The first to unlock quantum advantage

TM: The race toward quantum advantage can be accelerated by controlling the quantum computer with new, unprecedented algorithms.

QMill hosted one of the busiest booths at Slush, alongside a number of private investor meetings.

Press release: Launching QMill Circuit Compression, an AI-powered service that makes it easy to compress, run, and compare quantum circuits.

This is QMill's new company video, available on YouTube (2:30min).

QMill sets another record in quantum circuit compression – now expanding to Ion Trap and Rigetti gate sets

By leveraging the latest advances in artificial intelligence, QMill recently developed a record-breaking method for compressing quantum circuits, bringing useful quantum computations closer in time.

Former Nokia CEO Pekka Lundmark will join Finnish quantum computing company QMill as an investor and a board member.

Press release: QMill, a pioneering quantum-algorithm company based in Espoo, Finland, has appointed Antti Vasara as Chairman and Pekka Lundmark as a member of its Board of Directors.

Kauppalehti explored what quantum computing means and how one can invest in it. Speakers include Mikko Möttönen from QMill. 

The École de technologie supérieure (ÉTS) announced the creation of its new Tensor Institute, and a strategic partnership with QMill.

Handelsblatt presents five tech bets, one of which is the Quantum Advantage. QMill’s Hannu Kauppinen is also interviewed. (Article in German, paywalled.)

Finland’s strength lies not in scale, but in strategic clarity. It’s a place where deep tech companies, like QMill, find fertile ground to grow. (Article in German, paywalled.)

Talouselämä selected ten promising startups that have gained momentum even in a tougher market.

QMill aims to be the first to commercialize an algorithm that delivers true quantum advantage. The quantum market is estimated to grow into hundreds of billions of euros. 

Press release: QMill, a pioneering quantum-algorithm company based in Espoo, Finland, is announcing the first results on the efficiency of its new algorithms designed for the near-future quantum computers