Department of Physics and Astronomy · Texas Tech UniversityCenter for Emerging Energy Sciences

Exploring Basic Energy Sciences and New Applications in Nuclear Science

The Center for Emerging Energy Sciences (CEES) is a research group within the Texas Tech University Department of Physics and Astronomy. CEES is run by Dr. Robert V. Duncan, who has invented or co-invented 13 awarded U.S. patents and 42 international patents, with many other inventions and patent applications in process.

Recently, a new sub-field called quantum nucleonics has emerged which provides a new systematic way to study nuclear science. We are currently conducting several collaborative projects at Texas Tech University and several others with the University of Missouri Research Reactor (MURR). These involve experimentally determining the source of novel nuclear reactions within various metal hydrides.

Our experiments and simulations seek to determine whether nuclear polarization, nuclear excitation, and quantum population inversion in some nuclei can increase cross sections for nuclear reactions. If it is possible for lattice dynamics to influence nuclear dynamics in metals, then incoherent X-ray or gamma irradiation may make certain nuclear fission and fusion reactions easier to achieve.

New Instrumentation DevelopmentInstruments Built In-House

Our research group has developed picomole-resolution mass spectrometers for light isotopes, fast-response nitrogen calorimeters, electric pulsing systems, and vacuum calorimeters. We are also conducting collaborative projects using Dynacool and Quantulus instruments.

We also supply CR-39 nuclear track detectors and offer CR-39 track analysis for radiation monitoring and nuclear science research.

CEES American Physical Society 2025 Spotlight

Graduate Research SpotlightNuclear Fusion

Noah D’Amico, Ph.D., CEES Lead Engineer, on his doctoral research at Texas Tech.

Projects

All Projects
Nuclear Engineering & MCNP SimulationsIrradiating metal hydrides and comparing byproducts against simulation.View Project
Synthesis CapabilitiesKilogram-scale erbium, titanium, and lithium hydrides and deuterides.View Project
Novel Nitrogen FixationA low-energy electrolytic alternative to the Haber-Bosch process.View Project
Precision Metrology & Measurement ScienceCalorimetry, light-isotope mass spectrometry, and power-electronics test beds.View Project
Advanced Materials Fabrication & DiagnosticsTritium extraction, helium outgassing, and gas purification.View Project
Helium Superfluidity & Self-Organized CriticalityCritical phenomena near the superfluid transition in 4He.View Project
Superconducting ElectronicsSQUIDs, novel SQUID devices, and Josephson junction arrays.View Project
Nanoscience & Quantum SensingSub-micron nuclear fuels for the fission fragment rocket.View Project
Low Energy Nuclear Reactions & Anomalous HeatExperimental support and byproduct detection for LENR research.View Project
Neutron & Gamma Sources On-HandCf-252, americium, Co-60, Cs-137, and Th-232.View Project
Biomedical SciencesRespiratory devices and minimally-invasive cancer surgery.View Project
Quantum NucleonicsA new systematic way to study nuclear science.View Project
Low Temperature Physics & CryogenicsQuantum sensing and cryogenic systems for space and terrestrial use.View Project
Electronic Systems: New Designs & RebuildsFT-ICR electronics rebuild, pulsers, power supplies, and test beds.View Project
Smart Modules for Improved SensingDigitizing at the sensor for low-signal, high-EMI environments.View Project
COMSOL SimulationsHeat transfer, fluid dynamics, and electromagnetics modeling.View Project

Work With CEES

CEES offers contract research, measurement services, and consulting to outside companies and research organizations through the Texas Tech University cost center.

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