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Physics
Define the physical question.
Start with the plasma behaviour, assumptions and constraints that must be understood.
Quasarus Fusion · Nagpur, India
India's deep-tech path to practical fusion.
Quasarus is an Indian fusion R&D company building reproducible physics models, simulation workflows and engineering constraints before advancing to subsystem hardware.
Early-stage R&D · Incorporated 2026
Name origin · QSR / 01
Quasar
An active galactic nucleus of extraordinary luminosity.- Incorporated
- 13 July 2026
- Headquarters
- Nagpur, India
- Current phase
- KH-1
- Prototype status
- TAPAS-1 planned
01The mission
Advance fusion from scientific possibility to engineered reality.
Fusion development requires progress across physics, computation, materials, electronics, diagnostics, manufacturing and experimental hardware. Quasarus is building a disciplined programme that connects these domains through measurable engineering milestones.
PhysicsComputationEngineeringHardware
02Development cycle
One question becomes the next.
From physical theory to better evidence.
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Computation
Make the system measurable.
Use computational workflows to challenge assumptions and identify the evidence that matters next.
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Engineering
Translate evidence into constraints.
Turn what the models reveal into testable requirements, interfaces and development gates.
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Hardware
Build what can answer the next question.
Create focused experimental hardware only when it can produce useful, traceable evidence.
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Iteration
Return evidence to the model.
Let physical results improve the next cycle of physics, computation and engineering decisions.
Concept visualisation · no final geometry or operating device
03Why fusion—and why discipline
The opportunity is enormous. The path must be earned.
Fusion is worth pursuing precisely because its potential is large and its engineering burden is unforgiving.
Energy potential
Fusion's energy-density and firm-power potential justify sustained research without diminishing the difficulty of the work.
System complexity
Progress depends on physics, materials, power, controls, diagnostics and manufacturing advancing as one engineering system.
Evidence sequence
Quasarus reduces uncertainty through reproducible modelling, subsystem measurements and explicit gates before integration.
04From first principles to hardware
One programme.
Multiple disciplines.
Explore the development approach 
Physical models01
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
Reproducible simulation02
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
System constraints03
Engineering
Translate promising physics into systems that respect materials, thermal, structural and control realities.
- Electromagnetics
- Thermal systems
- Structures and materials
- Controls and diagnostics
Measured evidence04
Hardware
Build measurable subsystems and integrate only what has earned the next experimental step.
- Subsystem prototypes
- Instrumentation
- Laboratory testing
- Experimental integration
05Planned prototype
Working name
TAPAS-1
Quasarus’s planned first experimental hardware prototype.
Its purpose will be to test selected subsystem behaviour, instrumentation and engineering assumptions before progressing toward a more integrated experimental system.
- 01Establish traceable diagnostic and data-acquisition pathways.
- 02Exercise selected power-delivery and control interfaces.
- 03Compare laboratory measurements with the assumptions guiding the next phase.
Planned · specifications under development
Illustrative hardware study06Development roadmap
A phased route from research to experimental hardware.
View the complete roadmapFoundations
Completed
Computational and engineering validation
Current
Subsystem hardware
Planned
TAPAS-1
Planned
Integrated experimental system
Planned
Power-relevant architecture
Exploratory
07Long-term philosophy
The Kardashev Horizon
Energy expands the range of problems humanity can solve.
The Kardashev scale connects a civilization’s technological capability with the energy it can command. Quasarus uses the Kardashev Horizon as a long-term design philosophy—not as a claim about present capability.
The KH development phases are Quasarus programme identifiers. They do not represent or claim achievement of Kardashev civilization levels.08Where Quasarus is today
Early work.
Explicit status.
Quasarus is presently in an early research and engineering phase. No operational fusion reactor or completed experimental prototype is being claimed.
- Company incorporated
- Fusion research programme established
- Initial computational planning underway
- Technical validation in progress
- Hardware specifications to follow
- TAPAS-1 remains planned
09Company
Built in India for a global energy challenge.
QUASARUS (OPC) PRIVATE LIMITED is an Indian deep-technology company established in Nagpur, Maharashtra. The company was created to pursue long-horizon fusion research through disciplined scientific, computational and hardware development.
Founder and DirectorAkshay Ukey
About the company “Quasarus is being built around a simple rule: models must be reproducible, assumptions explicit and hardware earned by evidence.”
10Verified updates
Progress, with receipts.
Completed
QUASARUS (OPC) PRIVATE LIMITED incorporated in India
The company begins its work as an Indian research and experimental-development enterprise.
Completed
Quasarus Fusion Programme website initiated
A public foundation for communicating the mission, approach and factual programme status.
Planned
Initial computational research architecture
Define the first reproducible modelling workflow and its engineering decision gates.
Research · Engineering · Collaboration