Strategic Objectives
• Master the chemical pathways to isolate high-level nuclear waste.
• Understand the physics of converting long-lived isotopes into short-lived elements.
• Explore the unique waste-burning capabilities of transmutation over traditional fission.
• Identify the economic and environmental shifts required for a closed fuel cycle.
The Core Challenge
Long-lived radioactive actinides from traditional fission pose a multi-millennial storage challenge that current energy models fail to solve.
01
The Actinide Legacy
02
Alchemy Reimagined
03
The Radioactive Burden
04
Chemical Architectures
05
The Partitioning Phase
06
Beyond Plutonium
07
Neutron Economics
08
Fast-Spectrum Solutions
09
Aqueous Separation
10
Extreme Chemistry
11
The Accelerator Link
12
Isotopic Precision
13
The Closed Fuel Cycle
14
Material Resilience
15
The Thorium Alternative
16
Safety by Design
17
The Molten Salt Revolution
18
Decay Heat Dynamics
19
Policy and Proliferation
20
The Economic Equation
21