Q-Factor emerges as Israel’s newest bet on quantum computing
Quantum computing just got a new name worth keeping on your radar. ☝️
Q-Factor has hit the market as the newest Israeli startup in the quantum sector, debuting with a $24 million seed investment already in the bank. Among the investors who backed this round is Intel Capital, which alone says a lot about the potential the market sees in this company. When one of the largest semiconductor manufacturers in the world decides to put money into an early-stage quantum startup, that’s no coincidence — it’s a signal that something meaningful is being built there.
But what makes Q-Factor different from other companies jockeying for position in the quantum race? The answer lies in an approach that’s still rarely explored commercially: neutral atoms. Unlike other quantum technologies that require extreme cooling and absurdly complex infrastructure, neutral atoms offer a more viable path to actually scaling quantum systems, potentially reaching millions of qubits down the road. And there’s more: the company was born inside the labs of Technion and the Weizmann Institute of Science, two of the most respected research institutions in the world, both of which became shareholders of the startup. 🔬
In other words, we’re talking about decades of academic research being turned into a commercial product, with serious money and a world-class team behind it.
What are neutral atoms and why it matters so much
To understand what makes Q-Factor stand out, it’s important to understand the technology behind it. Quantum computing runs on qubits, which are the quantum version of the classical bits that power every computer or smartphone today. The difference is that qubits can exist in multiple states at the same time, which allows information to be processed in ways traditional computers could never achieve. But implementing this in practice is extremely difficult, and every company in the sector takes a different approach. The best known, like IBM and Google, rely on superconducting qubits, which need to be cooled to temperatures near absolute zero to function. Others bet on trapped ions or photons. Each of these approaches has clear advantages and limitations.
Neutral atoms, on the other hand, are ordinary atoms with no electric charge that are captured and manipulated by lasers in a process called optical trapping. This technology allows hundreds — and potentially thousands — of atoms to be positioned in a highly precise arrangement, where each one can act as an individual qubit. The big draw here is that this method tends to be far more scalable than competing approaches, precisely because it doesn’t depend on complex physical components for each additional qubit. You’re essentially using light to control matter, and that opens doors other technologies simply can’t open in the same way — at least not with the same level of practicality and cost.
As Professor Ofer Firstenberg, co-founder and chief scientist of Q-Factor, put it, the quantum computing industry needs a revolution, not an evolution. Current systems are still too small to deliver on what quantum computing promises, and incremental improvements alone won’t close that gap. According to him, Q-Factor has developed an architecture designed for continuous scalability — a trajectory that follows Moore’s Law logic, capable of taking neutral atom systems from thousands of qubits to millions and beyond.
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Q-Factor says its neutral atom platform has the potential to reach millions of qubits — a number that would be revolutionary for the field. For context, the best quantum computers available today operate with a few hundred to a few thousand qubits, already dealing with significant noise and coherence errors. Reaching millions of qubits with enough quality to solve real-world problems would be a massive leap, and that’s precisely the horizon the company is targeting. This won’t happen tomorrow, of course, but the direction they’re heading makes complete technical and strategic sense.
The team behind Q-Factor: cutting-edge science and market vision
Q-Factor is no ordinary startup. What immediately stands out is the depth of the team leading the project. The company brought together four individuals with serious track records in both academia and the deep tech startup world, all of whom are graduates of the Talpiot program — one of Israel’s most selective military elite programs focused on science and technology talent.
Here are the names:
- Prof. Nir Davidson is a globally recognized authority on ultracold atoms and former Dean of Physics at the Weizmann Institute of Science.
- Prof. Ofer Firstenberg leads a lab at the Weizmann Institute and is a former researcher at Harvard and MIT.
- Prof. Yoav Sagi is the leading expert in neutral atom manipulation at Technion and a former researcher at JILA and the University of Colorado.
- Dr. Guy Raz is a physicist with over 20 years of technical leadership experience across multiple deep tech startups.
This team has collectively published hundreds of scientific papers in the areas that form the direct foundation of this technology, giving the company a technical depth that very few startups in the world can match at this stage. As Gigi Levy-Weiss, partner at NFX, noted, it’s rare to find a team with this combination of scientific authority and commercial instinct. They are uniquely positioned to execute one of quantum computing’s most ambitious goals.
Dr. Guy Raz’s presence on the team is especially strategic. In a landscape where many quantum startups struggle with the transition from academic research to commercial product, having someone with two decades of experience bringing deep science to market makes all the difference. He serves as the bridge between the lab and the real world, ensuring the technology doesn’t stay trapped in theses and papers but actually reaches the point of generating value for customers and investors.
Technion and Weizmann: when academia becomes business
One of the most interesting parts of the Q-Factor story is its academic origin. The startup was founded from research conducted at Technion, Israel’s Institute of Technology, and the Weizmann Institute of Science — both institutions with well-established global reputations in science and technology. Technion, in particular, has already contributed fundamental advances in areas like nanotechnology, electrical engineering, and more recently, quantum computing. These are decades of public and private investment in basic research that are now beginning to convert into companies with real commercial potential.
The fact that these institutions became shareholders of the startup is a detail that deserves special attention. It means they didn’t just provide the environment and intellectual resources for developing the technology — they also decided to bet on the commercial success of what was created inside their labs. This is a growing trend in the global innovation ecosystem, where universities and research centers move beyond being mere talent suppliers to become active participants in the commercialization journey of the knowledge they produce. It’s a shift in approach that benefits the entire quantum computing startup ecosystem because it brings credibility, technical depth, and a network of connections that would be nearly impossible to build from scratch.
The importance of academia in Israel’s startup ecosystem is nothing new. According to PitchBook’s 2025 ranking of top universities for entrepreneurs, Tel Aviv University is Israel’s leader and ranks among the seven most important in the world in this category, while Technion holds the tenth position. As Technion President Prof. Uri Sivan pointed out, since its founding, Technion has had the mission of combining basic science with applied research, and its alumni are the main economic engine of the State of Israel — largely responsible for creating the so-called Startup Nation.
There are many examples of companies that have emerged from Israeli academia, the best known being Rafael Advanced Defense Systems, founded by Technion alumni. Q-Factor now joins this tradition of turning frontier scientific knowledge into high-impact technology ventures.
The $24 million investment and what it means for the sector
A $24 million investment in a seed round might sound like a massive amount — and in the context of early-stage startups, it really is. Most seed rounds in tech hover around a few million dollars. When that number jumps to 24 million right out of the gate, it’s clear that investors see a long-term horizon and are willing to fund the development of a technology that, by nature, takes years to mature. Quantum computing isn’t an area where you launch a product in six months and start generating revenue. The development cycle is long, expensive, and full of technical uncertainties.
The round was led by NFX and TPY Capital, with participation from Intel Capital, Korea Investment Partners, Deep33, and the Matias family, alongside a grant from the Israel Innovation Authority, the Israeli government’s innovation agency. This investor lineup is well diversified, combining American, Korean, and Israeli venture capital with strategic corporate money from Intel and government backing. This type of mix typically indicates that investors aren’t just there for financial returns — they also have a strategic interest in the technology itself.
Intel Capital‘s participation in this round is one of the most symbolic elements of this fundraise. Intel has its own quantum computing research programs and still chose to invest in a startup working with a completely different approach based on neutral atoms. This suggests Intel is making diversified bets across the quantum space, recognizing that there’s no clear winning technology yet and that it makes sense to have exposure to multiple approaches at the same time. For Q-Factor, having Intel Capital as an investor opens doors that go far beyond financial capital — including access to a network of industrial partners, hardware expertise, and potential technological synergy in the future.
As Lisa Cohen, managing director at Intel Capital, pointed out, the Q-Factor team watched the field evolve, learned from the challenges others faced, and assembled the right expertise to tackle the hardest remaining problem in quantum computing: scale.
Along the same lines, Dekel Persi, partner at TPY Capital, emphasized that neutral atoms are emerging as the leading modality for scalable quantum computing, and that Q-Factor enters the race with a distinct architectural advantage over other competitors in the space.
The global quantum computing landscape and where Q-Factor fits in
From the perspective of the quantum computing market as a whole, this kind of move shows the sector is mature enough to attract serious institutional capital but still young enough for startups with differentiated technology to enter and compete with the giants. Companies like IBM, Google, IonQ, and Quantinuum are already well established, but the field is still far from having a definitive winner. The race for high-quality qubits at massive scale remains completely open.
In recent years, neutral atom technology has gained significant momentum. Companies like France’s Pasqal and the American QuEra also work with this approach and have already achieved important technical milestones. Q-Factor’s entry into this segment, with robust capital and an elite academic team, adds more competition and accelerates development across the entire field. More serious competitors in this space mean more innovation, more benchmarks, and ultimately a faster path to practical quantum computing.
The big challenge all these companies face is the same: how to build a quantum computer with enough qubits and a low enough error rate to solve problems that classical computers simply cannot process in a viable timeframe. We’re talking about applications like molecular simulation for discovering new materials and drugs, optimization of complex supply chains, advanced cryptography, and next-generation artificial intelligence models. These are problems that, once solved, could transform entire industries.
Q-Factor believes its neutral atom architecture with continuous scalability is the key to unlocking that future. If they manage to deliver on what they’re promising — even partially over the next few years — the company has everything it takes to become one of the global leaders in the sector. 🚀
Israel solidifies its position in the global quantum race
With Q-Factor’s arrival on the market, Israel further strengthens its position as one of the most relevant innovation hubs on the planet, especially in frontier technologies. The country is already recognized for its density of startups per capita, and now it’s beginning to project that same strength into the quantum computing field. The combination of world-class universities, government support through agencies like the Israel Innovation Authority, investors willing to take long-term risks, and a steady flow of talent trained in elite programs like Talpiot creates a fertile environment for initiatives like Q-Factor to not only get started but to have real conditions to compete on the international stage.
The future of quantum computing is still being written, and no company can guarantee it will be the winner of this race. But Q-Factor already starts with a rare advantage: deep science, an exceptional team, strong capital, and a technology that the market increasingly recognizes as one of the most promising for the long term. This startup is definitely one to watch closely as the next chapters of this story unfold. 👀
