Google wins Nobel Prizes in succession! AI won last year's Chemistry Prize, and quantum computing won this year's Physics Prize.

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Scientists from Alphabet, Google's parent company, have won Nobel Prizes for two consecutive years, once again highlighting this tech giant's profound strength in advanced fundamental research fields such as artificial intelligence and quantum computing. These technologies are seen as having a disruptive impact on the future of business and market paradigms.

The latest development is that the 2025 Nobel Prize in Physics has been awarded to three physicists who have made groundbreaking contributions in the field of quantum mechanics, including Michel Devoret, the current Chief Hardware Scientist at Google's Quantum AI Lab, and John Martinis, who led its hardware team for many years. This honor not only recognizes their individual achievements but also provides strong endorsement for Google's leading position in the next generation computing technology race.

Google CEO Sundar Pichai quickly congratulated them, emphasizing that the laureates’ research laid the foundation for the company's latest breakthroughs in quantum computing. He stated on social media that their work has paved the way for the realization of fault-tolerant quantum computers in the future. This statement sent a clear signal to the market: Google's long-term investment in basic science is transforming into core competitiveness in critical technical fields of the future.

The awarding of this Physics Prize follows last year’s Nobel Prize in Chemistry awarded to researchers at Google DeepMind. Two consecutive years of top scientific prizes going to Google demonstrates its R&D division's ability to turn enormous capital investments into world-class scientific achievements, which is crucial in evaluating the company’s long-term investment value.

Focus on Quantum Breakthroughs

This year’s Nobel Prize in Physics was awarded to Michel Devoret, John Martinis, and John Clarke, in recognition of their “discovery of macroscopic quantum mechanical tunneling and energy quantization in circuits.” According to the Royal Swedish Academy of Sciences, the laureates demonstrated through a series of experiments that the peculiar properties of the quantum world can be implemented in a large enough system that can be held by hand.

Their research is of great significance. The Academy explained in its announcement that this superconducting circuit system can tunnel from one state to another as if passing through a wall, and absorb and release energy in specific units predicted by quantum mechanics.

For Google, the winners’ backgrounds directly relate to its core strategy. Michel Devoret is currently the Chief Hardware Scientist at Google Quantum AI Lab and teaches at Yale University, continually playing a key role in Google’s efforts to build scalable, fault-tolerant quantum computers. John Martinis was a researcher at Google, leading the team that achieved the “quantum supremacy” milestone in 2019, before leaving Google in 2020.

The Nobel Moment for AI

This year’s Physics Prize is another honor for Google. Just last year, the Nobel Prize in Chemistry was awarded to Sir Demis Hassabis, CEO of Google’s artificial intelligence subsidiary DeepMind, and senior research scientist John Jumper, for their contributions to protein structure prediction.

The AI model AlphaFold2 they developed solved a problem that had troubled the scientific community for 50 years, enabling protein structures to be predicted from amino acid sequences. The application value of this breakthrough is enormous: since its release in 2020, the model has helped predict the structures of nearly 200 million proteins, used by more than two million researchers from 190 countries, and has had a profound impact on fields such as pharmaceuticals, vaccines, and new materials.

Also sharing the award was Professor David Baker of the University of Washington, who was recognized for “computational protein design.”

Tech Giant’s R&D Strength

Winning Nobel Prizes in different cutting-edge fields for two consecutive years clearly outlines Google's R&D landscape and strength as a tech giant. This is not only an academic honor, but is also directly related to the company’s long-term business moat. Whether it’s AI that can accelerate drug research or quantum computing that may solve the current computational bottleneck, both are key variables determining the structure of future market competition.

Sundar Pichai could hardly hide his pride when congratulating the Physics Prize winners, saying: “Felt lucky this morning to work at a company with 5 Nobel laureates—three prizes in two years!” His comments highlighted Google’s corporate culture of attracting and retaining top scientific researchers, a culture viewed as the engine of its continued innovation.

For investors, these awards are an important indicator of the company's capacity for innovation and future potential. They show that Google has formidable strength not only in today’s dominant digital advertising and cloud computing markets, but also that its continued investment in basic science is paving the way for an advantageous position in the next wave of technological revolution.

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