Your central hub for tracking quantum developments, connecting breakthrough discoveries with emerging opportunities.
Read the Latest NewsIn a groundbreaking development that’s setting the pace in technological innovation, Michelle Simmons, founder and CEO of Silicon Quantum Computing, has announced at SXSW Sydney 2025, for the first time, the launch of their cutting-edge product, Watermelon.
Read Full StoryAustrade and Quantum Australia released a major report highlighting Australia’s strengths in quantum technology, ranking the nation fifth globally for quantum talent capacity and spotlighting over 40 quantum-related businesses leading innovation.
Read Full StoryPsiQuantum secured $1 billion in Series E funding to build the world’s first million-qubit fault-tolerant quantum computers, establish utility-scale sites in Brisbane and Chicago, and advance photonic chip manufacturing, with a new collaboration with NVIDIA to accelerate development.
Read Full StoryQBits attended “Quantum for All” at the 2025 AI for Good Global Summit, where leaders including CSIRO’s Justine Lacey explored how to guide quantum innovation with ethics, access, and long-term impact in mind.
Read Full StoryAustralia’s ExeQuantum and US-based Krown Technologies have formed a strategic partnership to enhance blockchain resilience against quantum threats through advanced cryptographic infrastructure.
Read Full StoryMichelle Simmons AO, Founder and CEO of SQC (Silicon Quantum Computing), appointed to the Tech Council of Australia board to drive growth in Australia’s quantum and deep tech industries.
Read Full StoryFrom climate forecasting and drug discovery to next-gen AI — explore how quantum technologies will transform our world by 2050.
Quantum Technology in the Life Sciences (qLIFE) is the first international conference series focused on life sciences applications of quantum technologies. It brings together researchers and experts from academia, industry, and medicine to explore the latest advances and innovations.
A leading event focused on quantum sensing platforms including atoms, ions, photonics, and solid-state systems.
Building fault-tolerant quantum computers using silicon-based quantum dots, leveraging Australia's semiconductor expertise.
Quantum control infrastructure software that makes quantum hardware more reliable and performant for commercial applications.
Room-temperature quantum accelerators using synthetic diamond, bringing quantum computing to edge environments.
Quantum computing processors designed for manufacturability using conventional silicon chip fabrication techniques.