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Meet the Majorana 2, a next-generation topological quantum chip developed with the help of Microsoft Discovery’s agentic AI.

Meet the Majorana 2, a next-generation topological quantum chip developed with the help of Microsoft Discovery’s agentic AI.

62.5K views2 weeks ago

x.comMicrosoft Developer

Announced today at #MSBuild: Microsoft unveiled Majorana 2, a next-generation topological quantum chip developed with the help of Microsoft Discovery’s agentic AI. https://t.co/esVcmeWdgh

Announced today at #MSBuild: Microsoft unveiled Majorana 2, a next-generation topological quantum chip developed with the help of Microsoft Discovery’s agentic AI. https://t.co/esVcmeWdgh

191.1K views4 weeks ago

🚨QUANTUM NEWS🚨: Microsoft’s Majorana 2 Chip Achieves 1,000× Longer Qubit Lifetime — Uniphics Explains Why Topological Protection Works 🧨On June 3–4, 2026, Microsoft announced a major advance with its Majorana 2 topological quantum chip. According to their preprint and coverage in *Nature* and *Scientific American*, the new qubits can maintain quantum information for over 20 seconds — roughly 1,000 times longer than their previous generation. The company claims this represents significant prog

🚨QUANTUM NEWS🚨: Microsoft’s Majorana 2 Chip Achieves 1,000× Longer Qubit Lifetime — Uniphics Explains Why Topological Protection Works 🧨On June 3–4, 2026, Microsoft announced a major advance with its Majorana 2 topological quantum chip. According to their preprint and coverage in *Nature* and *Scientific American*, the new qubits can maintain quantum information for over 20 seconds — roughly 1,000 times longer than their previous generation. The company claims this represents significant prog

383 views3 weeks ago

x.comPaul Maley

Microsoft unveiled Majorana 2, a next-generation topological quantum chip developed with help from Microsoft Discovery’s agentic AI.The announcement connects Microsoft’s quantum computing roadmap with its broader push into AI-assisted scientific discovery.

Microsoft unveiled Majorana 2, a next-generation topological quantum chip developed with help from Microsoft Discovery’s agentic AI.The announcement connects Microsoft’s quantum computing roadmap with its broader push into AI-assisted scientific discovery.

1.3K views3 weeks ago

$MSFT Microsoft unveiled Majorana 2, its next-generation quantum chip ⚛️Qubits are now 1,000x more reliable, with stability improving from milliseconds to 20+ seconds.Microsoft believes this could bring practical quantum computing much closer.

$MSFT Microsoft unveiled Majorana 2, its next-generation quantum chip ⚛️Qubits are now 1,000x more reliable, with stability improving from milliseconds to 20+ seconds.Microsoft believes this could bring practical quantum computing much closer.

13.2K views4 weeks ago

x.comThe Future Investors

Microsoft debuts new quantum computing chip: Majorana 2

Microsoft debuts new quantum computing chip: Majorana 2

🤖 Top 7 AI Trends Transforming 2026 | What You NEED to Know

🤖 Top 7 AI Trends Transforming 2026 | What You NEED to Know

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🚨QUANTUM🚨: Quantum computers just got a lot easier to keep cool — by switching from superconducting chips to beams of light 🧨Photonic quantum computing is making major progress toward practical scalability. Companies like PsiQuantum and Xanadu are advancing systems that use light-based qubits, which can operate without the extreme cryogenic cooling required by superconducting approaches and are easier to integrate into larger architectures. Source: Updates from PsiQuantum and Xanadu (widely r

1.2K views4 weeks ago

x.comPaul Maley

🚨 THE FUTURE OF QUANTUM COMPUTING MAY LOOK MORE LIKE THE INTERNET THAN A SINGLE SUPERCOMPUTER.Nu Quantum has published work demonstrating that quantum error correction can be spread across multiple networked quantum processors in a way that makes the overall system far more resilient.In their simulations, logical quantum information is encoded across the entire network rather than on a single machine.This means that even if one entire quantum processor fails completely, the computation can cont

575 views2 weeks ago

x.comTheNewPhysics

Quantum felt far away.People talked about 2030… 2035…$IBM and $IONQ sounded like science fiction with a distant due date.Then something moved the clock forward.And one tiny $130M company sits right in the middle of it: $AMPG.A bottleneck.1/ A paper from Caltech and the startup Oratomic just showed that breaking the encryption protecting Bitcoin and Ethereum could take as few as ~10,000 qubits, not the hundreds of thousands or millions everyone assumed.In two decades, that number has fallen FIVE

24.5K views3 weeks ago

x.comChinoAleman

$IONQ talks less about error correction than its competitors because it uses naturally perfect atoms as qubits.This translates into the highest fidelity in the industry and requires fewer physical qubits per logical qubit.This is why $IONQ can focus on scaling.Scaling up is more challenging for superconducting qubits because they’ll inevitably have structural defects and you need to use dilution refrigerators and a mixture of helium-3 / helium-4 isotopes.$IONQ entirely bypasses this challenge.It

7.8K views4 weeks ago

x.comInvestor Denis

People often talk about quantum computing like it's some kind of magic.But when you break it down, it's really just math.Today's computers use bits, and each bit can only be a 0 or a 1.Quantum computers use qubits.Instead of being only 0 or 1, a qubit can exist in a range of probabilities between the two. This gives quantum computers a completely different way of processing information.That's why they're so powerful, and why people are concerned about their impact on cryptography.Many of the sys

6.8K views1 week ago

🚨 QUANTUM COMPUTING JUST HIT A MAJOR MILESTONE: 98 QUBITS THAT CAN ALL TALK TO EACH OTHER DIRECTLY.Quantinuum has unveiled Helios, a 98-qubit trapped-ion quantum computer that maintains all-to-all connectivity meaning any qubit can directly interact with any other qubit in the system.This is a notable scaling achievement. While other platforms have reached similar or higher qubit counts, trapped ions have historically delivered the highest gate fidelities. Keeping that performance while scaling

1.5K views1 week ago

x.comTheNewPhysics

MicroLED Interconnects: Parallel Optics for AI Scale-Up Infrastructure.MicroLED optical interconnects are best understood as an emerging “slow-and-wide” physical-layer alternative for AI scale-up connectivity, not as a generalized replacement for data-center optics. The technology attempts to break the current trade-off between copper’s low power and high reliability at very short reach, and laser optics’ longer reach but higher power, cost, and lower reliability. The core architecture replaces

3.4K views3 weeks ago

x.comTheValueist

🚨 SCIENTISTS JUST CONNECTED AI TO A QUANTUM COMPUTER.And the result was unexpected.Researchers added only 6,000 quantum parameters to a large language model and reduced its prediction error by 1.4% by offloading part of the computation to quantum circuits.Why this matters:• Traditional AI keeps getting bigger and more expensive• Quantum processors operate using entirely different physics• Even small performance gains can scale dramatically across massive AI systems• This could be an early glimp

21.2K views3 weeks ago

x.comTheNewPhysics

🚨 A FRENCH STARTUP THINKS IT MAY HAVE FOUND A NEW PATH TO QUANTUM COMPUTING.Not with superconductors.Not with trapped ions.With carbon nanotubes.Researchers at C12 have unveiled a manufacturing breakthrough that could solve one of quantum computing's biggest problems: building large numbers of reliable qubits.Why this matters:• Quantum computers are extremely sensitive to noise • Tiny defects can destroy quantum information • Most platforms struggle to scale beyond small systems • Carbon nanotu

2.1K views3 weeks ago

x.comTheNewPhysics

🚨 QUANTUM COMPUTING MAY BE APPROACHING ITS TRANSISTOR MOMENT.While superconducting qubits and trapped ions have dominated headlines, neutral atom systems are quietly making some of the strongest progress toward scalable, useful quantum computers.In these systems, individual atoms are trapped and arranged using laser beams (optical tweezers). Quantum information is stored in the atomic states, and two-qubit gates are performed by exciting atoms into highly interactive Rydberg states. This approa

417 views2 weeks ago

x.comTheNewPhysics

🚨 RESEARCHERS HAVE DEMONSTRATED DIRECT TRAINING OF A QUANTUM NEURAL NETWORK ON REAL QUANTUM HARDWARE.A team from IonQ, Université Paris Cité, QC Ware, and others has developed a new training framework that makes gradient-based optimization of quantum neural networks significantly more efficient.The approach uses three key innovations: a specialized “Butterfly” circuit architecture, layer-wise training, and a parallelized gradient estimation method. Together, these reduce the number of quantum c

1.2K views2 weeks ago

x.comTheNewPhysics

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