OpenAI has launched ChatGPT Pro, a $200 per month subscription plan that provides unlimited access to the full version of o1, its new large reasoning model, and all other OpenAI models. The toolkit includes o1-mini, GPT-4o and Advanced Voice. It also includes the new o1 pro mode, “a version of o1 that uses more compute to think harder and provide even better answers to the hardest problems,” OpenAI explains, describing the high-end subscription plan as a path to “research-grade intelligence” for a way for scientists, engineers, enterprise, academics and others who use AI to accelerate productivity. Continue reading OpenAI Announces $200 Monthly Subscription for ChatGPT Pro

Google DeepMind has come up with an error correction technique it says will make quantum computers more reliable, particularly at scale. While quantum computing holds tremendous promise — potentially able to solve in just a few hours problems it would take a conventional computer “billions of years” to figure out, Google claims — the systems are notoriously unstable, due to the delicacy of the “quantum state.” AlphaQubit is an AI-based decoder that identifies quantum computing errors with accuracy. Combining DeepMind’s machine learning expertise with Google Quantum AI error correction, the technique advances efforts to create a reliable quantum computer. Continue reading Google DeepMind Touts AI-Powered Quantum Error Detection

Microsoft and Quantinuum have improved the logical error rate in quantum computing by 800x, a breakthrough the partners say has the potential to usher in a new era of qubit processing. Using ion-trap hardware from Quantinuum and a qubit-virtualization system from Microsoft, the team ran more than 14,000 experiments with no errors — a huge feat in the notoriously fickle realm of qubits. The system has error diagnostics and corrections built in, identifying which errors need to be fixed and correcting them without destroying the underlying logical qubits, according to the companies. Continue reading Microsoft, Quantinuum Tout Advance in Quantum Computing