Strategic Objectives
• Master the physics of high-energy neutron breeding ratios.
• Understand the geometry of advanced fissile-to-fertile conversion.
• Explore the engineering of Gen IV liquid metal cooling.
• Decode the economics of a closed nuclear fuel cycle.
The Core Challenge
Traditional thermal reactors utilize less than one percent of uranium's potential, leaving behind a legacy of waste and inefficiency.
01
The Physics of Fast Neutrons
02
The Breeding Ratio Explained
03
Fertile vs. Fissile Isotopes
04
The Fission Cross Section
05
Neutron Economy Dynamics
06
Delayed Neutrons and Control
07
Generation IV Visions
08
Sodium-Cooled Fast Reactors
09
Lead-Cooled Systems
10
Gas-Cooled Fast Reactors
11
The Role of the Blanket
12
Fuel Pin and Assembly Design
13
Nuclear Transmutation
14
The Closed Fuel Cycle
15
Reprocessing Technologies
16
Doppler Broadening and Feedback
17
Void Coefficients of Reactivity
18
Fast Reactor Materials
19
Proliferation Resistance
20
The Economics of Breeding
21