Strategic Objectives
• Master the physics of petawatt-class lasers and their role in nuclear alchemy.
• Understand the mechanics of photonuclear reactions that bypass traditional reactor risks.
• Explore the transition from passive geological storage to active isotope management.
• Discover how ultra-fast optics can solve the century-long challenge of radioactive decay.
The Core Challenge
Long-lived fission products like Technetium-99 persist for hundreds of thousands of years, creating a geological and ethical stalemate for carbon-free energy.
01
The Challenge of Longevity
02
The Target: Technetium-99
03
From Alchemy to Physics
04
The Power of Light
05
The Petawatt Era
06
Giant Dipole Resonance
07
Ultrafast Interactions
08
Beyond the Neutron
09
The Mechanism of Photofission
10
Bremsstrahlung Generation
11
Particle Acceleration via Light
12
Target Engineering
13
The Physics of the Relativistic Regime
14
Measuring the Change
15
The Cross-Section Challenge
16
Waste Management Paradigms
17
The Role of Iodine-129
18
Computational Modeling
19
High-Repetition Rates
20
Safety and Shielding
21
The Future of Nuclear Energy
Explore Research Ecosystem
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