India’s National Quantum Mission leverages nuclear legacy to lead in quantum computing, communication, sensing, and deep-tech ...

The first results have been reported on a collaboration between ETH Zürich and Australia's Nuclear Science and Technology Organisation (ANSTO), looking at the impact of radiation on SiC devices for ...

The beauty of Amazon's model is its optionality. If quantum computing takes another decade to mature, AWS will keep printing ...

Using advanced quantum Monte Carlo simulations (a computational method for modeling quantum systems) and rigorous theoretical analysis, researchers examine the behavior of entanglement entropy in ...

The new approach to quantum simulation, outlined Feb. 5 in a study published in the journal Nature, takes advantage of both these options by blending digital and analog simulations into a single ...

Figure 2. Sampling the reduced density matrix (RDM) in path-integral quantum Monte Carlo (QMC). Panel (a) shows the partition function in the space time manifold appearing in usual QMC simulations.

For years, scientists have relied on a mix of methods like quantum Monte Carlo simulations and tensor networks (variational wave functions) to approximate solutions to these problems.

The effects of quasi-ballistic and quantum transport on the operation and the performance of carbon nanotube FETs are examined by means of both Boltzmann and Wigner Monte Carlo simulations including ...

According to UK Finance’s report “Seizing the opportunities: quantum technology and financial services”, “Quantum computing has the potential to significantly accelerate Monte Carlo simulations, ...

One of these methods is quantum Monte Carlo simulations. Here, quantities are calculated using random or stochastic processes. Although quantum Monte Carlo simulations can be efficient and powerful, ...