Start with what a quantum computer actually is, because the industry never bothers to explain it. Your laptop stores everything as bits, tiny switches that are either 0 or 1. A quantum computer uses qubits, which can be 0 and 1 at the same time, a genuine weirdness of physics that lets the machine explore huge numbers of possibilities at once. That is why governments and companies believe these machines will one day design new drugs, new batteries and new materials that no normal computer could ever figure out. But here is the catch nobody puts out: to do any of that useful work, you need thousands of qubits working together. The best machine on earth today only has 98! Why so few? Because of how the qubits are built. One of the leading methods, called trapped ions, uses single charged atoms as qubits, floating in a vacuum, held in place by electric fields, like marbles balanced in an invisible groove. These atomic qubits are the most accurate ever made. But the invisible groove has a shape, and for twenty years that shape has been a straight line. Atoms sit in single file, one behind the other. Want more? Make the line longer, which gets unstable, or connect several lines with junctions, basically road intersections for atoms, which are so hard to engineer that entire companies have spent a decade on them. The line is why quantum computers have stayed small. ZuriQ believes the line itself is the mistake. The Zürich based company announced a $25.5 million seed round, led by Quantonation, the Paris and Boston fund that invests exclusively in physics startups, with participation from Forward.one, Extantia, Firgun Ventures, and every investor from its $4.2 million pre-seed, including Founderful. The pre-seed funding round in ZuriQ was led by Founderful