Quantum Computing Solutions for the Traveling Salesman Problem | Q-CTRL Black Opal

Learn more about solving the traveling salesman problem with Q-CTRL’s Black Opal! This isn't a scene from a sci-fi movie. It's the reality of quantum computing.  Try it for free!  Use Promo Code AM20 to get 20% off the paid subscription! https://black.q-ctrl.com/signup?utm_source=anastasia-marchenkova&utm_medium=youtube&utm_campaign=black-opal-friday-2023 Quantum computers are not just fast, but revolutionary in problem-solving. The classic Traveling Salesman problem, which looks for the shortest possible route visiting a series of cities, is a perfect example.  It may sound simple – what’s the challenge in mapping a quick route through 7 cities, right?  But here's where quantum computing plays its magic.  The complexity of this problem grows factorially (n!).  For 20 cities, there are approximately 2.43×10^18 possible routes – a number so large it's hard to comprehend. Quantum computing isn't just about solving a puzzle faster; it's about reshaping industries.  Think about logistics and manufacturing; imagine the possibilities when routes and processes are optimized. This saves energy, costs, and makes our lives better. Want to know more? Dive into Q-CTRL's Black Opal platform. The platform showcases how these algorithms can change our approach to complex problems, offering free insights into this groundbreaking technology. #blackopal #learnquantum #quantumcomputing #physics #quantumphysics #physicist #scientist #sciencefacts #physicsfacts #quantumcomputer #optimization #quantumtechnologies #travelingsalesman