01
Physics
Define the physical assumptions, behaviours and operating constraints that a credible programme must answer.
- Plasma behaviour
- Reactor concepts
- Energy and particle dynamics
- Operating constraints
Development approach
From first principles to physical evidence.
Quasarus treats computation as one engineering capability among several. Every phase exists to reduce uncertainty before the programme commits to more complex hardware.
MODELCHALLENGEBUILDMEASUREITERATE
Technical orientation
Advanced fusion concepts and plasma-confinement research.
Quasarus is investigating advanced fusion concepts and the plasma-confinement questions that future physical systems must answer. The present programme connects first-principles analysis, computational investigation and staged engineering work before any concept earns experimental validation.
- Plasma-confinement concepts and physical assumptions
- Measurement quality and repeatable evidence
- Practical limits for staged hardware development
02
Computation
Use reproducible models to explore parameter space and reject weak directions before expensive physical work.
- High-performance computing
- Multiphysics simulation
- Parameter exploration
- Scientific data analysis
03
Engineering
Translate promising physics into systems that respect materials, thermal, structural and control realities.
- Electromagnetics
- Thermal systems
- Structures and materials
- Controls and diagnostics
04
Hardware
Build measurable subsystems and integrate only what has earned the next experimental step.
- Subsystem prototypes
- Instrumentation
- Laboratory testing
- Experimental integration
Engineering discipline
Every phase must earn the next one.
Models should change decisions. Experiments should test assumptions. Hardware should be added only when it can answer a defined question.
- 01State the physical assumption.
- 02Define the computational or engineering test.
- 03Set the evidence threshold before execution.
- 04Advance, revise or reject based on the result.