World's First Modular Quantum Computer Operates at Room Temperature

**Quantum Computing Breakthrough: Aurora, the First Room-Temperature Photonic Quantum Computer**

Scientists have achieved a major breakthrough in quantum computing with **Aurora**, a room-temperature quantum computer that eliminates the need for extreme cooling. Developed by **Xanadu**, Aurora uses **photonic qubits**, leveraging light instead of superconducting qubits that require near-absolute-zero temperatures.

This innovation marks a shift towards **scalable, energy-efficient quantum computing**, integrating seamlessly with existing **fiber optic networks**. A study published in *Nature* highlights Aurora's **modular design**, which enhances **fault tolerance** and brings quantum computing closer to practical applications.

Experts are optimistic yet cautious, noting the need for further advancements in **error correction** and **optical signal loss mitigation**. With applications in **pharmaceutical simulations** and **secure quantum communication**, Aurora represents a transformative step in the quantum revolution.