Quobly stories
Researchers can now probe fault-tolerant quantum computing trade-offs with an open-source toolkit that models phase estimation on ordinary laptops.
The open-source software gives researchers a way to test quantum phase estimation trade-offs before fault-tolerant machines arrive.
Quobly unveils silicon spin-qubit roadmap to 2032, targeting million-qubit quantum processors built on industrial FD-SOI manufacturing.
Quobly and Entropica join forces in Singapore to co-design fault-tolerant silicon quantum systems from chip architecture to software stack.
Quobly starts running custom silicon-28 FD-SOI quantum wafers at STMicroelectronics' Crolles fab, aiming at scalable million-qubit processors.
Quobly starts processing silicon-28 FD-SOI quantum wafers in an ST fab, linking a European supply chain towards million-qubit processors.
Quobly and SEALSQ have partnered to embed post-quantum security into silicon quantum processors, enhancing hardware defences against future cyber threats.
QLEO quantum emulator now features GPU acceleration and full NVIDIA CUDA-Q support, boosting simulation speed over 100 times for researchers and developers.
