Paul first got interested in photography when he was just a little boy. He got his first camera about 50 years ago, and does photography ever since then.
When you look at his photos you can see that the years have ripened him as a photographer and he has mastered macro photography very well.
I would like to present just a tiny bit of his works: microworld. Water drops in these photos are usually around 1mm in diameter.
Waterdrops are optical systems just like fisheye lenses. The background is refracted upside down and mirrored.
You can find his flickr page here.
Some call him 'The Lord of Macro droplet shots'. What do you think?
Colors
(Image credits: Licht~~~~)
The Flag
(Image credits: Licht~~~~)
The flag belongs to a little wooden chopstick used to pickup party snacks. Size is approx 25×15mm only. The red drop carrier is the inner part of a half uncoiled paperclip.
This photo is as it was from the camera - no photoshop works.
Diameter of this drops is approx. between 0,6 mm to 1,0 mm only.
A Fairy's Jewel Case
(Image credits: Licht~~~~)
Swiss Refraction
(Image credits: Licht~~~~)
Diameter of this drops is approx. between 1mm to 1,5mm only. The background is a miniflag - used to pickup party snacks -
the drop carrier is a yellow mini cable strip. The photo is almost as it was from the camera - no photoshop!
Indian yellow
(Image credits: Licht~~~~)
Drops hanging on the edge of a mini- daffodil petal, refracting the primroses in the background and the daffodil petal itself.
Primroses
(Image credits: Licht~~~~)
Test Photo: Carl Zeiss Planar T* 85mm f1:1,4 ZF + Nikon D60
(Image credits: Licht~~~~)
8 8 8 8
(Image credits: Licht~~~~)
Color drops
(Image credits: Licht~~~~)
Aquamarin
(Image credits: Licht~~~~)
Refractions - How it Works #1
A 300 fps = 300 photos per second video - of a water tap in my kitchen - see what happens!
Refraction-How it Works #2
4 drops refracting the background - a blue dottet paper sheet.
Diameter of one blue dot = 5mm
Diameter of the drops is approx ~ 0,7mm-1,0mm only
I moved the paper - see what happens.
Gerbera
(Image credits: Licht~~~~)
Microworld
(Image credits: Licht~~~~)
~ 3 ~
(Image credits: Licht~~~~)
Gazania Drops
(Image credits: Licht~~~~)
Dandelion Petals & Bluebells
(Image credits: Licht~~~~)
Gerbera
(Image credits: Licht~~~~)
Colors Drops
(Image credits: Licht~~~~)
O O O
(Image credits: Licht~~~~)
Forget Me Not
(Image credits: Licht~~~~)
Würzburg at Night: Refraction in Waterdrops
(Image credits: Licht~~~~)
~ Colors ~
(Image credits: Licht~~~~)
'I Love' drops
(Image credits: Licht~~~~)
via:villageofjoy.com
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Paul first got interested in photography when he was just a little boy. He got his first camera about 50 years ago, and does photography ever since then. When you look at his photos you can see that the years have ripened him as a photographer and he has mastered macro photography very well. I would like to present just a tiny bit of his works: microworld. Water drops in these photos are usually around 1mm in diameter. Waterdrops are optical systems just like fisheye lenses. The background is refracted upside down and mirrored. You can find his flickr page here. Some call him 'The Lord of Macro droplet shots'. What do you think? Colors
(Image credits: Licht~~~~)
The Flag
(Image credits: Licht~~~~)
The flag belongs to a little wooden chopstick used to pickup party snacks. Size is approx 25×15mm only. The red drop carrier is the inner part of a half uncoiled paperclip. This photo is as it was from the camera - no photoshop works. Diameter of this drops is approx. between 0,6 mm to 1,0 mm only. A Fairy's Jewel Case
(Image credits: Licht~~~~)
Swiss Refraction
(Image credits: Licht~~~~)
Diameter of this drops is approx. between 1mm to 1,5mm only. The background is a miniflag - used to pickup party snacks - the drop carrier is a yellow mini cable strip. The photo is almost as it was from the camera - no photoshop! Indian yellow
(Image credits: Licht~~~~)
Drops hanging on the edge of a mini- daffodil petal, refracting the primroses in the background and the daffodil petal itself. Primroses
(Image credits: Licht~~~~)
Test Photo: Carl Zeiss Planar T* 85mm f1:1,4 ZF + Nikon D60
(Image credits: Licht~~~~)
8 8 8 8
(Image credits: Licht~~~~)
Color drops
(Image credits: Licht~~~~)
Aquamarin
(Image credits: Licht~~~~)
Refractions - How it Works #1 A 300 fps = 300 photos per second video - of a water tap in my kitchen - see what happens! Refraction-How it Works #2 4 drops refracting the background - a blue dottet paper sheet. Diameter of one blue dot = 5mm Diameter of the drops is approx ~ 0,7mm-1,0mm only I moved the paper - see what happens. Gerbera
(Image credits: Licht~~~~)
Microworld
(Image credits: Licht~~~~)
~ 3 ~
(Image credits: Licht~~~~)
Gazania Drops
(Image credits: Licht~~~~)
Dandelion Petals & Bluebells
(Image credits: Licht~~~~)
Gerbera
(Image credits: Licht~~~~)
Colors Drops
(Image credits: Licht~~~~)
O O O
(Image credits: Licht~~~~)
Forget Me Not
(Image credits: Licht~~~~)
Würzburg at Night: Refraction in Waterdrops
(Image credits: Licht~~~~)
~ Colors ~
(Image credits: Licht~~~~)
'I Love' drops
(Image credits: Licht~~~~)
via:villageofjoy.com
Microworld by Licht~~~~
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