too easy for the almighty
Photos capture life inside a drop of seawater
31–40 of 202 posts
Re: Photos capture life inside a drop of seawater
#32I wonder that the commercial model is for endeavours such as this? I guess you collect royalties from people who want to publish the photos, but although you get a one-off wow factor I don't see there being a big market for these kinds of photos. Is it a hobby/pursuit or can you actually make a living doing this kind of thing? P.S. It's a fascinating thing and I love it!
Many photographers make a living with magazines like NatGeo. And you could also sell prints online.
Re: Photos capture life inside a drop of seawater
#33Earlier quoted context omitted.
Guidance from rabbis varies (no central source of authority in Judaism). Some orthodox rabbis will view the copepods as not kosher and suggest filtering the water. Less orthodox rabbis will say the water is fine because the copepods are not visible to the naked eye.
That frees the vision impaired a bit relative to people with good eyesight from a few things!
Re: Photos capture life inside a drop of seawater
#34Cool photos, but this makes me not want to drink tap water
Re: Photos capture life inside a drop of seawater
#35Cool photos, but this makes me not want to drink tap water
https://www.mit.edu/people/dpolicar/writing/prose/text/think...
Re: Photos capture life inside a drop of seawater
#36Earlier quoted context omitted.
That frees the vision impaired a bit relative to people with good eyesight from a few things!
Does that mean blind jews can use this as precedent to eat whatever they like?
Re: Photos capture life inside a drop of seawater
#37> But copepods typically range from about 0.2 to 1.7 millimeters in length, just large enough to magnify using conventional lenses and equipment Does that mean conventional macro camera lenses or a microscope?
I don't understand the part about needing high light intensity- at such low magnification, I have to attenuate my LEDs significantly and take extremely short exposures (like, running a 1A LED at 10mA and 1-10us exposures). But I can't fault his results.
Re: Photos capture life inside a drop of seawater
#38> But copepods typically range from about 0.2 to 1.7 millimeters in length, just large enough to magnify using conventional lenses and equipment Does that mean conventional macro camera lenses or a microscope?
Macro photography most likely. Microscope images tend not to have bokehs like the ones in the article. You can use flourescent microscopy to make those glow in the dark images but the field of view is about 2 or 3 orders of magnitude too small for this.
Re: Photos capture life inside a drop of seawater
#39I wish there were a way to "productize" this, or automate it at least. I'm imagining some sort of aquarium-like tank you stock with ocean water that is able to maintain the microscopic life, allow them to flourish. Meanwhile, some sort of slow or periodic pump draws aquarium water into an attached, miniature "photography studio" where an appropriate camera+lens feeds a constant live stream to a display or to the web…