Search results

{{Short description|Monte carlo simulation software}} ...Eometry ANd Tracking". Originally developed at [[CERN]] for [[high energy physics]] experiments, GEANT-3 has been used in many other fields. ...

...ode system is a general purpose package for the [[Monte Carlo method|Monte Carlo]] simulation of the coupled transport of [[electron]]s and [[photon]]s in a ...with version EGS4. Since then two groups have re-written the code with new physics: ...

...that generate simulated high-energy [[particle physics]] [[event (particle physics)|events]].<ref>[http://arjournals.annualreviews.org/doi/abs/10.1146/annurev They randomly generate events as those produced in [[particle accelerators]], [[collider]] experiments or the early universe. ...

{{Short description|Software package for simulating nuclear processes}} {{Infobox software ...

{{Short description|Data analysis software}} {{Infobox software ...

...|Digital physics|the study of the fundamental physical limits of computers|Physics of computation}} {{Computational physics}} ...

{{Short description|Scientific software for particle physics}} {{Infobox software ...

{{Short description|Volunteer computing project researching particle simulations for LHC development}} ...[CERN]] in support of the [[Large Hadron Collider]] and other experimental particle accelerators.<ref name="BOINC portal">{{cite web |title=LHC@home |url=https ...

...vior of [[nuclear reactor]] cores and experimental or industrial neutron [[Particle beam|beams]]. Neutron transport is a type of [[Radiative transfer|radiativ ...screte ordinates method|discrete ordinates]] or [[Monte Carlo method|Monte Carlo]] methods, or even a hybrid of both. ...

...ity and grew through applications in the social sciences and some areas of physics and [[biometrics]] to become its own separate, though closely allied, field **[[Particle filter]] ...

...ok|last = Del Moral|first = Pierre|title = Mean field simulation for Monte Carlo integration|year = 2013|publisher = Chapman & Hall/CRC Press|quote = Monogr ===Monte Carlo cross-validation=== ...

* [[Graphics software]] * [[Monte Carlo integration]] ...

In [[physics]], '''lattice gauge theory''' is the study of [[Gauge theory|gauge theories ...n be evaluated by [[stochastic simulation]] techniques such as the [[Monte Carlo method]]. When the size of the lattice is taken infinitely large and its s ...

{{Short description|Molecular dynamics software program}} {{Infobox software ...

...tions, used in fitting model parameters to experimental data in chemistry, physics, biology, economics, finance, medicine, astronomy, engineering. Several exact or inexact Monte-Carlo-based algorithms exist: ...

The '''kinetic Monte Carlo (KMC)''' method is a [[Monte Carlo method]] computer simulation intended to simulate the time evolution of som The KMC method is essentially the same as the [[dynamic Monte Carlo method]] and the [[Gillespie algorithm]]. ...

In [[plasma physics]], the '''particle-in-cell''' ('''PIC''') method refers to a technique used to solve a certain ...awson]], Hockney, Birdsall, Morse and others. In [[Plasma (physics)|plasma physics]] applications, the method amounts to following the trajectories of charged ...

...ton|last2=Verschelde|first2=Jan|last3=Zhuang|first3=Yan|title=Mathematical Software - ICMS 2006 |chapter=Parallel Homotopy Algorithms to Solve Polynomial Syste * [[Monte Carlo method]]<ref name="Kontoghiorghes2005">{{cite book|author=Erricos John Kont ...

...ht elements in a heavy matrix. The term ''EBS'' is used when the incident particle is going so fast that it exceeds the "[[Coulomb barrier]]" of the target nu *PIXE: [[Particle-induced X-ray emission]] gives the trace and minor elemental composition ...

* Each atom is simulated as one particle * Each particle is assigned a radius (typically the [[van der Waals radius]]), polarizabili ...