Andere Kunden interessierten sich auch für
![Computational Fluid Dynamics Testing for Drag Reduction of an Aircraft Laser Turret]( "Computational Fluid Dynamics Testing for Drag Reduction of an Aircraft Laser Turret")
Computational Fluid Dynamics Testing for Drag Reduction of an Aircraft Laser Turret54,99 €![Computational Fluid Dynamics Investigation of Vortex Breakdown for a Delta Wing at High Angle of Attack]( "Computational Fluid Dynamics Investigation of Vortex Breakdown for a Delta Wing at High Angle of Attack")
Computational Fluid Dynamics Investigation of Vortex Breakdown for a Delta Wing at High Angle of Attack54,99 €![Carrier Dynamics in Mid-Infrared Quantum Well Lasers Using Time-Resolved Photoluminescence]( "Carrier Dynamics in Mid-Infrared Quantum Well Lasers Using Time-Resolved Photoluminescence")
Carrier Dynamics in Mid-Infrared Quantum Well Lasers Using Time-Resolved Photoluminescence58,99 €![Optimization of a Quantum Cascade Laser Operating in the Terahertz Frequency Range Using a Multiobjective Evolutionary Algorithm]( "Optimization of a Quantum Cascade Laser Operating in the Terahertz Frequency Range Using a Multiobjective Evolutionary Algorithm")
Optimization of a Quantum Cascade Laser Operating in the Terahertz Frequency Range Using a Multiobjective Evolutionary Algorithm58,99 €![Modeling of Aircraft Deicing Fluid Induced Biochemical Oxygen Demand in Subsurface-Flow Constructed Treatment Wetlands]( "Modeling of Aircraft Deicing Fluid Induced Biochemical Oxygen Demand in Subsurface-Flow Constructed Treatment Wetlands")
Modeling of Aircraft Deicing Fluid Induced Biochemical Oxygen Demand in Subsurface-Flow Constructed Treatment Wetlands54,99 €![A General Quantum Mechanical Method to Predict Positron Spectroscopy]( "A General Quantum Mechanical Method to Predict Positron Spectroscopy")
A General Quantum Mechanical Method to Predict Positron Spectroscopy54,99 €![Implications of Emerging Applications of Information and Computational Power: Modeling and Simulating Social Environments]( "Implications of Emerging Applications of Information and Computational Power: Modeling and Simulating Social Environments")
Implications of Emerging Applications of Information and Computational Power: Modeling and Simulating Social Environments58,99 €
An algorithm is presented to simulate fluid dynamics on a three qubit type II quantum computer: a lattice of small quantum computers that communicate classical information. The algorithm presented is called a three qubit factorized quantum lattice gas algorithm. It is modeled after classical lattice gas algorithms which move virtual particles along an imaginary lattice and change the particles' momentums using collision rules when they meet at a lattice node. Instead of moving particles, the quantum algorithm presented here moves probabilities, which interact via a unitary collision operator. Probabilities are determined using ensemble measurement and are moved with classical communications channels. The lattice node spacing is defined to be a microscopic scale length. A mesoscopic governing equation for the lattice is derived for the most general three qubit collision operator which preserves particle number. In the continuum limit of the lattice, a governing macroscopic partial differential equation--the diffusion equation--is derived for a particular collision operator using a Chapman- Enskog expansion. A numerical simulation of the algorithm is carried out on a conventional desktop computer and compared to the analytic solution of the diffusion equation. The simulation agrees very well with the known solution.