Files (33): Lecture - 27 Introduction to Finite Element Method.mp4 (130.0 MB) • Lecture - 21 Introduction to Finite Element Method.mp4 (129.9 MB) • Lecture - 15 Introduction to Finite Element Method.mp4 (129.1 MB) • Lecture - 30 Introduction to Finite Element Method.mp4 (128.8 MB) • Lecture - 28 Introduction to Finite Element Method.mp4 (127.9 MB) • Lecture - 23 Introduction to Finite Element Method.mp4 (127.2 MB) • Lecture - 13 Introduction to Finite Element Method.mp4 (127.1 MB) • Lecture - 20 Introduction to Finite Element Method.mp4 (126.7 MB) • Lecture - 29 Introduction to Finite Element Method.mp4 (126.6 MB) • Lecture - 12 Introduction to Finite Element Method.mp4 (126.0 MB) • Lecture - 5 Introduction to Finite Element Method.mp4 (125.0 MB) • Lecture - 16 Introduction to Finite Element Method.mp4 (124.6 MB) • Lecture - 10 Introduction to Finite Element Method.mp4 (124.4 MB) • Lecture - 32 Introduction to Finite Element Method.mp4 (124.0 MB) • Lecture - 31 Introduction to Finite Element Method.mp4 (121.1 MB) • Lecture - 24 Introduction to Finite Element Method.mp4 (120.7 MB) • Lecture - 18 Introduction to Finite Element Method.mp4 (109.3 MB) • Lecture - 6 Introduction to Finite Element Method.mp4 (102.8 MB) • Lecture - 22 Introduction to Finite Element Method.mp4 (101.7 MB) • Lecture - 25 Introduction to Finite Element Method.mp4 (101.4 MB) • Lecture - 19 Introduction to Finite Element Method.mp4 (100.0 MB) • Lecture - 26 Introduction to Finite Element Method.mp4 (97.7 MB) • Lecture - 7 Introduction to Finite Element Method.mp4 (96.4 MB) • Lecture - 11 Introduction to Finite Element Method.mp4 (95.9 MB) • Lecture - 9 Introduction to Finite Element Method.mp4 (95.6 MB) • Lecture - 14 Introduction to Finite Element Method.mp4 (95.6 MB) • Lecture - 3 Introduction to Finite Element Method.mp4 (91.8 MB) • Lecture - 4 Introduction to Finite Element Method.mp4 (91.2 MB) • Lecture - 33 Introduction to Finite Element Method.mp4 (89.3 MB) • Lecture - 8 Introduction to Finite Element Method.mp4 (89.2 MB) • Lecture - 17 Introduction to Finite Element Method.mp4 (88.0 MB) • Lecture - 2 Introduction to Finite Element Method.mp4 (87.8 MB) • Lecture - 1 Introduction to Finite Element Method.mp4 (84.0 MB)

DIRECT T

[http]

PBS - Unseen Life on Earth - An Introduction to Microbiology (in

Size: 2.05 Gb Age: 2 years

Peers: 1 Seeds: 0

Files (6): Unseen Life on Earth - An Introduction to Microbiology 6 - Microbial Evolution (PBS,1999).avi (350.3 MB) • Unseen Life on Earth - An Introduction to Microbiology 9 - Microbial Control (Annenberg,1999).avi (350.3 MB) • Unseen Life on Earth - An Introduction to Microbiology 11 - Human Defenses (Annenberg,1999).avi (350.3 MB) • Unseen Life on Earth - An Introduction to Microbiology 10 - Microbial Interactions (Annenberg,199.avi (350.2 MB) • Unseen Life on Earth - An Introduction to Microbiology 1 - The Microbial Universe (Annenberg, 1999).avi (350.2 MB) • Unseen Life on Earth - An Introduction to Microbiology 12 - Microbes and Human Diseases (Annenber.avi (350.2 MB)

More related

Technical

Info Hash: A5447B029F83D5D6449908524CA295AB9377D4E6 Google Torrentz.com

Trackers & scrape stats (1)

Tracker	dls	seeders	leechers	updated
None	None

Description

INTRODUCTION TO QUANTUM THEORY

Since its emergence in the early twentieth century, quantum theory has become the
fundamental physical paradigm, and is essential to our understanding of the world.
Providing a deeper understanding of the microscopic world through quantum
theory, this supplementary text covers a wider range of topics than conventional
textbooks.

Emphasis is given to modern achievements such as entanglement,
quantum teleportation, and Bose–Einstein condensation. Macroscopic quantum
effects of practical relevance, for example, superconductivity and the quantum Hall
effect, are also described. Looking to the future, the author discusses the exciting
prospects for quantum computing.

Physical, rather than formal, explanations are given, and mathematical formalism
is kept to a minimum so that readers can understand the concepts. Theoretical
discussions are combined with a description of the corresponding experimental
results. This book is ideal for undergraduate and graduate students in quantum
theory and quantum optics.

Harry Paul is a retired Professor of Theoretical Physics at the Institute of Physics,
Humboldt University Berlin. His research interests are in nuclear physics and
quantum theory, especially laser theory, nonlinear optics and quantum optics.

Comments (0)

Comments

Statistics

Join our side! We have cookies! Btmon.com is not like other torrent sites. For most of video torrents we have •screenshots, •audio samples, •video codec info and even • instant playback (via VLC player). Btmon is a superindex. We index all major bittorrent indexes (such as TPB and IsoHunt) and more then 5k regular trackers. Latest stats:

2,132,486 checked torrents (screenshots, antivirus checks)
7,146,960 total torrents
1,242,998 alive torrents
4,520 torrents added yesterday

Our Friends

torrentz.com, torrentfreak.com, torrentr.eu, newtorrents.info, btloft.com, yaptube.com, Verified Torrents