Helium isn’t just for balloons. It’s a critical enabler of cutting-edge innovation — from quantum computing and semiconductors to space exploration and supercooling systems like the James Webb Space Telescope.
In this video, discover:
- Why helium’s unique physical and chemical properties make it irreplaceable in modern technology
- How helium supports research in superconductivity, particle accelerators, and fiber optics
- Pulsar Helium’s (PLSR) mission to become a primary helium producer from its Topaz project in Minnesota
- The role of domestic helium supply in protecting tech industries in the U.S. and Europe
- How Pulsar is unlocking new geological and engineering insights for future helium exploration
- As demand for helium surges in supercomputing, space tech, and advanced manufacturing, Pulsar is positioning itself to be a cornerstone of the global supply chain
What you'll learn:
- The Strategic Importance of Helium in Advanced Technologies
- Pulsar’s Unique Market Position - Pulsar is not relying on helium as a by-product — it’s pioneering primary helium production, which is rare and more scalable
- De-Risking the Helium Supply Chain - Most helium comes from geopolitically unstable regions. Pulsar’s U.S.-based project offers a secure, domestic source
- A Long-Term Vision with Global Impact
- Strong Alignment with High-Growth Sectors
Pulsar Helium (PLSR)
