisation and readout of spin qubits in SiC
  • Empowering Practical Interfacing of Quantum Computing (EPIQC)

 

📰 Group news

Older news items are archived here.

🥼 Join us! Jobs / PhD studentships available
💎 New - Interactive crystal models
Explore crystal structures, lattice planes and dislocations
Interactive crystal models
📖 Latest publications
  • [doi] Tin gallium oxide epilayers on different substrates : optical and compositional analysis
  • [doi] Simultaneous mapping of cathodoluminescence spectra and backscatter diffraction patterns in a scanning electron microscope
  • [doi] Unravelling the chloride dopant induced film improvement in all-inorganic perovskite absorber
  • [doi] Colloidal semiconductor quantum well supraparticles as low-threshold and photostable microlasers
  • [doi] Biotinylated photocleavable semiconductor colloidal quantum dot supraparticle microlaser
  • [doi] Crystal-field analysis of photoluminescence from orthorhombic Eu centers and energy transfer from host to Eu in GaN co-doped with Mg and Eu
  • [doi] Towards spin state tailoring of charged excitons in InGaAs quantum dots using oblique magnetic fields
  • [doi] Progress and applications of (Cu-)Ag-Bi-I semiconductors, and their derivatives, as next-generation lead-free materials for photovoltaics, detectors and memristors

A complete list of our papers can be found here.

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