'Direct space' presentation slideshows

An FPGA Implementation of the Ewald Direct Space and Lennard-Jones Compute Engines

An FPGA Implementation of the Ewald Direct Space and Lennard-Jones Compute Engines. By: David Chui Supervisor: Professor P. Chow. Overview. Introduction and Motivation Background and Previous Work Hardware Compute Engines Results and Performance Conclusions and Future Work.

477 views • 34 slides

Solving Structures from Powder Data in Direct Space - State of the Art - Armel Le Bail

769 views • 33 slides

Solving Structures from Powder Data in Direct Space - State of the Art - Armel Le Bail

451 views • 33 slides

ECE 875: Electronic Devices

ECE 875: Electronic Devices. Prof. Virginia Ayres Electrical & Computer Engineering Michigan State University ayresv@msu.edu. Lecture 03, 13 Jan 14. Chp. 01 Crystals: Direct space: primitive cells Reciprocal space: Brillouin zones.

433 views • 32 slides

ECE 875: Electronic Devices

ECE 875: Electronic Devices. Prof. Virginia Ayres Electrical & Computer Engineering Michigan State University ayresv@msu.edu. Lecture 03, 13 Jan 14. Chp. 01 Crystals: Direct space: primitive cells Reciprocal space: Brillouin zones.

343 views • 32 slides

4. Modeling 3D-periodic systems

382 views • 24 slides

Crystal Universe

Solitons are the objects which on the one hand combines in itself the properties of particles and waves and on the other hand obeying the Lorentz invariance. These features make the soliton look like as elementary particles. It is possible to imagine the Universe to be made of solitons. This paper presents some possible features of such solitons Universe. In particular some attention has been paid to following issues: the model of expanding Universe, the energy conservation laws, the time arrow, the dark energy, the vacuum media, the Universe inside the black hole and so on.

110 views • 10 slides