Google launched Willow with a claim of exponential error reduction but critics have questioned the quantum computing chip's bold claims and possibility of parallel universes/multiverses.
German physicist Sabine Hossenfelder said the tech giant’s claims were not true as stage-managed results might not be as impactful as projected.
The quantum chipset Willow with 105-cubit has the potential for practical applications in areas such as drug discovery, battery designs, and fusion energy.
Scientific experts have pointed out the grand claims in the quantum computing field may lose their lustre when conventional computing algorithms are discovered to achieve similar results.
Multiple tech giants like Google and Microsoft are developing the lethal blend of AI and quantum to drive the next wave of AI revolution.
China recently launched its advanced 504-qubit superconducting quantum computer Tianyan-504, which crosses the 500-qubit threshold and competes with international platforms like IBM.
IBM has made significant progress in becoming a leader in quantum computing and AI in the quantum race.
India is also planning for the quantum revolution and has developed the country's largest quantum computer, with 6-7 superconducting qubits, in collaboration with DRDO and TCS.
LTIMindtree has announced a strategic collaboration with IBM to advance the quantum innovation ecosystem and create a strong industry-academia ecosystem.
While Google's announcement was impressive, its practical implications are currently limited as applications with everyday relevance need a million qubits, and we remain far from that benchmark.