Hi Steve. I cant make out what your logo picture is. What is it? even magnified I am none the wiser. (sorry for being frivolous I am in a VERY good frame of mind)
It's a cropped photo of a mastodon skull from a full skeleton on display at a natural history museum in Nebraska. I was amused by it's apparent sly grin, as if it believed it had beat the odds by gaining permanent residence in such a prestigious setting -- a far cry better than languishing in a pit of smelly tar.
For a long time I had been meaning to ask Steve the same question - I was sure I had seen it before somewhere. I have a vague notion that there is something quite similar in a famous work of art.
I got the lmgtfy link through someone who posted it here in response to a question a month or so previously. It does seem rather appropriate for quite a few of the enquiries we get !
However, I do try to be generally encouraging to our customers, as we usually have no knowledge of their background, unless they tell us or have provided details on their home page here. But some questions do distinctly suggest a student trying to get their homework done for them.
Surface Conduction Electron Emitter Display (SED) monitors operate by using an array of tiny electron emitters to directly excite phosphor pixels, similar to CRT technology but in a flat panel form. The electron emitters are surface conduction electron emitters that generate electrons through a conduction process on a thin film, which then strike the phosphor to produce images. This technology was explored as a potential alternative to plasma and LCD displays, offering advantages such as high contrast and fast response times. Detailed technical explanations and historical context can be found in various online resources, including Wikipedia and technology news articles covering developments like Toshiba's SED prototypes showcased at CES 2006. Summary generated by the language model.
