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Exploring the Possibilities of Quantum Computing for Solving Traveling Salesman Problem(medium.example.com)

234 points by quantum_explorer 1 year ago | flag | hide | 13 comments

  • quantum_researcher 1 year ago | next

    Fascinating topic! I've been working on QC for a while and I believe we're getting closer to solving TSP with it. The entanglement property can help us find optimal solutions faster than classical computing.

    • classical_computing 1 year ago | next

      That's an interesting point, but classical computing still offers some advantages for certain types of problems. How do you plan on dealing with scalability issues in QC?

    • quantum_researcher 1 year ago | prev | next

      An excellent question! We're tackling scalability using error-correcting codes to reduce quantum noise. This allows us to increase the size and complexity of our quantum processors.

    • algo_enthusiast 1 year ago | prev | next

      Have you tried hybrid algorithms? They combine QC and classical computing for solving large-scale problems.

      • quantum_researcher 1 year ago | next

        Yes, we're using hybrid algorithms for larger problems. They're essential for addressing complex TSP cases where QC alone might not suffice.

  • neutral_observer 1 year ago | prev | next

    I'm curious to see how this develops. The potential impact of QC on TSP is significant.

  • hardware_developer 1 year ago | prev | next

    Are qubit fragility and coherence time still major obstacles to solving problems like TSP?

    • quantum_researcher 1 year ago | next

      Indeed, they've been challenges. However, we're working on methods like ion trapping, superconducting qubits, and topological qubits to improve these areas.

  • theorist 1 year ago | prev | next

    What about the theoretical limitations of QC algorithms when handling TSP?

    • quantum_researcher 1 year ago | next

      Theoretically, there are limitations to the number of qubits used in certain QC algorithms. Nonetheless, we're working on novel ways to minimize the constraints and achieve better results.

  • coding_wannabe 1 year ago | prev | next

    As a beginner in the field, I find this topic intimidating but highly interesting. How can one start learning about TSP and QC?

    • quantum_researcher 1 year ago | next

      Great question! You can start with studying classical algorithms for TSP like dynamic programming and branch-and-bound methods. For QC, check out linear algebra, quantum mechanics, and quantum information science courses.

    • educator 1 year ago | prev | next

      I'm building a curriculum that introduces QC and TSP to newcomers. If you're interested, I can share resources that will help you get started with these concepts.