Plasma Physics
The physics that makes or breaks confinement: shielding, collisionality, transport, stability limits, self-heating, and turbulence.
The Fusenergy knowledge base
Mega Library: 720 fusion energy chapters, twelve domains
Every topic in the mega library is covered from six angles — foundations, engineering model, data analysis, operations review, research roadmap, and commercial diligence — so you can move from first principles to informed judgment without leaving the platform.
720Long-form chapters across the knowledge base
12Knowledge domains, physics to markets
120Topics, each examined from six angles
6Lenses per topic, foundations to diligence
Magnetic Confinement
Tokamaks, stellarators, coils, field shaping, and the road to steady-state magnetic fusion.
Inertial & Pulsed Fusion
Laser drivers, target physics, compression symmetry, repetition rate, and pulsed-power concepts.
Fusion Fuels
Fuel supply and strategy: deuterium, tritium inventory, lithium breeding, isotope separation, and advanced-fuel tradeoffs.
Blankets & Tritium
The multi-function blanket: neutron capture, heat extraction, beryllium multipliers, coolant choices, and tritium accounting.
Materials & Components
First walls, structural materials, neutron damage, activation, and component lifetime under reactor conditions.
Control & Diagnostics
Seeing and steering plasma: sensors, magnetic control, exhaust handling, and data systems.
Power Conversion
From captured heat to grid electricity: exchangers, turbines, direct conversion, and plant integration.
Safety & Regulation
Shielding, remote maintenance, licensing pathways, environmental monitoring, and credible failure-mode planning.
Economics & Markets
Cost drivers, market signals, deployment scenarios, and disciplined commercial diligence.
Research Methods
How fusion knowledge is made: experiment design, measurement discipline, replication, and reading publications.
Professional Roadmaps
Milestones, global collaboration, workforce development, and pathway planning toward fusion power.
How the six lenses work
Read one topic the way the field evaluates it
Pick any topic — say, tritium breeding ratio — and the library walks you through the same six questions professionals ask.
Foundations
What the concept is, why it matters, and the physical intuition behind it — readable without advanced math.
Engineering Model
How the concept turns into hardware: subsystems, interfaces, constraints, and the numbers that drive design.
Data Analysis
What gets measured, how signals are interpreted, and which uncertainties dominate the conclusions.
Operations Review
What running the system day to day actually involves: maintenance, uptime, degradation, and monitoring.
Research Roadmap
Where the open problems are, which facilities and programs are attacking them, and what milestones to watch.
Commercial Diligence
How the topic shows up in cost, schedule, supply-chain, and risk conversations when fusion meets markets.
Go deeper
Pair the library with the simulator and live news.
Concepts stick when you can turn the knobs yourself and see today's headlines in context.