IBM Quantum Credits Program
IBM Quantum Credits Program: Powering the Future of Utility-Scale Quantum Research
For unparalleled access to its state-of-the-art quantum computing capabilities, IBM is expanding its IBM Quantum Credits program and asking top quantum researchers worldwide to apply. Top researchers have had free access to IBM’s quantum computers since 2016. This tradition has been maintained with significant program upgrades, which are now housed on the upgraded IBM Quantum Platform. By removing financial and other obstacles, this effort seeks to expedite the search for high-impact, utility-scale quantum projects.
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A Legacy of Innovation and Access
Previously known as the IBM Quantum Researchers Program, the IBM Quantum Credits program was formally launched in the summer of 2020 and builds on IBM’s groundbreaking 2016 decision to make a quantum processor available on the cloud. Researchers, scientists, and engineers from around the world can now contribute to achieving a quantum advantage, IBM’s longstanding commitment to developing useful tools, which has sparked an era of quantum discovery. Although IBM has added enterprise-level products to its quantum stack, the company remains committed to open-source principles as essential to the advancement of quantum computing research and development.
Unlocking Cutting-Edge Capabilities
The most recent quantum hardware and state-of-the-art software capabilities are available to participants of the upgraded Credits program. The next IBM Quantum Nighthawk processor and utility-scale dynamic circuits are two significant innovations. Compared to its heavy-hex lattice forebears, the Nighthawk’s novel square lattice layout is expected to allow for an astounding 16x increase in effective circuit depth, pushing the limits of what scientists can accomplish.
The timing of this improved access is crucial as the quantum community gets closer to proving quantum advantage. Due to notable advancements in runtime and coherence times on IBM’s quantum systems, the gap between the criteria for quantum advantage and the existing hardware capabilities is fast closing. For example, it is now possible to complete a historic 2023 quantum utility experiment in just 80 minutes, which is an incredible 85 times faster than with the first-generation stack.
Researchers are actively working to increase the scalability of quantum algorithms by utilizing cutting-edge features like fractional gates and novel dynamic decoupling strategies. Quantum algorithms themselves are also changing, with new and potent techniques like sample-based quantum diagonalization (SQD) opening up exciting new avenues for application research. Participants in the program now run their experiments on a fleet of the most sophisticated IBM quantum computers, including ones with 127-156 qubits, which are constantly being improved.
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Who Should Apply: Focus on Utility-Scale Research
A major focus of the IBM Quantum Credits initiative is utility-scale research. Proposals that seek high-impact, state-of-the-art results concentrate on issues bigger than about 30 qubits. In addition to the feasibility of their projects, which should ideally be finished in a year and need five to ten hours of computation time, applicants are judged on the originality and caliber of their ideas as well as their capacity to investigate real utility-scale challenges that push the boundaries of traditional approaches. In addition, successful submissions exhibit innovation and scalable quantum techniques, demonstrating noticeable advancements in the allotted 5–10 hours of QPU time.
Specific requirements for applicants include:
- Being one of the leading researchers in academia and industry, producing noteworthy and encouraging outcomes using quantum computing.
- Being a permanent academic employee or tenure-track employee in a research institute.
- Not having IBM Quantum computers available outside of the Open Plan already.
Applications are welcome from quantum scientists in a variety of fields, such as physics, chemistry, computer science, engineering, and materials science. Additionally, IBM provides strategic papers that were created in collaboration with specialists in quantum computing to serve as ideas for research proposals in fields such as optimization, high-energy physics, materials science, and healthcare.
A Program Driving Global Quantum Progress
Significant influence on the international quantum community has already been shown via the IBM Quantum Credits initiative. With an average of 5–10 hours utilized per project, more than 30,000 quantum compute hours have been awarded thus far.
Beyond the immediate participants, the program has a significant impact. As seen by the more than 3,600 citations of research articles funded by the IBM Quantum Credits program, this program propels advancements in the larger quantum research community. Events such as the interactive working sessions at the IBM Quantum Developer Conference 2024 make this dedication abundantly evident.
The IBM Quantum Credits program’s ultimate goal is to enable the community to cooperatively improve quantum science. The project gives outstanding researchers the resources, chances, and autonomy to conduct creative, utility-scale research. This outreach is expected to enhance the quantum ecosystem and bring the community closer to quantum advantage and fault-tolerant, large-scale quantum computing.
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