Sentence examples for ghost particles from inspiring English sources

Trillions of ghost particles pass through your body every second.

Ghost particles are created and assigned an artificial velocity.

On Oct. 15, Fleming and colleagues at the MicroBooNE physics experiment in Illinois detected their first neutrino candidates, which are also known as ghost particles.

The ghost particles are produced automatically for every fluid particle at each time step, and the properties of ghost particles, such as density, mass and velocity, are defined by using the subareas to satisfy the boundary condition.

On solid boundary surfaces, boundary particles were set, which exert Lennard Jones force on approaching fluid particles; inside the solid mold, ghost particles were arranged to complete the compact domain of near-boundary fluid particles.

In this study, we propose a numerical scheme for the implementation of the symmetric boundary condition (SBC) in both dissipative particle dynamics (DPD) and multibody dissipative particle dynamics (MDPD) using a combined ghost particles and specular reflection (CGPSR) method.

The Italian-born physicist Enrico Fermi further elaborated (1934) the theory of beta decay and gave the "ghost" particle its name.

"Ghost particle layers" are employed in the bulk phases, exhibiting no hydrodynamic interaction with the interfacial monolayer itself, and thus possessing no physical reality.

David Kaiser, Germeshausen Professor of the History of Science, draws on his own research to explain how the neutrino went from ghost particle to vital physics tool — a tale of bombs, espionage, and subtle flavours.

In order to ensure complete support condition and restore the first-order consistency near the boundary of Smoothed Particle Hydrodynamics (SPH) method for coupling Finite Element Method (FEM) with SPH model, a new ghost particle method is proposed by dividing the interceptive area of kernel support domain into subareas corresponding to boundary segments of structure.

For the first time ever, scientists tracked the journey of a high-energy neutrino sometimes called the "ghost particle" because it's extremely hard to detect back to its original source.