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Segments Timeline
The Breakthrough: Majorana 1
Satya Nadella introduces Majorana 1, a groundbreaking development in quantum computing. He highlights the achievement of building a million-cubit quantum computer in a compact size, emphasizing its significance for future utility-scale quantum computers. Nadella discusses the fabrication techniques that will enable the construction of fault-tolerant quantum computers by 2027-2029, marking a pivotal moment in the evolution of quantum technology.
"and by the way I believe this is it right here that is it yeah yes that's right Mayana one to think of the fact that we were able to build something like a million Cubit quantum computer in a thing of..."
The Breakthrough of Majorana 1
Satya Nadella introduces Majorana 1, a groundbreaking development in quantum computing that enables the construction of a million-cubit quantum computer in a compact size. He emphasizes the significance of this achievement for the future of utility-scale quantum computers and discusses the potential timeline for scaling up this technology.
"and by the way I believe this is it right here that is it yeah yes that's right Mayana one to think of the fact that we were able to build something like a million Cubit quantum computer in a thing of..."
Simulating Quantum Computers
In this segment, Nadella explains the immediate applications of the new quantum computer technology. He notes that the first quantum computer will facilitate the construction of other quantum computers, making it significantly easier to simulate the atom-by-atom creation of new quantum gates. This advancement is crucial for the future of quantum computing and its potential applications.
"logical thing so I would say now I can say oh maybe 27 28 29 we will be able to actually build this right so now that we have this one gate can I I put the thing into an integrated circuit and then ac..."
Building the Future of Quantum Computers
Nadella outlines the next steps in quantum computing, focusing on the integration of Majorana 1 into circuits and the construction of fault-tolerant quantum computers. He highlights the importance of this technology in simulating quantum systems, which will facilitate the development of future quantum computers.
"logical thing so I would say now I can say oh maybe 27 28 29 we will be able to actually build this right so now that we have this one gate can I I put the thing into an integrated circuit and then ac..."