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Uploaded
Feb 1, 2012 | 1:29 AM EST
  • Weekly Users' Choice February 15, 2012
  • Daily Feature February 2, 2012

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Author Comments

Now with better graphics, new commentary, and 100 more objects than last time! Eye-popping larger display! Gee-whiz scroll wheel control! Adjustable render quality toggle that puts you in control!

And thanks for amazing ratings!

Reviews


TarraniumTarranium

Rated 3.5 / 5 stars February 14, 2012

When you zoom in completely and pick up a microscope and put it against the screen you can actually see Justin Beibers dick.



Freaki-boy92Freaki-boy92

Rated 3.5 / 5 stars February 17, 2012

you didn't put megatron in- the megatron is my personal unit of measurement for large-ish things.



kvanakvana

Rated 3.5 / 5 stars March 28, 2012

Nicely done, but it contains some misinformation. For example, neutrinos with higher energy are not bigger. "The physical size of neutrinos can be defined using their electroweak radius (apparent size in electroweak interaction). The average electroweak characteristic size is âY¨r²âY© = n Ã- 10^-33 cm² (n Ã- 1 nanobarn), where n = 3.2 for electron neutrino, n = 1.7 for muon neutrino and 1.0 for tau neutrino; it depends on no other properties than mass."
The "shortest length confirmed" at around 10^-17 m is also untrue as the Large Hadron Collider probes distances up to 10^-19 meters or 0.1 attometers.
Also where did you get the "estimated size of the universe" since current observations suggest the global geometry of the universe is flat, hence the universe seems to be infinite in size.


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YouRSouLisMinEYouRSouLisMinE

Rated 3.5 / 5 stars June 29, 2013

Good!!



ThePowerofNexusThePowerofNexus

Rated 3.5 / 5 stars October 10, 2012

Excelent


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