Reading Time : 2 minutesQuantum computing is pushing digital security toward a turning point. Algorithms that protect today’s communications could be broken once quantum machines reach enough power, creating risks for governments, companies, and anyone storing sensitive data. While the threat isn’t immediate, experts warn that preparation must start now, with new quantum-resistant standards already in development.
Reading Time : 2 minutesQuantum Motion has delivered a milestone quantum computer using standard semiconductor chips, breaking away from costly specialized methods. The move could transform scalability and integration with existing electronics. While challenges in error correction and stability remain, this breakthrough signals that practical, scalable quantum computing may be closer to reality than once imagined.
Reading Time : 2 minutesMicrosoft introduces Majorana 1, a quantum chip using a new state of matter, topological superconductors. With the potential to support 1 million qubits, this innovation could reshape quantum computing. Scientists remain cautious, awaiting independent verification of this bold leap.
Reading Time : 2 minutesGoogle’s Willow chip marks a quantum computing milestone, solving a problem in five minutes that would take classical computers eons. With 105 qubits, Willow showcases quantum’s potential to revolutionize fields like medicine and AI. This leap forward not only highlights quantum’s speed but also sets the stage for tackling complex, currently unsolvable problems.
