IBM unveils the new Osprey processor during the IBM Quantum Summit 2022, which has the largest qubit count out of all of its processors to date with 433 quantum bits. That is an impressive triple the number of cubits than the current Eagle chip that was launched last year in November.
IBM speaks about this in a press release, stating "Unlike classical bits which have to be in a state of either one or zero, qubits can exist in a complex mix of both, tapping into the fundamental quantum nature of matter at subatomic levels [...] As a result, quantum computers offer the possibility of vastly increased computing power that can be used to tackle calculations of much greater complexity in fields such as artificial intelligence, and the design of new materials for drug discovery and energy research."
Quantum Computing Processors
IBM Announces the Osprey Processor During IBM Quantum Summit 2022
Trend Themes
1. Increased Qubit Count - As demonstrated by IBM's new Osprey processor, there is a trend toward developing quantum computing processors with larger qubit counts to improve computing power and solve more complex problems.
2. Application-specific Quantum Processors - There is a trend toward developing quantum computing processors that are optimized for specific applications, such as those in the fields of artificial intelligence, drug discovery, and energy research, to increase computing efficiency and accuracy.
3. Hybrid Quantum Computing - Hybrid quantum computing, which combines quantum and classical computing to optimize computational speed and power, is a trend that is gaining traction in the industry.
Industry Implications
1. Quantum Computing - The quantum computing industry has a disruptive innovation opportunity to develop processors with increased qubit counts, and to optimize processors for specific applications in order to increase computing power and efficiency.
2. Artificial Intelligence - The artificial intelligence industry has a disruptive innovation opportunity to tap into the vastly increased computing power offered by quantum computers to tackle AI problems of much greater complexity.
3. Drug Discovery and Energy Research - The drug discovery and energy research industries have a disruptive innovation opportunity to use quantum computers to design new materials and tackle calculations of much greater complexity, which could lead to breakthrough discoveries and advancements.