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Apple Acquires Rights to Liquidmetal Technologies' Advanced Metal Alloys
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I never stated the material could not be used as an antenna. I stated that it would not fix the iphone 4 antenna issue (as this relates to impedance transforming and blocking EM signals, not the conductivity of the material. However, the point stands that this would be less conductive than a traditional metal alloy). It may well be a good choice should the material's durability prove to be superior to the current alloy in use, but it won't make the current problem go away. I emphasize that point because I'm anticipating a lot of people will ask it.
you seem to have got in first on the miserable ******* stakes tho. I'm sure all the apple design teams, whose job it is to specifically research materials and look at all the options, never ONCE thought of alloys.
It's a pity a genius like you doesn't work there, to show all those idiots how to think....
I disagree, a well ordered structure is a contributing factor to low resistance, but there's more to it than that. As a counter example, liquid mercury is a good conductor.
It's permeability to rado waves is probably similar to aluminum when it's thick enough to have the rigidity necessary for a case. A conductive case doesn't necessarily mean better or worse antenna performance, but does need to be considered as part of the antenna design.
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?
It's very easy to separate and recycle these basic materials.
How easy is it to recycle this Liquidmetal alloy?
Interesting video from "OMEGA watches" showing the possibilities of Liquidmetal and ceramic
OMEGA Seamaster Planet Ocean Liquidmetal (Limited Edition)
http://www.youtube.com/watch?v=mZcsWVqLC5I
Jonny Ive must be jumping
That's a really interesting use for it. I can't wait to see what other things Apple has in mind for this stuff
Hope they don't make an iPod Shuffle out of this stuff. Drop it and you'd never see it again!
I have a Sandisk Cruzer Titanium flash drive. It's 5 or 6 years old now and I still use it daily. Sandisk contracted Liquidmetal to make the casing.
A few years ago it was left on a bumper and found a few days later in the road, almost certainly after being run over.
More recently (last week) I lost it and couldn't find it anywhere. It wasn't until I was mowing the front yard that I found it, with the mower.
There's a tiny scratch where I think the mower found it but other than that it looks great.
A few years ago it was left on a bumper and found a few days later in the road, almost certainly after being run over.
More recently (last week) I lost it and couldn't find it anywhere. It wasn't until I was mowing the front yard that I found it, with the mower.
There's a tiny scratch where I think the mower found it but other than that it looks great.
So if I drop my T-Phone then I am going to have a devil of a time catching the thing as it bounces around
To which my counterpoint is the lack of mercury in use for its conductivity. Normally, when you use metal with the intention of it being a conductor, its going to a pure metal or an alloy like gold, silver, aluminum etc.
It can if the entire case is conductive. Antenna placement is also crucial. What I would be interested in is the relative strength measurements of this material vs. aluminum. It could be more rigid per unit thickness, meaning it would be preferable over aluminum where form factor is crucial such as in iDevices.
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.
It was depicted in Star Trek IV as being GE Lexan, if I recall. The old iBooks just so happen to be made out of Lexan
Scotty gave them the formula for Transparent Aluminum in exchange for the large pieces of Lexan-like material that they needed for the whales but had no way to pay for. They did not have time to wait for the company to actually manufacture panels made of TA.
Now turn in your geek card.
Typical fanboy speaking.
You do know that macbook is made of 'cheap China plastic' right ? and 100% of all products that Apple designs are made in China ?and that's not the reason why Apple products are so expensive; is because Apple slaps a 200% or more profit margin on each product, and make it look like it's made out of 'magic' and they're somehow better than all other manufacturers.
I still to this date can't understand what's so 'premium' about Apple products. They use the same if not worse components and materials, but yet they cost much more.