Two new items point to momentum building across quantum computing research and the industries that feed it.
According to IndexBox, the market for topological materials is forecast to grow through 2035, with quantum computing and spintronics named as the forces driving that expansion. Topological materials are a class of substances prized for unusual electronic behavior, and IndexBox frames their rising demand as tied directly to the hardware ambitions of the quantum sector.
Separately, the journal Science, published by AAAS, highlights work on mechanical resonator–based quantum computing. This approach explores using tiny mechanical resonators — vibrating structures — as a foundation for quantum computation, an alternative to the more familiar superconducting and trapped-ion designs that dominate headlines.
Together, the two sources sketch a field advancing on more than one front at once: not only in the design of the machines themselves, as reflected in the Science coverage of resonator-based approaches, but also in the specialized supply chain of exotic materials that such machines may depend on, as tracked by IndexBox.
The specifics of each development are limited to what these sources state, and neither item on its own claims a finished, commercial quantum computer. What they signal instead is direction — where researchers and market analysts alike expect effort and money to flow.
Why it matters: quantum computing's real-world payoff depends as much on breakthroughs in underlying materials and novel hardware designs as on any single lab result, and both are now drawing serious attention.