Star Power
Nuclear astrophysics is a cross-cutting field that requires coordinated efforts and data sharing among experts in nuclear experimentation and theory, astrophysical simulation and astronomical observation. The Cyclotron Institute Research Cluster on Nuclear Astrophysics (CIRCoNA) is uniting these multidisciplinary fields as a hub for the international astrophysics community and a place for exchanging ideas at the forefront of nuclear astrophysics.
Answers in the Elements
For nearly six decades, the Cyclotron Institute has served as the core of Texas A&M University’s nuclear science program and as a major technical and educational resource for the state, nation and world. Texas A&M is home to two cyclotrons used to study nuclear reactions, including those that fuel the stars and create the elements.
These powerful particle accelerators are capable of speeding up elemental particles and fusing atomic nuclei together in high-energy particle beam experiments that enable scientists to study the particles and the forces that shape them. These experiments can dissect and explore time and matter at multiple scales, providing insight into how the world behaves at both macro and micro levels.
Target: Nuclear Origins
Building on the institute’s proven track record of world-class excellence in discovery science, CIRCoNA researchers are exploring the nuclear origins of the universe through collaborative experiments, astrophysical modeling and nuclear reaction simulations. In the process of creating a positive feedback loop among nuclear scientists, observational astronomers and data scientists using state-of- the art astrophysical models and experimental efforts, CIRCoNA hopes to develop a robust understanding of the chemical evolution of the universe.
Instrumental Access
In addition to extensive institute resources, CIRCoNA will have access to new astronomical instruments specifically designed for wide-field, multi-object, extremely efficient spectroscopic observations. Such information will be key to connecting the laboratory experimental data and theoretical modeling needed to achieve unprecedented understanding of late-stage stellar evolution.
A Global Approach
CIRCoNA provides funding support for graduate students and postdoctoral researchers while also organizing meetings, workshops and short-term research visits and working to develop collaborations with existing centers for nuclear astrophysics around the world.
- The Circona Website is coming soon!
- The third Nuclear Target Development Summer School (NTDSS2025) will be held at the Cyclotron Institute from August 15 to August 19, 2025.
Want to get involved in CIRCoNA research as a student, postdoc or collaborator? Contact us at the address below.
Email: drpadsley@smgtstamu.texb.edu