IBM microscope 100 million times stronger than MRI

According to IBM Research: 'An ultrasensitive silicon cantilever detects the tiny magnetic force between a nanoscale magnetic tip--green--and the hydrogen nuclei present in the virus particles placed at the end of the cantilever--blue, seen in the reflection. Nanoscale magnetic resonance imaging is achieved by manipulating the hydrogen nuclei in the sample with a radiofrequency magnetic field generated by a 'microwire'--red.''

(Credit: IBM Research)

IBM Research has built a new nanoscale microscope capable of creating images with 100 million times finer resolution than existing MRI technology.

The breakthrough, announced Monday, was made possible through a process called magnetic resonance force microscopy, which, according to IBM, detects "ultra-small magnetic forces." The technique is said to be able to "see" beneath surfaces and be safe for sensitive biological materials.

IBM said that it ran a test using the new system that established for the first time, magnetic resonance imaging on nanometer-scale items. By running it on a tobacco mosaic virus that is 18 nanometers across--18 billionths of a meter--the new system achieved resolution down to 4 nanometers.

Here is a link to a YouTube video about the technology.

[Markus2008]

Anything that is 100 million time more than something is impressive. That's incredible.

[Michael Labay]

So...does that mean all those expensive and highly touted fMRIs that neuro scientists claim can tell us what we are thinking....are those scans 100 million times less accurate?

[Michael Labay]

ahem.

http://www.wired.com/wiredscience/2009/09/fmrisalmon/

[Vegaman_Dan]

Okay, now THIS is cool technology news. :)

I do wonder as they keep getting smaller and smaller, when the Heisenberg uncertainty principle starts to take effect. Is the method / act of observing changing the results?

[mozzor]

elite cool stuff lilz