Science that moves ideas forward.
CPSE brings together fundamental physics, advanced experimentation, engineering and computation to address major challenges in materials, space, energy, industry and sustainable development.
One college. Multiple disciplines. Shared impact.
Research at CPSE connects physical sciences with engineering practice. Our community investigates matter, energy, light, complex systems and space while developing technologies for cleaner energy, intelligent industry and a more sustainable future.
This unified approach encourages researchers, students and partners to work across traditional disciplinary boundaries—from theoretical models and laboratory experiments to prototypes and real-world deployment.
Discover
Advance knowledge through fundamental, theoretical and experimental research.
Engineer
Turn scientific understanding into instruments, systems and practical technologies.
Translate
Connect research to industrial, environmental and societal challenges.
Five connected research pillars
Select a pillar to discover its principal themes.
FQNP
Fundamental, Quantum & Nuclear Physics
Understanding matter, particles and complex physical phenomena.
Research spans quantum and statistical physics, nuclear and particle physics, plasma science, medical physics and high-energy phenomena, supported by theoretical, computational and experimental approaches.
AMPS
Advanced Materials, Photonics & Sensing
Designing materials and light-based technologies for emerging applications.
This pillar brings together semiconductor and two-dimensional materials, crystal growth, defect engineering, nanoelectronics, terahertz science, photonics, optical systems and chemical or biochemical sensing.
SSE
Space Science & Engineering
Exploring the universe and developing technologies for space.
Activities connect astronomy, astrophysics, cosmology and planetary science with space instrumentation, small-satellite engineering, remote sensing, scientific data and the study of materials in space environments.
IEEM
Intelligent Energy Systems & Electric Mobility
Advancing intelligent power systems and electric-powertrain technologies.
Research connects grid-integrated renewable energy, smart-grid experimentation, energy forecasting and intelligent management with electric-powertrain modeling, diagnostics and digital-twin technologies.
IIDM
Intelligent Industry & Digital Manufacturing
Transforming industrial operations through connected and predictive technologies.
Research focuses on industrial digital twins, production monitoring, automation, asset-lifecycle management, predictive maintenance and AI-enabled decision support for mining and complex industrial operations.
From scientific questions to real-world applications
Selected research directions illustrate how CPSE combines fundamental knowledge, experimental validation and engineering impact.
Semiconductor and Two-Dimensional Materials
Crystal growth, defect engineering, transport, sensing and device concepts based on emerging materials.
Discover moreTerahertz Systems and Optical Technologies
Spectroscopy, imaging, sources, detectors and communication concepts for scientific and applied use.
Discover moreParticle and High-Energy Physics
Data analysis, detector technologies and fundamental studies connected to international scientific research.
Discover moreSmall Satellites and Space Environments
Space systems, scientific instrumentation and investigation of advanced materials under space conditions.
Explore the MissionIntelligent Energy Systems
Smart-grid experimentation, grid-connected renewable control, energy forecasting, optimization and intelligent energy management.
Discover moreElectric Powertrains and Intelligent Mobility
Electric-powertrain modeling, experimental test benches, diagnostics, prognostics and digital-twin-based health management.
Discover moreExperimental capabilities for advanced research
CPSE platforms support materials preparation, characterization, spectroscopy, imaging, device investigation and collaborative experimental research.
Confocal Raman Spectroscopy
Material identification, vibrational analysis and defect characterization using multiple excitation wavelengths.
Terahertz Imaging
Non-destructive imaging and investigation at terahertz frequencies for scientific and applied studies.
Atomic Force Microscopy
Surface imaging and nanoscale electrical, magnetic and mechanical characterization.
Materials Synthesis Area
CVD and CVT growth, controlled-atmosphere handling, coating and material preparation.
Magneto-Transport Spectroscopy
Temperature- and magnetic-field-dependent investigation of electrical transport in materials and devices.
Femtosecond Laser Platform
Ultrafast optical experiments and time-resolved investigation of light–matter interactions.
FTIR Spectroscopy
Infrared spectral analysis for materials, molecular systems and optical characterization.
Research Access & Collaboration
Discuss equipment access, measurements, joint experiments and platform-based collaboration with CPSE.
Contact CPSEPublications, knowledge and research outcomes
Explore CPSE contributions across physical sciences, engineering and technology. The publication archive can be organized by research area, year, author and output type.