# C12 Advances Carbon Nanotube Quantum Manufacturing with Precision Assembly Process Paris-based quantum firm C12 has unveiled its proprietary Pick & Place nanoassembly technology, a breakthrough method for placing individual carbon nanotubes onto silicon chips with extraordinary accuracy. The process—comparable to positioning a hair within a few city blocks on a Paris-sized surface—separates nanotube growth […]

# Infineon Secures Robots Against Future Quantum Threats Infineon has integrated its OPTIGA security chip with NVIDIA’s Jetson Thor platform to protect robots and autonomous systems from emerging cryptographic threats. The Trusted Platform Module (TPM)—a dedicated security processor separate from the main chip—stores encryption keys, verifies software authenticity, and enables secure updates throughout a robot’s […]

# Atom Computing Demonstrates Quantum Error Correction Breakthrough Atom Computing has achieved a significant milestone: the first complete demonstration of quantum error correction using a toric code on a neutral-atom quantum computer. The breakthrough shows that errors decrease as more qubits—the basic units of quantum information—are added to the system, and the company sustained error […]

# Xanadu Makes Quantum Advantage Accessible to Everyone Canadian quantum startup Xanadu has achieved a major milestone by launching public cloud access to Borealis, its photonic quantum computer—marking the first time a system demonstrating quantum computational advantage is available to the general public. Quantum computational advantage occurs when a quantum machine outperforms the world’s fastest […]

# Quobly Banks €115M to Commercialize Silicon Quantum Computers French quantum startup Quobly has closed a €115 million Series A funding round to accelerate its path to market, planning to launch its first commercial quantum computer by year-end 2026. The round, led by Bpifrance, SEALSQ, and STMicroelectronics, will fund research, manufacturing scale-up, and global expansion. […]

# Microsoft’s Majorana 2 Demonstrates Dramatic Stability Gains for Topological Qubits Microsoft claims a breakthrough in its topological quantum computing approach, announcing that its new Majorana 2 processor achieves qubit lifetimes over 1,000 times longer than previous versions. The device maintains quantum states for more than 20 seconds—far exceeding the microsecond timescales needed for quantum […]

# Researchers Stabilize Elusive Crystal Phase with Quantum Potential Scientists at Brown University and the University of Michigan have achieved a materials science breakthrough by stabilizing an intermediate crystal structure that existed only in theory until now. Using precisely engineered silver nanoparticles shaped like truncated octahedra (14-sided diamonds), researchers coated these “mecons” with sticky molecules […]

# University of Illinois Cracks Thermal Challenge for 3D Chips Researchers at the University of Illinois have demonstrated a practical path forward for stacking silicon circuits vertically—a critical breakthrough as traditional transistor miniaturization hits fundamental physics limits. The team, led by Associate Professor Qing Cao, successfully built three layers of silicon circuitry, each containing 625 […]

# D-Wave Charts Path to Fault-Tolerant Quantum Computing by 2032 D-Wave has unveiled an ambitious roadmap for gate-model quantum computing, targeting a 100-logical-qubit system capable of performing over one million operations by 2032. Logical qubits are error-corrected qubits that function more reliably than raw physical qubits. The company’s strategy centers on its dual-rail superconducting qubit […]