A nanomagnet’s states can be switched with voltage-generated stress. A voltage applied between the electrode pairs AA’ or BB’ changes the magnetization orientation. When the magnetizations of the soft and hard layers are parallel, the stored bit is “0,” and when they are perpendicular, the stored bit is “1.” Credit: Biswas, et al. ©2014 AIP Publishing LLC
To: ShadowAce; SunkenCiv
2 posted on
09/03/2014 11:38:51 AM PDT by
Red Badger
(If you compromise with evil, you just get more evil..........................)
To: Red Badger; rdb3; Calvinist_Dark_Lord; JosephW; Only1choice____Freedom; amigatec; ...
3 posted on
09/03/2014 11:40:36 AM PDT by
ShadowAce
(Linux -- The Ultimate Windows Service Pack)
To: Red Badger
Take a look at the names of the author/researchers, and realize in a pico-second that this is the kind of immigration we need, not folks who simply live in proximity and can exploit the porous southern border.
To: Red Badger
Remember the old Intel one “megabit” magnetic bubble memory? I worked on some old machine tools that had those, along with the old DEC 16bit microprocessors. State of the art, over 30 years ago.
5 posted on
09/03/2014 11:55:45 AM PDT by
factoryrat
(We are the producers, the creators. Grow it, mine it, build it.)
To: Red Badger
"A nanomagnet’s states can be switched with voltage-generated stress. A voltage applied between the electrode pairs AA’ or BB’ changes the magnetization orientation. When the magnetizations of the soft and hard layers are parallel, the stored bit is “0,” and when they are perpendicular, the stored bit is “1.” Credit: Biswas, et al. ©2014 AIP Publishing LLC"
8 posted on
09/03/2014 12:03:43 PM PDT by
Mad Dawgg
(If you're going to deny my 1st Amendment rights then I must proceed to the 2nd one...)
To: Red Badger
What do they do to read the state of a bit?
10 posted on
09/03/2014 12:13:16 PM PDT by
Fresh Wind
(The last remnants of the Old Republic have been swept away.)
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