Fusion in the Service of Humanity

मानव सेवा में संलयन

Engineering Fusion to Power Medicine & Clean Energy

One neutron platform, progressively upgraded — delivering BNCT cancer therapy, industrial inspection, domestic medical isotopes, and a clear path toward clean, limitless energy. Revenue from Day 1.

ASPL Fusion device — stylised fusion neutron source with magnetic confinement
DPIIT Recognised Startup
Incorporated in India
Incubated at AIC Plasmatech
Deep-Tech R&D
0 Phases of Impact
30M+ Indians needing nuclear medicine annually
0 Carbon emissions from fusion

A Phased Commercial Staircase

One neutron platform, progressively upgraded — generating value at every stage while advancing toward clean fusion energy.

Phase 1

2026–2029

Cancer Therapy & Industrial Inspection

An accelerator produces epithermal neutrons for Boron Neutron Capture Therapy — India's first BNCT facility, targeting head & neck cancers with minimal healthy-tissue damage. The same device simultaneously provides precision neutron non-destructive evaluation (NDE) for aerospace and defence.

Phase 2

2026–2030 Concurrent with Phase 1

Medical Isotope Production

A magnetic mirror fusion device becomes India's first domestic fast-neutron isotope source, producing a portfolio of medical isotopes for oncology and nuclear medicine — including Tc-99m, Lu-177, Cu-64, Sc-47, and others currently 100% imported.

Phase 3

2031–2036

Hybrid Energy Systems

The device is upgraded and coupled with a sub-critical blanket to address nuclear waste management, advanced fuel breeding, and grid-scale electricity generation — three national priorities from a single machine.

Phase 4

2036 onwards

Clean Fusion Power

The upgraded mirror device achieves near-aneutronic fusion, producing grid-scale clean electricity with minimal radioactive waste — the long-term vision for baseload energy independence.

Our Applications

A single neutron platform serves medicine, industry, energy, and research — each application reinforcing the others.

Built on Proven Physics

Our technology platform draws on decades of plasma physics research, adapted for near-term commercial applications.

Neutron Source Design

Advanced moderator and reflector assemblies optimised through Monte Carlo simulation for epithermal beams serving both BNCT therapy and industrial NDE.

Progressive Platform

A single linear device progressively upgraded — from accelerator to magnetic mirror to advanced operations — each stage funding the next.

Computational Tools

Proprietary simulation and nuclear knowledge graph platforms that accelerate R&D and serve the broader nuclear science community.

Safety by Design

Inherently safe fusion processes with no risk of meltdown, no weapons-grade materials, and minimal waste — designed for regulatory confidence.

Led by Deep Expertise

Our team brings together nuclear physics, engineering, and enterprise leadership.

Leadership

Portrait of Prof. Prabhat Ranjan

Prof. Prabhat Ranjan

Founder

Portrait of Abhay K. Jha

Abhay K. Jha

Co-founder

Portrait of Abhinav Jha

Abhinav Jha

Operations Director

Advisors

Portrait of Prof. Y. C. Saxena

Prof. Y. C. Saxena

Advisor

Portrait of Prof. Srinivasan Ganesan

Prof. Srinivasan Ganesan

Advisor

Research & Engineering

Portrait of Nilormi Das

Nilormi Das

Research Scientist

Portrait of Dr. Varun Vijay Savadi

Dr. Varun Vijay Savadi

Senior Research Scientist

Portrait of Chandresh Shah

Chandresh Shah

R&D Engineer

Let's Build the Future Together

We welcome conversations with researchers, clinicians, investors, and anyone passionate about fusion's potential for humanity.

Reach Us

Whether you're exploring collaboration, investment, or simply curious about our work — we'd love to hear from you.

New Delhi & Gujarat, India
DPIIT Recognised Startup (DIPP222699)

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