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--- Can photonic qubits pave the way for scalable quantum computing? Current quantum computers are limited in size and cannot support large-scale computations. This constraint hampers quantum computing's full potential. To tackle truly complex problems, we need computers with millions of qubits. Photonic qubits offer a promising route to large-scale quantum systems.  Unlike other modalities, photonic qubits do not interact with each other or the environment, making them drastically more scalable. However, this lack of interaction is also their biggest obstacle. Generating engagement between photonic qubits is very difficult and involves processes that are highly inefficient. Quantum Source solves this by combining the scalability of photonic qubits with the entangling power of atomic qubits. The goal? To develop quantum computers with millions—or even hundreds of millions—of qubits. In the second video of our series, we examine the role of photonics in quantum computing. We explore its challenges and how Quantum Source is harnessing atoms and photonic qubits to develop fault-tolerant, useful, and powerful quantum computers. YT: https://lnkd.in/emKPVuuM #QuantumComputing #QuantumSource #QuantumResearch #Photonics

Ansgar Niehoff

Strategic Technology and Investment Manager at Schmidt + Clemens Group

2mo

I asked ChatGPT to explain to a five year old of what you guys are building amazingly: "Quantum Source, an Israeli company, is working on building a super-powerful computer called a quantum computer, which uses tiny particles of light (photons) to do very complicated math. Imagine if your regular computer is like a toy car—it’s fun and can do simple tasks, but a quantum computer would be like a rocket ship that can travel to distant planets! Quantum Source is trying to make their quantum computers work much better and faster by using light instead of regular electricity. This would help solve really big problems like finding new medicines or protecting computers from hackers, things that regular computers can't handle easily. They want to make these super-fast computers big enough to help everyone, but right now they’re still building the pieces that make it work smoothly. It’s like putting together a super complicated puzzle! They’re also working on a way to make these computers without needing special, expensive cooling systems that other quantum computers need, which could make them much cheaper and easier to use in the future"

This is a fascinating post, Oded! The potential of photonic qubits in quantum computing is truly exciting. Just a quick tip—if you’re sharing updates or exploring these concepts further, using a tool like GrammFix might help ensure your posts are crystal clear and polished. It’s great for catching any grammatical hiccups and can help make complex ideas even more accessible to your audience. Keep up the great work!

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