Istanbul: Quantum computers are projected to become commercially available in the 2030s, spurred by significant advancements such as Google's Willow processor, which a Turkish sector representative has described as a 'promising turning point in the scientific world.'
According to Anadolu Agency, Murat Canturk, CEO of Turkish cloud infrastructure firm ComPro, emphasized that quantum technology will revolutionize various industries by addressing problems that traditional computers cannot solve. This shift will leverage principles like superposition and quantum entanglement for applications in fields like fluid dynamics, pharmaceutical research, and next-generation materials.
Canturk highlighted that quantum systems have the capability to perform calculations in mere minutes, which would take classical computers billions of years to complete. He provided examples from the aviation sector, where quantum computers could enable the design of intricate airflow models with perfect accuracy, significantly reducing the time required to design aircraft from years to mere months. In the realm of smart drug and innovative material design, these systems will facilitate the rapid discovery of new drugs and advanced materials by simulating molecular interactions at the atomic level.
He noted that the aviation and defense sectors are likely to benefit first from these advancements. Quantum computing will lead to breakthroughs in aerodynamic optimization, fuel efficiency calculations, and turbulence models. In the healthcare sector, it will enhance protein folding simulations and the design of smart drug molecules.
Canturk also pointed out that quantum computing will transform data security by enabling quantum-resistant encryption algorithms, ensuring that existing encryption keys cannot be decrypted. He underscored the substantial investments made by global technology giants like Google, IBM, Microsoft, and Amazon into quantum research, alongside significant public budgets allocated by countries such as China and the US to gain national advantages.
He remarked on Google's Willow chip, unveiled in December 2024, which recently demonstrated the first verifiable quantum dominance using its 'Quantum Echoes' algorithm. Canturk explained that Willow can analyze molecular structures with calculations 13,000 times faster than supercomputers, signaling a transition from lab environments to real-world applications. He concluded that Willow's success is a strong indication that quantum computers will become widespread in the 2030s.