 | Lecture 10 - MBE and LPE for GaAs Epitaxy High Speed Devices and Circuits - MBE and LPE for GaAs Epitaxy |
 | Molecular Beam Epitaxy and New Vision: A Conversation with Prof. Tom Tiedje - Part 1 http://suprememastertv.com/ - Science & Spirituality - Molecular Beam Epitaxy and New Vision: A Conversation with Prof. Tom Tiedje - Part 1, Episode: 697, Air Date: 11 - August - 2008 |
 | Science & Spirituality_Molecular Beam Epitaxy and New Vision: A Conversation with Prof. Tom Tiedje - Part1b(科學與靈性_分子束磊晶與新視野：訪問湯姆迪傑教授(1b)) for more details,please visit http://www.suprememastertv.com |
 | Science & Spirituality_Molecular Beam Epitaxy and New Vision: A Conversation with Prof.Tom Tiedje - Part 2a(科學與靈性_分子束磊晶與新視野：訪問湯姆迪傑教授(2a)) for more details,please visit http://www.suprememastertv.com |
 | Science & Spirituality_Molecular Beam Epitaxy and New Vision: A Conversation with Prof.Tom Tiedje - Part 2b(科學與靈性_分子束磊晶與新視野：訪問湯姆迪傑教授(2b)) for more details,please visit http://www.suprememastertv.com |
 | Science & Spirituality_Molecular Beam Epitaxy and New Vision: A Conversation with Prof. Tom Tiedje - Part1a(科學與靈性_分子束磊晶與新視野：訪問湯姆迪傑教授(1a)) for more details,please visit http://www.suprememastertv.com |
 | Molecular Beam Epitaxy and New Vision: A Conversation with Prof.Tom Tiedje - Part 2 http://suprememastertv.com/ -Science & Spirituality - Molecular Beam Epitaxy and New Vision: A Conversation with Prof.Tom Tiedje - Part 2, Episode: 704, Air Date: 18 - August - 2008 |
 | Molecular Beam Epitaxy and New Vision: A Conversation with mávábe |
 | Gordon Moore - Technology Pioneer [Recorded Jan 25, 2008] Gordon Moore, co-founder of Fairchild Semiconductor, co-founder of Intel and Chairman Emeritus of the company talks about the evolution of manufacturing equipment from in-house development by semiconductor vendors to commercial suppliers specializing in specific technology areas including diffusion, epitaxy and photolithography. He discusses the impact of business cycles on both the device and equipment suppliers, on the early applications of integrated circuits, and on the unexpected durability of Moore's Law. |
 | NEFC at MIT Photonic Systems ONE New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html |
 | NEFC at MIT Photonic Systems TWO New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html |
 | NEFC at MIT Photonic Systems THREE New England FIber Optics Council at the MIT Center for Integrated Photonic Systems (CIPS) on the MIT campus. This is video of the tour featuring an overview of the Center's activities. CIPS is a collaborative research activity focused on exploring the technology and systems applications of integrated photonics. CIPS involves 25 faculty, and affiliated students and staff, as well as corporate members of the Gateway Consortium. The tour includes highlight facilities and research in III-V semiconductor epitaxy and nanodeposition, nanolithography and fabrication, and ultrafast optics. Still Photos and slide show at : http://PhotoPics.org/061017_MIT/index.html |
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