Duke scientists simulate matter popping into existence with quantum computer
Scientists at Duke University used a 13-ion quantum simulator to model particle formation on September 26, 2026.
Researchers recreate early universe physics
The team led by the Duke Quantum Center observed string breaking dynamics connected to antiparticle formation. This experiment marks one of the earliest demonstrations of such a process in quantum physics. The work was published September 23 in the journal Nature Physics.
Trapped ions model particle creation
The simulation involved pulling apart two connected building blocks of matter until energy accumulated within the system. When the connection finally broke, new particles effectively popped into existence during the process. Christopher Monroe stated that these simulations offer the best platform to investigate complex questions about matter formation.
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