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Explore the world of vintage lenses through repair notes, real test shots, and detailed archive threads packed with images.

Explore the world of vintage lenses through repair notes, real test shots, and detailed archive threads packed with images.
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Snowflake(s)
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'Tis the season.
Olympus macro 38mm f/2.8, snowflake around 1mm in diameter and probably around 1/5th of human hair thickness, barely noticeable and yet at that thickness there are protuberances Very Happy on it.
Magnification 4:1
First time I'm seeing this particular star formation.
More to come



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and some more, no stellar dendrites so far.









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Himself wrote:
'Tis the season . . .


Fascinating geometry! How do you light your subjects?


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Fantastic images!

Being a scientist myself, I always have wondered how the molecules crystallising on one side of the crystal know exactly how to arrange themselves so that they "mirror" the molecules on the other side of the snowflake ... Must be some kind of non-localised force or field ...

S


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stevemark wrote:
Fantastic images!

Being a scientist myself, I always have wondered how the molecules crystallising on one side of the crystal know exactly how to arrange themselves so that they "mirror" the molecules on the other side of the snowflake ... Must be some kind of non-localised force or field ...

S


We still haven't figured out how gravity works, either. We are aware of the cause and effect, and the rest is still in the theory stage.

There's a bit of a list of factors to the creation of a snowflake. It has been said that no two snow flakes are identical twins, either.

I agree on the imagery! The copy-right signature stuff would work way better away from the subject, though.

-D.S.


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stevemark wrote:
Fantastic images!

Being a scientist myself, I always have wondered how the molecules crystallising on one side of the crystal know exactly how to arrange themselves so that they "mirror" the molecules on the other side of the snowflake ... Must be some kind of non-localised force or field ...

S


Why must be? My intuition tells me that once seeded, the growth proceeds according to the "vibration" of that growth communicated throughout the crystalline structure. I don't know but intuit both sides grow simultaneously.


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55 wrote:
Himself wrote:
'Tis the season . . .


Fascinating geometry! How do you light your subjects?


Natural light, that's all.


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stevemark wrote:
Fantastic images!

Being a scientist myself, I always have wondered how the molecules crystallising on one side of the crystal know exactly how to arrange themselves so that they "mirror" the molecules on the other side of the snowflake ... Must be some kind of non-localised force or field ...

S


I ask myself the same question : How?
Each time I'm blown away by the design and symetry.


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Thanks for the comments guys!


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Just WOW!! Like 1 Like 1 Like 1


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Himself wrote:

The center of that one reminds me of a logo for Asahi Optical Co. (later Pentax Corp.).



Here's an example from one of my lenses:

#1


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kds315* wrote:
Just WOW!! Like 1 Like 1 Like 1


Thank you !

@55 ,
Thieves ( Gollum's voice), they stole the design. Very Happy


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Himself wrote:
. . .
they stole the design. Very Happy


At least Asahi had good taste! Smile


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Fantastic!


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Super, I tried this a few times, but I never got this good results... Wink


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lumens pixel wrote:
Fantastic!


@Nordentro

Thank you!!


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Incredible!