Helicity Space Raises $5M Seed Round for Fusion Propulsion Technology

Helicity Space Raises $5M Seed Round for Fusion Propulsion Technology

by Simon Mansfield

Sydney, Australia (SPX) December 21, 2023






Helicity Space, a name that has begun to resonate in the commercial space industry, has recently announced a significant development in its quest to revolutionize space propulsion. The company successfully secured a $5 million seed funding round, a move that not only underscored the industry’s confidence in fusion technology but also marked a pivotal moment in the revolution in space travel.

This round of funding is led by a consortium of forward-thinking investors, including Airbus Ventures, TRE Ventures, Voyager Space Holdings, E2MC Space, Urania Ventures, and Gaingels. Their collective endorsement reflects a growing interest in the potential of fusion-powered space propulsion and a belief in Helicity Space’s vision.

At the core of Helicity Space’s ambitious business is the pioneering Helicity Drive technology. This technology, a product of more than two decades of dedicated research in plasma physics and fusion, represents a radical departure from traditional methods of space propulsion.

The founders of the company, Dr. Setthivoine You, former professor of plasma physics at the University of Tokyo and University of Washington, Marta Calvo, with his background in chemical engineering at Aerojet Rocketdyne, and Stephane Lintner, formerly at Goldman Sachs, have combined a unique. combination of skills and insight. Their collective experience forms the backbone of Helicity Space’s new approach.

The Helicity Drive is based on cutting-edge principles such as plectonemic plasma jets, magnetic reconnection, and peristaltic magnetic compression. These concepts, although complex, are rooted in a fundamental understanding of plasma behavior and fusion reactions. Plectonemic plasma jets involve twisting and coiling of plasma streams, which improve stability and confinement – ​​critical aspects for sustained fusion reactions.

Magnetic reconnection, a process seen in solar flares and other cosmic phenomena, involves the merging and snapping of magnetic field lines, releasing large amounts of energy. Peristaltic magnetic compression, similar to the squeezing action of peristalsis, is used to increase the density and temperature of the plasma, pushing it closer to the conditions required for fusion.

Developing scalable fusion propulsion engines using these principles is not just an academic exercise. These engines are expected to revolutionize space travel by making it safer, faster, reusable, and more fuel efficient. The implications for deep space exploration are enormous, potentially opening up new realms of the solar system for human exploration and commercial exploitation.

However, the path to the realization of this vision is filled with challenges and questions, especially around the feasibility and scale of such advanced technology, especially given the historical difficulties associated with achieving ot of controlled integration. Skepticism also arises from the relatively modest amount of funding raised, considering the generally high costs associated with fusion research and development. In addition, the wider use of this technology for terrestrial energy needs, a critical concern in the context of the global energy crisis and climate change, remains an area of ​​speculation and debate.

In response to this and other questions, Dr. Setthivoine You engaged in a detailed Q&A session, providing insights into the company’s strategy, the technical underpinnings of the Helicity Drive, and the broader implications of their work in fusion technology. His answers shed light on the Helicity Space approach and its potential impact on space travel and energy production on Earth.

In the next section, we explore this Q&A session with Dr. You, exploring the intricacies and challenges of pioneering Helicity Space in fusion propulsion.

Q&A with Dr. Setthivoine You

Q1: How is it possible that $5 million will fund anything serious in the field of Fusion drives?

dr. You: “The scalability of our concept is key. It’s similar to how the number of cylinders in an internal combustion engine affects performance. We can start small, with fewer plasma sources, which allows for initial tests at a moderate level of investment. As we scale up by adding additional plasma sources, we can change the performance of the system. This phased approach helps manage the costs of effectively while advancing technology.”

Q2: Considering the billions spent to achieve mere seconds of controlled fusion on Earth, how are we on the cusp of scalable fusion drives in space?

dr. You: “It is true that controlled fusion on Earth, like tokamaks, is expensive and complicated. However, our approach is very different. We focus on running in space, where the requirements are different from power plants on earth. . Our method, pulsed magneto-inertial fusion, offers a more compact system suitable for space applications. Although still challenging, we believe it allows for faster and cost-effective development.”

Q3: If this technology is so good, wouldn’t it have widespread application on Earth, attracting large energy companies?

dr. You: “While our fusion technology holds promise for Earth-based energy solutions, we first need to demonstrate its viability step by step. We are now focused on proving the technology for space propulsion. bigger interest and investment, including from energy companies, for broader applications.”

Q4: The focus on deep space exploration suggests that the technology may not be applicable to Earth’s energy challenges, such as global heating. Can you comment on this?

dr. You: “We believe in the potential of fusion energy to address global warming. However, our current focus is on space propulsion. Fusion propulsion can contribute to Earth’s environmental goals indirectly by enabling offworld mining. and industry, reducing terrestrial resource consumption and ecological impact. Ultimately, we see our technology playing an important role in space exploration and the Earth’s sustainable future.”

Helicity Space’s support of a group of strategic advisors, including prominent figures from NASA, underlines the company’s ambition and potential in the field of space exploration and operation.

Helicity Space’s recent seed funding marks a significant moment in the pursuit of fusion-powered space propulsion. While the challenges are significant, the company’s new approach, combined with its phased development strategy, presents an interesting path forward in space exploration and potentially in meeting the Earth’s future energy needs.

Understanding Helicity Space’s Helicity Drive Technology

1. Plectonemic Plasma Jets for Confinement

What is Plasma?

Plasma is often referred to as the fourth state of matter, distinct from solids, liquids, and gases. It consists of a hot, ionized gas with equal numbers of positively charged ions and negatively charged electrons.


Plectonemic Plasma Jets
The term ‘plectonemic’ refers to the twisted or helical structure of the plasma streams. In the context of Helicity Drive, plectonemic plasma jets are used for plasma confinement. This means keeping the plasma stable and contained within a specific region. The helical nature of these jets helps stabilize the plasma, which is essential for sustained fusion reactions. This method is innovative because it uses the inherent properties of plasma to maintain stability, which can reduce the need for complex external containment systems.

2. Magnetic Reconnection for Heating

Magnetic Reconnection

This is a process in which magnetic field lines from different magnetic domains are forced together, broken, and reconnected. This phenomenon is often seen in solar flares and the earth’s magnetosphere. During magnetic reconnection, a significant amount of magnetic energy is converted into kinetic energy, thermal energy, and particle acceleration.


Fusion Application
In the Helicity Drive, magnetic reconnection is used as a method to heat the plasma. The intense heat generated from reconnection raises the plasma to the extremely high temperatures required for fusion reactions. This process is critical because achieving the high temperatures required for fusion is one of the most challenging aspects of fusion technology.

3. Peristaltic Magnetic Compression to Increase Energy Density

Peristaltic Magnetic Compression

This term takes an analogy with peristalsis, a process that occurs in biological organisms where muscles contract and relax to move substances through a channel, such as food through the esophagus. In the Helicity Drive, a similar concept is used using magnetic fields to compress the plasma. Magnetic fields are manipulated in such a way as to ‘squeeze’ the plasma, increasing its density and temperature.


Increasing Energy Density for Fusion
A higher energy density is essential for achieving the conditions required for mixing. This involves compressing the plasma so that the nuclei are close enough to overcome their electrostatic repulsion and fuse together. This method of compression is new because it aims to achieve the necessary plasma conditions for fusion in a more controlled and efficient way.

Effect of Space Propulsion

Combining these three technologies, Helicity Space envisions creating scalable fusion propulsion engines. The fusion reactions generated by this technology will provide a high thrust-to-weight ratio, far more efficient than current chemical rocket engines. This efficiency enables faster travel times and makes deep space missions more feasible. Additionally, the use of fusion propulsion would lead to reusable and more efficient fuel for space travel, essential for long-term exploration and potential colonization efforts.

The unique combination of plasma physics and magnetic technology of the Helicity Drive represents a new approach in the field of space propulsion. By addressing the primary challenges of plasma confinement, heating, and increasing energy density, Helicity Space is leading the development of what could be a major leap in space exploration technology.


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