- published: 01 Oct 2015
- views: 6152
Applied Materials, Inc. is an American corporation that supplies equipment, services and software to enable the manufacture of semiconductor, flat panel display, Glass, WEB and solar (crystalline and thin film) products. The company is headquartered in Santa Clara, California in the Silicon Valley.
Applied Materials creates and commercializes nanomanufacturing technology used in the production of semiconductor (integrated circuit) chips for electronic gear, flat panel displays for computers, smartphones and television, glass coatings for homes and buildings, web (flexible substrate) coatings for industry and photovoltaic solar cells and modules using both thin film and crystalline (wafer or bulk) photovoltaic technology.
Founded in 1967 by Michael A. McNeilly and others, Applied Materials went public in 1972.
In 1992, the corporation settled a lawsuit with three former employees for an estimated $600,000. The suit complained that the employees were driven out of the company after complaining about the courses Applied Scholastics had been hired to teach there.
Applied Materials makes machines that harness plasma physics, chemistry and lots of computing power in order to fabricate nanoscale structures in the trillions, exactly the same, time after time after time. Many of our systems are developed at the Maydan Technology Center, located on our campus in Sunnyvale, California. Join us for a virtual tour of the cleanroom -- the heart of technology development at Applied Materials. More information is available at: http://bit.ly/P5eAAa
Applied Materials in Austin, TX hosts the President of the United States, Barack Obama as part of his "Middle Class Jobs & Opportunity Tour".
אפלייד מטיריאלס מעצבת את פני העתיד, הצטרפו אלינו! להגשת מועמדות, מלאו את הפרטים בקישור המצורף וצרפו קורות חיים. בהצלחה! http://www.appliedjobs.co.il/
Semiconductor makers Applied Materials (AMAT) and Tokyo Electron Ltd (TYO) ended their 19 month merger agreement after issues with the Department of Justice. Originally announced in September 2013, the deal would have given Tokyo Electron shareholders about $9.4 billion of stock. The idea behind the combination at the time was to meet the growing demand for chips used in smartphones, tablets and other personal electronics devices. The DOJ told the two companies that its 'coordinated remedy proposal' would not be enough to offset the damage to competition that would be a result of the combination. Neither company will pay a break fee in the termination of the merger. Subscribe to TheStreetTV on YouTube: http://t.st/TheStreetTV For more content from TheStreet visit: http://thestreet.com ...
At SEMICON West 2014, Pete Singer talks with David Chu, Strategic Marketing Director, Dielectric Systems and Modules Group, Applied Materials.
TheStreet's Action Alerts PLUS Portfolio Manager Jim Cramer said Applied Materials 'is back' on the heels of strong China orders, but investors shouldn't chase the stock. The semiconductor company posted a $320 million profit for its most recent quarter, compared to $364 million during the same quarter last year, but orders hit their highest level in 15 years. Cramer is also fond of NXP Semiconductors . Subscribe to TheStreetTV on YouTube: http://t.st/TheStreetTV For more content from TheStreet visit: http://thestreet.com Check out all our videos: http://youtube.com/user/TheStreetTV Follow TheStreet on Twitter: http://twitter.com/thestreet Like TheStreet on Facebook: http://facebook.com/TheStreet Follow TheStreet on LinkedIn: http://linkedin.com/company/theStreet Follow TheStreet on Go...
How to create and apply materials in Cinema 4D and set up shaders. www.konstantinmagnus.de www.cinema4dtraining.de
Worst Engineering Disasters - Engineering Fails Documentary. In mechanical design, most failures are due to time-varying, or dynamic, loads that are applied to a system. This phenomena is known as fatigue failure. Fatigue is known as the weakness in a material due to variations of stress that are repeatedly applied to said material. For example, when stretching a rubber band to a certain length without breaking it (i.e. not surpassing the yield stress of the rubber band) the rubber band will return to its original form after release; however, repeatedly stretching the rubber band with the same amount of force thousands of times would create micro-cracks in the band which would lead to the rubber band being snapped. The same principle is applied to mechanical materials such as metals. Rea...
A simple video showing how to apply material design on your desktop apps created with angular2 and electron. For further details - http://tphangout.com/?p=388
In this tutorial I will show you my interpretation on how to model a Gatling gun. It's a full tutorial inclusing modeling, applying materials, lighting and rendering. If you have any questions,please leave them in the comments section.
Join experts from HfS Research, IBM and Applied Materials as they discuss how applying Design Thinking and Intelligent Automation has helped them build better solutions to business problems. Learn more here: http://ibm.biz/bps-digitalreinvention