Using Math & Science and Getting Paid Good Money

Summary : Per-Ove Hansson on using Math & Science and getting paid good money to see the world.

Annexure :

Per-Ove Hansson on using Math & Science and getting paid good money to see the world.

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Images in Semiconductor ...

16 Jun 2008

Key events drawn from archived documents in VLSI's library. These documents have been carefully selected for their historical significance. ... See more

Moore's Law 101: The Ma ...

19 Apr 1965

Moore’s Law has morphed into many things over its life. But what is it … Really! Here it is explained in a short simple summary. — G. Dan Hutcheson ... See more

In 1968, standard clean room practices were lax. Facilities were kept reasonably clean, but employees wore their own clothes and the environment was not sterile. An early technician remembered “a couple of pe ... See more

Memory Gluts: Will the ...

TTID: This Time it’s Different or Time-to-Imminent-Disaster? ... See more

The lady bug and the mi ...

This is a children's story about Little Lil the ladybug and her journey across a silicon wafer and down into a semiconductor integrated circuit. It was created to help kids get a visual sense out of what microm ... See more

WHAT'S A BUNNY SUIT?

Find out what it's like to be working in the clean room. ... See more

What Math & Science Hav ...

01 Jan 2011

Debbora Ahlgren describes what math and science have done for her. Find out why she never gave up and how it has enriched her life. ... See more

Dave Markle: Ultratech/ ...

Dave Markle, Senior Vice President & Chief Technical Officer at Ultratech, describes what math and science have done for him and what inspired him to be an engineer. ... See more

Moore's Law and the rac ...

15 Nov 2006

How the continuation of Moore’s law provides a foundation for future economic growth; how it’s broken down the red brick walls in its path; what barriers are believed to loom today; how they might be releva ... See more

HOW THE TRANSISTOR WORK ...

Microprocessors are essential to many of the products we use every day such as televisions, cars, radios, home appliances, and, of course, computers. Transistors are the main components of microprocessors. ... See more