Israeli Quantum Startup Raises $24M to Scale Computing

Israeli scientists just took a major leap toward making quantum computing practical, raising $24 million to build machines that could revolutionize everything from medicine to climate science.

Q-Factor emerged this week as Israel's newest quantum computing startup, founded by professors from the Technion and Weizmann Institute who spent decades perfecting their approach in university labs. The company secured seed funding from Intel Capital, NFX, and TPY Capital to commercialize technology that promises to overcome quantum computing's biggest obstacle: scale.

"The quantum computing industry needs a revolution, not an evolution," said Professor Ofer Firstenberg, Q-Factor's co-founder and chief scientist. Current quantum computers are too small to deliver on their promise, but Q-Factor's architecture is designed for continuous scalability that could take systems from thousands of qubits to millions and beyond.

The company uses neutral atoms to store quantum information, a technique that doesn't require extreme cooling or complex wiring like other approaches. These atoms can hold information for extended periods and are controlled with light, making them easier to scale up than traditional quantum computing methods.

Q-Factor represents the latest success story from Israel's powerhouse academic ecosystem. Both the Technion and Weizmann Institute are shareholders in the company after their labs were used to develop the core technology, showing how Israeli universities transform basic research into commercial breakthroughs.

The team combines serious scientific credentials with startup experience. Professor Nir Davidson is a world-renowned authority in ultracold atoms and former dean of physics at Weizmann. Professor Yoav Sagi leads neutral-atom research at Technion and previously worked at JILA and the University of Colorado. Dr. Guy Raz brings 20 years of technical leadership in deep tech startups to translate the science into products.

Intel Capital's Lisa Cohen highlighted why this matters now: "They've watched the field evolve, learned from the challenges others have encountered, and assembled the right expertise to tackle the hardest remaining problem in quantum computing: scale."

The Ripple Effect

Q-Factor's breakthrough could accelerate progress across multiple fields that desperately need more computing power. Quantum computers promise to discover new medicines, design better batteries, optimize transportation networks, and model climate solutions in ways today's computers simply cannot.

The company also received support from Korea Investment Partners, Deep33, the Matias family, and a grant from the Israel Innovation Authority. This global backing reflects growing confidence that neutral atoms represent the most promising path to practical quantum computing.

Israel continues proving that small countries can lead big technological shifts when universities and entrepreneurs work together. Tel Aviv University ranks seventh globally for entrepreneurship, while Technion placed tenth in PitchBook's 2025 rankings.

The quantum revolution is getting closer to reality, one atom at a time.