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Feedforward Operations: A Critical Milestone for Photonic Quantum Computing
While we have just introduced feedforward capabilities in Perceval 0.12, our open-source framework for photonic quantum computing, this new feature represents a significant milestone in our development roadmap, enabling users to simulate and experiment with adaptive quantum circuits while we work on implementing these capabilities in hardware. As the quantum computing community moves toward more sophisticated quantum protocols and…
AI Image Processing: Quandela’s Quantum Leap in Day-to-Night Scene Translation
AI image processing systems need massive computational resources and energy for complex image translations. A single high-resolution image transformation demands several minutes and substantial GPU power. This makes immediate processing a major challenge. Quandela has proposed two groundbreaking solutions which combines AI image processing with photonic quantum computing technology. Our approaches show impressive capabilities in…
The sound of photons: Interview with quantum composer and Quandela cloud user Eduardo Miranda
“The music produced with AI is mediocre in comparison with what I can do with quantum computing. Quantum computers react to my tones, creating innovative sounds that classical AI cannot produce without needing big data models.” We all know that quantum computing is rapidly emerging as part of the next generation of high-performance computing to…
Exploring Types of Quantum Computers: Which Technology Leads?
Tech giants and research labs worldwide are locked in a fierce race to build the most powerful quantum computer. News coverage often highlights quantum computers, but many people don’t realize multiple types exist. These machines use different approaches to solve complex problems. Quantum computers based on superconducting circuits, trapped ions, and photonic systems represent distinct…
Correcting errors with an efficient use of qubits
Quandela’s innovative photonic architecture brings us to fault-tolerant quantum computing closer than ever Fault tolerance represents a critical milestone in quantum computing. No matter the architecture you explore, current quantum computers are noisy, and one of the most challenging goals of quantum technologies involves performing reliable and useful tasks despite the noise affecting them. During…
Photon recycling, a novel method that improves quantum information
Photons, the tiny particles of light, are the natural carriers of information. Whatever architecture we choose to create a quantum computer, there is no escape: photons must be involved sooner or later. As photons journey through optical fibers and other optical components, each photon carries a risk of getting absorbed by the material it encounters. …
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