Large technology organizations are intensifying their search for practical applications of quantum computing. On July 10, Google Research opened applications for academic researchers to develop algorithms for early fault-tolerant quantum computers — systems that can already correct some errors but have not yet achieved full error correction. This is an important milestone, as the transition to fault tolerance is considered a critical threshold for the commercialization of quantum technologies.
Funding under this initiative amounts to up to $100,000 per project. The application deadline is August 7. It is expected that the selected research will help determine which computational tasks quantum machines will be able to solve faster or more accurately than classical supercomputers in the coming years.
Fraunhofer focuses on industry
In parallel, the German Fraunhofer Institute, through its INQUBATOR division, has launched a competition for corporate clients. By August 31, the organization plans to select at least four business cases that will undergo a full development and testing cycle over ten months. These are not just grants — this is a full-fledged incubator where companies can test hypotheses on real quantum hardware without needing to build their own infrastructure.
Both competitions reflect a growing trend: the private sector and academia are increasingly seeking "killer applications" for quantum computers. While most quantum systems remain experimental for now, financial incentives and access to equipment could significantly accelerate the emergence of the first commercially viable solutions.
Expert opinion: The simultaneous launch of two programs is no coincidence. Google and Fraunhofer understand that without clear business cases and measurable results, the quantum industry risks remaining in the "valley of death" between laboratory prototypes and mass adoption. It is competitions like these, not just the development of more powerful qubits, that will determine which players first monetize quantum advantage.