Welinq has created the first commercial quantum memory made just for quantum data centers. This new tech works better than anything before it. Quantum computing faces a big shift right away. Over 100 separate quantum computers sit in special buildings, but they need to connect as a next step.
Classic data centers share resources through fast connections. Future quantum computers must do the same with light-based networks. Welinq's quantum memory serves as the main support for this setup. It helps link quantum processors into strong, expandable networks that can grow larger.
The new memory comes as a complete system ready for immediate use in quantum centers. It stores and retrieves single light particles with more than 90% success - the best rate ever recorded. Information stays saved for up to 200 microseconds. The device fits standard 19-inch industry racks for easy setup. It runs at normal room temperature because it uses trapped atoms held by laser beams instead of needing super-cold equipment.
Quantum processors are currently run by themselves, which limits their power. The new memory lets these processors team up, creating a shared quantum system - the only practical way to make quantum computing bigger than single units. As a quantum buffer, this memory allows energy patterns to spread between processors and keeps quantum bits synchronized across different machines.
Secure communications help build large protected networks that form the backbone of what experts call the coming quantum internet. Several of these memory units already exist in production and operate across Europe. This marks a major step forward in making quantum technologies available for everyday use.
Welinq solves barriers that stop people from building quantum data centers. They offer every piece needed to connect any quantum computers from end to end. The company leads in making quantum network hardware with effective light-based devices that can store information. They also develop high-performance interfaces between light particles and quantum bits across different computing systems.
Earlier this year, Welinq released a special program called araQne. This quantum compiler efficiently divides algorithms across connected quantum processors. Beyond developing new technology, Welinq has built a strong community focused on shared quantum computing. They recently announced important team-ups with Pasqal, Quandela, and QphoX.
The company also started AQADOC, the first project dedicated to sharing quantum math procedures anywhere. They created this alongside industry leaders and final users who work in energy businesses. Quantum technologies need proper infrastructure, similar to how regular computers need networks and data centers. Welinq builds these essential systems that will power major advances in quantum science.
Classic data centers share resources through fast connections. Future quantum computers must do the same with light-based networks. Welinq's quantum memory serves as the main support for this setup. It helps link quantum processors into strong, expandable networks that can grow larger.
The new memory comes as a complete system ready for immediate use in quantum centers. It stores and retrieves single light particles with more than 90% success - the best rate ever recorded. Information stays saved for up to 200 microseconds. The device fits standard 19-inch industry racks for easy setup. It runs at normal room temperature because it uses trapped atoms held by laser beams instead of needing super-cold equipment.
Quantum processors are currently run by themselves, which limits their power. The new memory lets these processors team up, creating a shared quantum system - the only practical way to make quantum computing bigger than single units. As a quantum buffer, this memory allows energy patterns to spread between processors and keeps quantum bits synchronized across different machines.
Secure communications help build large protected networks that form the backbone of what experts call the coming quantum internet. Several of these memory units already exist in production and operate across Europe. This marks a major step forward in making quantum technologies available for everyday use.
Welinq solves barriers that stop people from building quantum data centers. They offer every piece needed to connect any quantum computers from end to end. The company leads in making quantum network hardware with effective light-based devices that can store information. They also develop high-performance interfaces between light particles and quantum bits across different computing systems.
Earlier this year, Welinq released a special program called araQne. This quantum compiler efficiently divides algorithms across connected quantum processors. Beyond developing new technology, Welinq has built a strong community focused on shared quantum computing. They recently announced important team-ups with Pasqal, Quandela, and QphoX.
The company also started AQADOC, the first project dedicated to sharing quantum math procedures anywhere. They created this alongside industry leaders and final users who work in energy businesses. Quantum technologies need proper infrastructure, similar to how regular computers need networks and data centers. Welinq builds these essential systems that will power major advances in quantum science.
