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Welcome to episode 297 of The Cloud Pod – where the forecast is always cloudy! Justin, Ryan, and Matthew have beaten the black lung and are in the studio – ready to bring you all the latest and greatest in cloud and AI news! We’ve got Wiz buyouts (that security, it’s so hot right now!) Gemma 3, Glue 5 (but not 3 or 4) and Gemini Robots – plus looking forward to AI Skills Fest and Google Next, all this week on The Cloud Pod.
01:05 Microsoft quantum computing claim still lacks evidence: physicists are dubious
02:09 Justin – “No one’s really buying Microsoft actually created a new topological qubit. There’s some doubt… basically they said that what they showed, which is a microscopic H-shaped aluminum wire on top of indium arsenide – a superconductor at ultra-cold temperatures, and the devices are designed to harness majoranas, previously undiscovered quasi-particles that are essential for topological qubits to work, and the goals for majoranas to appear at the four tips of the H-shaped wire emerging from reflective-behavior electrons, and these majorans in theory could be used to perform quantum computing that are resistant to information loss, but no proof, no evidence, and they think Microsoft’s full of it.”
04:12 Google + Wiz: Strengthening Multicloud Security
By Justin Brodley, Jonathan Baker, Ryan Lucas and Matthew Kohn4.9
3434 ratings
Welcome to episode 297 of The Cloud Pod – where the forecast is always cloudy! Justin, Ryan, and Matthew have beaten the black lung and are in the studio – ready to bring you all the latest and greatest in cloud and AI news! We’ve got Wiz buyouts (that security, it’s so hot right now!) Gemma 3, Glue 5 (but not 3 or 4) and Gemini Robots – plus looking forward to AI Skills Fest and Google Next, all this week on The Cloud Pod.
01:05 Microsoft quantum computing claim still lacks evidence: physicists are dubious
02:09 Justin – “No one’s really buying Microsoft actually created a new topological qubit. There’s some doubt… basically they said that what they showed, which is a microscopic H-shaped aluminum wire on top of indium arsenide – a superconductor at ultra-cold temperatures, and the devices are designed to harness majoranas, previously undiscovered quasi-particles that are essential for topological qubits to work, and the goals for majoranas to appear at the four tips of the H-shaped wire emerging from reflective-behavior electrons, and these majorans in theory could be used to perform quantum computing that are resistant to information loss, but no proof, no evidence, and they think Microsoft’s full of it.”
04:12 Google + Wiz: Strengthening Multicloud Security

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