Strategic Objectives
• Master the nuclear physics of lithium-neutron interactions.
• Explore the engineering of solid and liquid breeding blankets.
• Understand advanced tritium extraction and purification technologies.
• Analyze the safety and containment protocols for radioactive isotopes.
The Core Challenge
While fusion promises limitless energy, the world lacks a natural supply of tritium, requiring complex breeding systems that don't yet exist at scale.
01
The Tritium Supply Crisis
02
Foundations of Fusion Nucleonics
03
The Lithium Gateway
04
Neutron Economy and Transport
05
Breeding Blanket Fundamentals
06
Solid Breeder Architectures
07
Liquid Metal Blankets
08
The Role of Neutron Multipliers
09
Molten Salt Breeders
10
Tritium Extraction Systems
11
Permeation and Containment
12
The Inner Fuel Cycle
13
Materials Science in High Flux
14
Magnetohydrodynamics in Liquid Metals
15
Isotope Separation Technologies
16
Radioactive Waste Management
17
Safety and Proliferation
18
Computational Modeling of Breeding
19
Lessons from ITER
20
The DEMO Reactor and Beyond
21
The Future of Bred Fuel
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