PPT-Fermi

A Complete GPU Compute Architecture by NVIDIA Tamal Saha Abhishek Rawat Minh Le ts4rq ar8eb ml4nw virginiaedu GPU Computing Unprecedented FP performance Ideal for data parallel applications. DPF 2015 – University of Michigan, Ann Arbor. . Alejandro Lopez . in collaboration with: C. Savage, D. Spolyar and D. Adams. Outline:. Brief Introduction. Goal. Technique. Results. Conclusion. Future Work. for the 1. st. Advanced LIGO Science Run. Jordan Camp. NASA Goddard Space Flight Center. Moriond. Gravitation Meeting. March 25, 2015. Search Team. Lindy Blackburn (. CfA. ). Nelson Christensen (Carleton College). (Fermi acceleration at shock: most standard, nice powerlaw, few free parameters). main . signatures to . be determined: . E. min . , . E. max. [. Ã. timescale . t. acc. (E. ) ], . spectral slope . Varun Sampath. University of Pennsylvania. CIS 565 - Spring 2012. Agenda/GPU Decoder Ring. Fermi / GF100 / GeForce GTX 480. “Fermi Refined” / GF110 / GeForce GTX 580. “Little Fermi” / GF104 / GeForce GTX 460. Sergei Popov. (SAI MSU). Plan. General intro. Pulsar models. Population synthesis. Summary of discoveries. EGRET legacy. Just 6 pulsars:. Crab. Geminga. Vela. PSR B1055-52. PSR B1706-44 . PSR B1951+32 . from Supernova Remnants . to Pulsar Wind Nebulae. Stephen C.-Y. Ng. McGill University. Special thanks to Pat . Slane. for. some materials in this talk . Jun 21, 2010. HKU Fermi Workshop. Outline. SNRs and . for the Fermi Mission. -. A. Recommendation. Motivation. 5th . anniversary of the science phase of the . Fermi. . mission. Continued . evolution of . Fermi. science . program . and. … . With eye . The Atomic Bomb. “Your . children who follow you in later generations and foreigners who come from distant lands will see the calamities that have fallen on the land and the diseases with which the LORD has afflicted it. The whole land will be a burning waste of salt and sulfur — nothing planted, nothing sprouting, no vegetation growing on it. It will be like the destruction of Sodom and Gomorrah, Admah and Zeboyim, which the LORD overthrew in fierce anger. large amplitude nuclear collective motion . . Aurel Bulgac. University of Washington. Collaborators:. Sukjin YOON (UW). Kenneth J. ROCHE (ORNL). Yongle YU (now at Wuhan Institute of Physics and Mathematics). Fermi-Hubbard model. NSF, Simons Foundation. , . AFOSR MURI, NNSFC. , . CAS, NKBRSFC. ICTP, Oct.28, 2014. Youjin. . Deng, USTC. Evgeny. . Kozik. , King’s College. Boris . Svistunov. . Umass. , Amherst. Who is This Fermi and Why Does He Ask Questions?. . . Fermi questions receive their name from Enrico Fermi (1901-1954). He was an Italian physicist known for his participation in the Los Alamos atomic bomb project (code named the “Manhattan Project”) during World War II. Fermi is best known for his contributions to nuclear physics and the development of quantum theory. In addition to his contribution to theory, he is also noted as an experimentalist.. Fermi National Accelerator Lab December 13, 2017 . How we usually think of him. Or perhaps . l. ike . t. his . How I think of him. There’s a story behind that orange line on the right of the image…... DPF 2015 – University of Michigan, Ann Arbor. . Alejandro Lopez . in collaboration with: C. Savage, D. Spolyar and D. Adams. Outline:. Brief Introduction. Goal. Technique. Results. Conclusion. Future Work. Semiconductors. Faculty Name : . Dr.Anju. Dixit MSME Department UIET CSJM University Kanpur. 1. Course . Code: MSE-S303 . . Electronic . and Optical Materials. Recap. The material which has electrical conductivity between that of a conductor and that of an insulator is called as semiconductor. Silicon, germanium and graphite are some examples of semiconductors..