Bursaries of up to USD$50,000 for Breakthroughs in Cryogenics and Low-Temperature Physics.

Opportunity:

Pulsar Helium’s ‘Helium-3 Research Initiative’ supports pioneering teams exploring the frontiers of cryogenics, low-temperature physics, and quantum materials science.

Collaborative Approach:

The program provides bursaries and collaboration opportunities for researchers investigating matter and quantum phenomena at near-absolute-zero temperatures — conditions where helium-3 plays a central role.

Apply For Funding:

The initiative welcomes proposals from university departments, research consortia, and independent laboratories advancing applications across Cryogenic Science and Engineering, including next-generation refrigeration systems, quantum technologies, fusion-energy research, and novel helium-3 separation or recovery methods.

Structure of the Earth

This program underscores Pulsar’s commitment to scientific excellence and real-world innovation, connecting the company’s discoveries at the Topaz Project with the global academic community working to unlock helium-3’s potential.

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How does the program work?

1. Discover: Access funding of up to USD $50,000 for breakthrough research in cryogenics, quantum materials, and low-temperature physics.

2. Collaborate: Work directly with Pulsar Helium’s engineering team to align academic insights with real-world helium-3 recovery and application goals.

3. Innovate: Advance next-generation technologies - from quantum refrigeration to fusion-energy systems - where helium-3 drives progress at near-absolute-zero.

³He Research Initiative explained


The Helium-3 Research Initiative is designed to foster collaboration between scientific research and field discovery. Through targeted bursaries and technical engagement, it supports teams advancing innovation across cryogenics, quantum systems, and advanced materials. By connecting laboratory research with the Company’s terrestrial helium-3 resource at Topaz, the program hopes to translate academic progress into practical applications with real-world relevance.

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