Quantum Computing - Page 10

Majorana particles, theorized in 1937, are unique as they are their own antiparticles. These particles may enhance the stability of fragile quantum systems. Scientists aim to use Majorana particles to develop more robust quantum computers with topological qubits. Topological protection provided by

Majorana 1 is a breakthrough innovation by Microsoft that leverages Majorana fermions to advance quantum computing. Majorana fermions offer stability and error-reduction, addressing common issues faced by traditional qubits. This development could lead to scalable and fault-tolerant quantum computers. Potential applications span

Quantum computing threatens current encryption, creating vulnerabilities in data security. Fortanix expands its multicloud platform with enhanced security measures against quantum and AI threats. By incorporating CNSA 2.0, Fortanix protects sensitive data from upcoming quantum challenges. Utilizing quantum-resistant algorithms like Leighton-Micali Signature