Re:Photo of a suspended, glowing single atom wins photograph...
by novacole on Sunday January 26, 2020 @11:01PM
(#22156773)
It’s not an atom, it’s a picture of the light emitted from an atom. So it’s a picture of light.
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Re:Photo of a suspended, glowing single atom wins photograph...
by crooked-v on Sunday January 26, 2020 @11:02PM
(#22156778)
All pictures are actually pictures of the light either emitted by or reflected from things.
Re:Photo of a suspended, glowing single atom wins photograph...
by RantyDave on Monday January 27, 2020 @05:41AM
(#22158188)
Ceci n'est pas une pipe.
Re:Photo of a suspended, glowing single atom wins photograph...
by novacole on Sunday January 26, 2020 @11:12PM
(#22156804)
What does this atom look like? Do you see an atom or do you see light? Of course, all pictures are pictures of light. But there’s a difference between taking a picture of the light coming from a light bulb and a picture of a light bulb, as I am sure you’re aware.
Re:Photo of a suspended, glowing single atom wins photograph...
by kragen on Sunday January 26, 2020 @11:50PM
(#22156911)
There isn't, no.
Re:Photo of a suspended, glowing single atom wins photograph...
by garmaine on Monday January 27, 2020 @12:18AM
(#22156998)
It is the same exact thing.
Re:Photo of a suspended, glowing single atom wins photograph...
by msla on Monday January 27, 2020 @01:01AM
(#22157154)
> But there’s a difference between taking a picture of the light coming from a light bulb and a picture of a light bulb, as I am sure you’re aware.
OK, explain it.
Re:Photo of a suspended, glowing single atom wins photograph...
by bnegreve on Monday January 27, 2020 @01:13AM
(#22157185)
In the first one you can see details.
Re:Photo of a suspended, glowing single atom wins photograph...
by novacole on Monday January 27, 2020 @01:07AM
(#22157172)
Look at a light bulb when the filament is heated and is emitting light. Then look at it when it is not. The only people who can’t see the difference are blind, literally.
Re:Photo of a suspended, glowing single atom wins photograph...
by kragen on Monday January 27, 2020 @01:20AM
(#22157216)
When the filament is cold, you can see it because of light that comes from it after having been reflected off of it, rather than having been emitted from it originally; or, if it's dark on a light background, because of light that comes from other parts of the lightbulb after being transmitted through it from behind. In all of these cases, what you see in the photo is light that came from the lightbulb, and all of them are equally legitimately "pictures of the lightbulb", although they might display more or less detail.
Re:Photo of a suspended, glowing single atom wins photograph...
by scrollaway on Monday January 27, 2020 @01:14AM
(#22157190)
You're looking for the word "glow". People are (somewhat rightfully) piling up on you because all pictures indeed are pictures of light, whether that light is reflected by an inactive lightbulb or is from its powered, glowing filament.
Re:Photo of a suspended, glowing single atom wins photograph...
by RantyDave on Monday January 27, 2020 @05:40AM
(#22158185)
Despite the haters, this is pretty much on the money. This is the light scattered from a single atom that came through the lens and hit exactly just one pixel on the sensor. That dot is (guessing) millions of times larger than an actual single atom.
Re:Photo of a suspended, glowing single atom wins photograph...
by caf on Monday January 27, 2020 @08:20AM
(#22158943)
This is no different in principle than a photo of a starry night sky, where the size of the pixel is far greater than the actual angular size of the object from our vantage point.
Re:Photo of a suspended, glowing single atom wins photograph...
by effie on Monday January 27, 2020 @07:46AM
(#22158778)
Take a zoom at the original picture. It's 4 pixels.
Re:Photo of a suspended, glowing single atom wins photograph...
by DanTheManPR on Monday January 27, 2020 @09:22AM
(#22159444)
This is the most pedantic thing I've ever seen posted on HN.
If an object is illuminated by the sun or by a flashlight, you see the light. When you illuminate a single strontium atom with a laser while it's suspended in an ion trap, you see the light.