Quantum Computer at Google solves real world problem 13,000x faster than current Supercomputers

Quantum Computer at Google solves real world problem 13,000x faster than current Supercomputers - Science Feed

On 22 October 2025, Google announced that they have solved a real world problem using their Quantum Echoes algorithm that did the work 13,000 times faster than current supercomputers.

This was the first time it has ever done where they used out of order time correlator OOTC algorithm. This algorithm is verifiable since it can be ran again and again to get consistent result.

They have released a scientific paper over this where they were able to do study of molecular structure using their latest Willow quantum computing chip. This chip used 105 qubit arrays to simulate the molecular behaviour. In this task, they disturbed one qubit from the simulated structure which lead to the formation of butterfly effect inside kind of like wave. This was first done in forward operations. After this, they ran the same operation but from the reverse side.

Hand in a white glove holding a square electronic sensor or microchip. White logos for Willow and a stylized geometric shape are overlaid on the image.

Both the sides waves start interacting with each other and give useful insights about the quantum nature.

According to Google's team, this method can be used for molecular ruler for getting molecular distances using the data of Nuclear Magnetic Resonance.

This is not the first tine Google has achieved. Earlier in 2019, Google's quantum computer solved a problem which a classical supercomputer could have took thousand years. Also in 2024, it gave solution to how to suppress the errors that took scientists nearly 30 years.

For future, Google's Quantum team is planing to collaborate with other institutions to solve more real life problems.

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