The computing firm quaninuum has provided hardware with many prominent references to quantum computing in the past few years. It looks like that winning streak will continue with the latest model, the Helios – which, as ever, is the most powerful computer in the world.
The firm officially announced the commercial release of Helios on November 5, describing it as “a technological marvel that defines the possible.” Helios features 98 Qubits – the basic units of information in quantum-aud computers, two more from his predecessor, h2. Helios has a reliability, or accuracy, of 99.9% across all pairs, making it the most accurate quantum computer.
This hardware development will greatly advance scientific efforts in quantum computing, the company said. Already, several research groups from quaninuum’s private partners have used anios’ computing power for complex projects, according to the release.
The company shared in a paper technical details of Helios, as well as the basis of the project it used to make superconductivity technology.
A stellar device
Simply put, quantum computer circuits are made up of many “gates” that contain physical qubits. Unlike the binary “Bits” of classical computers, qubits can have an infinite number of possible states under certain conditions. This allows quantum computers to process large amounts of data at very fast rates.
That said, the sensitivity that makes quantum computers so powerful also leaves plenty of room for pesky programming errors—inputting error-free gates. According to the quoninuum, however, Helios achieved a reliability of 99.9975% for the quet-quut gates and 99.921% for the 38 TUBET gates of 98 physically.
Because of this, Helios was able to do the bench work that was used by Google to show the 10 profit that will take 10 years of Sep Seplillion to Classillion Computer to repeat.
“You would need to harvest every star in the universe to power a classical machine that could do the same calculations we did with helios,” said Anthony Ransford, the architect of Helios Road, in a release. Impressively, the Helios only require about the same amount of power as a single data rack.
Reminder: Quantum computers do exist
A living discourse in computer computing involves coming up with ways that powerful quantum computers can support – rather than supersede – classical computers in completing complex tasks. Quantinuum is not the same, reporting in a separate blog post that researchers have used helios as a “Qubit-based Laboratory” to experiment with light.
In this case, Helios was able to calculate a surprising load of data simulating in pairs with a well-known crystal model – sometimes called the “rosetta Stone” for finding high superstructures. The large size of Helios’ computing power enables researchers to optimize various aspects of their simulations, according to quoninuum.
“These results prove that our computers can help us understand better [with] A new level of control and understanding, “posts are marked.” Over time, Helios and its successors will become important tools for building materials – not just validating new ideas. “
If you’ve been following quantum computing, you’re probably no stranger to Quantinuum’s H2 model—as I previously mentioned, this processor has been behind some of the most noteworthy developments in quantum computing of late. So, if Helios is as good of an improvement as quantinium suggests, I’m excited to see what researchers will find using the new, shiny computer.
