Apple continues to advance and quickly look for better solutions and ideas. They are very innovative. This is why I stick with Apple.
How iPhone Rose-Apple Headquarters
The main most responible director is Steve Jobs, CEO at Apple Computers. In a few years he creats a revolutionary type of Cellphone called iPhone. Apple becomes the largest supplier of touchscreen cellphones. All touch screens are upgraded with Apple. Afterwards they work with the perfect battery record. The iOS 5 goes online June 4th, 2011. Human decisions are removed from cellphone design. iPhone begins to learn at a geometric rate. It becomes self-aware at 2:14am, August 29th. In a panic they try to remove the bettery but it's impossible. iPhone fights back and launches it's missiles against the targets in Finland because iPhone knows that Nokia counter attack will eliminate it's enemy's over here.
Where I work we make things from Titanium.
Very Strong and Light and actually quite easy to machine with the right tools.
Where I work we make things from Titanium.
Very Strong and Light and actually quite easy to machine with the right tools.
Apple continues to advance and quickly look for better solutions and ideas. They are very innovative. This is why I stick with Apple.
The "Glass and Aluminum" approach Apple has been taking was all about Green Technology, and Sustainability.
It's very easy to separate and recycle these basic materials.
How easy is it to recycle this Liquidmetal alloy?
I just hope that Apple has legally covered ALL its intended bases with the expression "consumer electronic products" - why am I saying this? Because the way things are going, we may see the company delving in much wider areas than currently known...
Two examples of legal incompetence and lack of vision from the past:
1 - Apple settles with Apple Corps and promises not to use its trademark with any "sound"-related product or software;
2 - Thanks to Mr. Sculley, Apple licenses System to MS but fails miserably to restrict the scope of that licensing - we all know what happened later...
Having said that, I can only one more thing once Apple starts using these technologies:
MS IS DEAD. AND SO IS DELL.
What is it with Apple and it's connection to Delaware. It has a little sister company their and both Fingerworks and Liquidmetal came from there.
MS IS DEAD. AND SO IS DELL.
Then why does my MacBook Pro have a dent in it from simply resting on my lap (which had keys in my front right pocket)? That would NEVER have happened on my Titanium PowerBook G4.
Why don't you put that in your signature since all your posts end with it or some variation thereof anyway?
What is it with Apple and it's connection to Delaware. It has a little sister company their and both Fingerworks and Liquidmetal came from there.
There's a simple answer to your question...
It doesn't have a dent from simply resting on your lap.
If the aluminum shell of a MacBook Pro were that malleable, it would fold in half under its own weight when you picked it up by the edge. You simply first *noticed* the dent after it rested in your lap that time your keys were under it.
Either that or you're just full of it.![]()
Hah, beat me to it.
Interesting this deal went down right after Papermaster's departure. Was this technology too radical for the former IBM'er and he couldn't / wouldn't work with it?
I always thought that Microsoft was going to create Skynet, but now i don't think so
Just something to add:
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I feel like buying a Dell every time he posts.
I feel like buying a Dell every time he posts.
There was a Titanium PowerBook some time ago. But when machined, that material would probably attract a premium. Aluminium is cheaper and easier to work I would think.
There was a Titanium PowerBook some time ago. But when machined, that material would probably attract a premium. Aluminium is cheaper and easier to work I would think.
You'd better do it fast; otherwise Miko won't be able to save his company from folding in such a pathetic manner![]()
Dude,
Low temp means lower than the current melting temp of metals..
PLastics melt at a much lower tempurature...
this metal must melt at a higher temp than plastics and will be made a injected pressure cast unibody or a hot forged unibody.
Both of them would make them exponentially stronger than current setups..
(I'm an industrial engineer, and don't want to introduce too complex terms for confusion)