#Dr. #leeMerritt talks with Marcy about what is under the #microscope and more
https://rumble.com/v5oni6e-conversation-with-marcy-darkfield-microscopist.html?e9s=src_v1_ucp
#microscope
Just what is in the #food
lets look under the #microscope
what`s in the food these days #shocking stuff
https://old.bitchute.com/video/cXk8wGxApz1G/
Check out #Doritos brand new flavour 🤢🤢🤮
they are laughing as they #poison us all
Voici Ă quoi ressemblent certains grains de sable lorsqu'ils sont agrandis 100 Ă 300 fois.
Gary Greenberg se présente comme un scientifique, un auteur, un enseignant et un photographe qui combine sa passion pour l'art et la science en explorant les dimensions cachées de la nature.
"Les secrets de la nature sont visibles partout. Les miracles de la nature sont tangibles et peuvent être observés directement au microscope".
Et il sait de quoi il parle, M. Greenberg a inventé les lentilles 3D haute définition avec lesquelles il prend ses photos, ce qui lui a permis d'obtenir 18 brevets américains.
La composition du sable peut varier considérablement en fonction de sa provenance, mais ces grains proviennent d'une plage d'Hawaï, où vit Gary Greenberg.
A Kingdom of little Animals
https://theamericanscholar.org/a-kingdom-of-little-animals/?utm_source=email
Unboxing a $1.5m Microscope - Sixty Symbols
hachja, "mal eben" ein $1,5m Mikroskop auspacken und aufbauen;
''just'' unboxing and setting up a $1.5m microscope..
Unboxing a $1.5m Microscope - Sixty Symbols
""mal eben"" wie, in einer woche. ;)
""just"" like in a about a week... ;)
Das ist by the way video nummer 363 von mittlerweile 377 videos in meiner SIXTΨ SγMBΦLS playlist, für bequemes physics binge watching.
Its btw video number 363 of 377 videos in my SIXTΨ SγMBΦLS playlist, for easy physics binge watching. ;)
#unboxing #microscope #SIXTΨ #SγMBΦLS #sixty #symbols #nottingham #university #physics #binge #watching #RandomShit ;)
"The Apexel 200X LED Lens: A microscope for your phone."
I didn't know such a thing existed. I have a book, "Illustrated Guide to Home Biology Experiments", and, while a microscope like this wouldn't work as a high-quality lab microscope, it might work as a field (portable) microscope -- the kind of microscope you carry in your pocket, ready to whip out when you see a possible interesting specimen in nature. Typically these have lower magnification, like 30X, so a pocket microscope that can do 200X would be amazing, and one that can take photos, too?
Apparently, what this is is a lens with a built-in LED light, but not a camera -- it uses the camera on your phone. That means the quality of the photos you can make depends on how good your phone camera is. Which means mine isn't the best. If your phone can do telephoto images, you can use that with this microscope lens.
Anyway, it apparently works with flat surfaces, but is a challenge with 3D objects, because it has an extremely shallow depth of field, and your own movement affects the image in any case and is hard to control.
Click to enlarge the images.
