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Conference Spotlight
2026 ANS Annual Conference
May 31–June 3, 2026
Denver, CO|Sheraton Denver
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NN Asks: What’s needed to get space nuclear off the ground?
Kate Kelly
For decades, the thrill of space exploration has ignited the imaginations of engineers, scientists, and innovators alike. The dream of expanding humanity’s reach beyond Earth continues to attract the brightest minds, fueling groundbreaking advancements. As we set our sights on missions that venture farther and last longer in the cosmos, one truth stands out: Nuclear technology is the key to unlocking these bold ambitions. Its impact goes far beyond any single mission, driving a surge of momentum that not only propels space exploration but also energizes the entire nuclear ecosystem—sparking innovation and growth in an era of unprecedented opportunity.
Technical Session|Panel|Panels
Friday, April 5, 2024|3:15–4:35PM EDT|Engineering Services Building Room 122
Session Chair:
Amanda M. Johnsen
Alternate Chair:
Branko Kovacevic
Session Organizer:
Jonathan B. Balog
Medical isotopes are essential tools in modern medicine, facilitating diagnostic imaging and therapeutic treatments. These isotopes, produced primarily in nuclear reactors or accelerators, enable doctors to visualize internal organs, detect diseases, and target treatments for conditions like cancer and heart disease. Technetium-99m, derived from molybdenum-99, is particularly crucial for diagnostic imaging procedures worldwide. However, ensuring a stable supply of medical isotopes remains a challenge, driving ongoing efforts to diversify production methods and enhance supply chain resilience. Join our panelists for their insights on how to address radioisotope production challenges on several levels and how they aim to incorporate isotope production into their existing infrastructure!
Michael Heibel
Westinghouse Electric Co.
John Massari
Constellation
Artem Matyskin
Penn State University - Radiation Science & Engineering Center
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Attachment — Isotope Production Bios
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