This is what fine table salt looks like magnified 150 times with an electron microscope.
Credit: Todd Simpson/UWO Nanofab
This is what fine table salt looks like magnified 150 times with an electron microscope.
Credit: Todd Simpson/UWO Nanofab
@wonderofscience
OMG, they're tiny Hellraiser puzzle boxes.
Salt IS bad for you.
@wonderofscience I am Locutus of Borg.
@wonderofscience roll for high blood pressure
pre-columbian legos
@wonderofscience Minecraft lodestones
@wonderofscience i want to hold & crush it so bad between my fingers
@wonderofscience looks like crooked Vegas dice.
Sea salt seems so much more organic:
@wonderofscience Woah, that looks trippy.
@wonderofscience pic of the day!
@wonderofscience no dice
@wonderofscience huh, it’s a Menger sponge! https://en.wikipedia.org/wiki/Menger_sponge
@nitpicking Sourced from the ZEISS Microscopy account on Flickr. I just checked the specs of a few SEM systems online, and 150x is well within their magnification ranges, albeit at the low end. The ZEISS Sigma is 10x - 10,000,000x, and the Hitachi SU8700 is 20x - 2,000,000x.
https://www.flickr.com/photos/zeissmicro/12791798223/
@wonderofscience 150x is well within the range of optical microscopy, and far too low for a scanning electron micrograph. What's the source that says this is EM?
@nitpicking If you have questions about these images or about SEM and how its output is processed, I suggest contacting Dr. Todd Simpson at UWO Nanofab, who captured the image. Email: tsimpson@uwo.ca. https://www.uwo.ca/fab/FAQ/People.html
@wonderofscience It's certainly possible, but it would be a waste. Also, there are shadows in that image that aren't pitch black ... False color?
@wonderofscience Oh I just realized how the pyramids were built. Everyone just shrank.
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