Nanomaterial May Be Future of Hard Drives
sciencehabit writes "Most magnets shrug off tiny temperature tweaks. But now physicists have created a new nanomaterial--an ultrathin 10-nanometer layer of nickel grafted onto a 100-nanometer-thick wafer of a substance called vanadium oxide--that dramatically changes how easily it flips its magnetic orientation when heated or cooled only slightly. The effect, never before seen in any material, could eventually lead to new types of computer memory."
Mechanical memory is destined for the trash heap of history. All storage will be electronic. Witness how quickly SSD are replacing conventional hard drives.
Something else that won't work properly in Canadian weather.
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So a laser and a bigass heatsink then?
You have no idea how much storage (primary and redundant) is required by Facebook/Google/Amazon/etc.
> a 100-nanometer-thick wafer of a substance called vanadium oxide
Why not say " a 100-nanometer-thick wafer of vanadium oxide" because a substance is called vanadium oxide when it is vanadium oxide.
I should use this sig to advertise my book ISBN-13 : 978-1501515132.
"[Vanadium oxide] dramatically changes *how easily it flips* its magnetic orientation when heated or cooled only slightly"
Reading comprehension for the win.
Yea it is not like our computer is filled with a bunch of tiny little things that are rated in nano-meters. It is not like engineers worry about how heat affects particular devices.
The idea of overclocking your PC to get faster speed is quite true. That said, it heats up your CPU more so if you don't find a way to regulate the heat you get more problems. For some reason those engineers who made those chips created them to run within a particular temperature variance.
If something is so important that you feel the need to post it on the internet... It probably isn't that important.
Spinning rotating mechanical disks to store data? Is this 1960?
What would be the edge over our current SSD?
From what I have understood from the summary (I didn't RTFA) the only application that I can think of is a thinner thermal fuse. One layer of this sandwiched between two permanent magnets. When this material detects heat, magnetic orientation switches which will repel both sides opening the circuit. When it goes back, it will attract both sides thus closing the circuit. Advantage is there are no mechanical springs.
That technology doesn't sound very promising.
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Most magnets shrug off tiny temperature tweaks. But now physicists have created a new nanomaterial--an ultrathin 10-nanometer layer of nickel grafted onto a 100-nanometer-thick wafer of a substance called vanadium oxide--that dramatically changes how easily it flips its magnetic orientation when heated or cooled only slightly.
Implying that the flipping is uncontrolled. Or put another way... context for the win.
we like our substances, dammit
it could but will not. its not a new effect,just new to americans,if this group actualy spent a little time looking they would find out that they have discovered the wheel,again. it may be new to them but its been known about in the electro metal plating industry for years. you have to actualy understand things properly when your incime depends on doing the jop properly and not like this lot tinkering in a lab.
Flips when heated and cooled???? was that not what the fujitsu dynamo did?
It's not an obscure compound, and you can tell exactly what it is from the name.
First you have vanadium - which is right between titanium and chromium on the periodic table; it's a moderately common metal (somewhat more expensive than copper), used mostly as a steel additive. Even if you've never heard of vanadium, the name pretty much tells you that it's an element (which forms oxides, apparently).
Second, you have oxygen, which... yeah. ;)