IBM Showcases 4 Quantum Credits Projects Pushing Hardware to 103 Qubits

2 articles · Updated · IBM · Jun 22

Four IBM Quantum Credits projects were highlighted as examples of how direct access to real quantum hardware is producing new algorithms rather than repackaging existing methods.
One team simulated particle collisions with constant-depth circuits and reported the first emergence of a new particle in a gate-based quantum simulation on IBM hardware.
Other recipients reconstructed mixed quantum states on up to 96 qubits and computed the ground-state energy of a 103-qubit frustrated-materials system using a scaled VQE approach.
IBM said awards are based on technical merit and typically target faculty or professional researchers with plans that can deliver meaningful results in 5-10 hours of QPU time.
The company framed the program as part of its broader open-access push, arguing that repeated experiments on real devices are essential to turn theoretical quantum methods into practical applications.

Sources

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IBM’s Quantum Leap: 103-Qubit Processors, Gross Code Innovation, and the 2029 Fault-Tolerance Goal

Overview

IBM and Google have achieved a major milestone in quantum computing by developing processors with over 100 physical qubits, marking a significant leap in hardware capabilities. The focus is now shifting from simply increasing qubit numbers to reducing error rates, which is essential for making quantum systems more reliable and useful. These advanced processors are already enabling the simulation of complex materials, such as intricate molecules, by combining quantum and classical computing. This progress not only opens new possibilities for scientific discovery but also demonstrates IBM's commitment to supporting the research community through initiatives like the IBM Quantum Credits program.

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