any guarantee our dna would be sold to black water

Wicked , cheers ❤. Ref# the vod. 👍

Maybe Devon is getting the sponsor money and Simon is getting the KZfaq ad money?

Simon gets all his money from the deep state and illuminati

Simon has done My Heritage in the past. I do think TIFO is more Daven’s baby post split.

It's because we would find out that a good portion of his DNA is literally made up of cocaine.

In any case, sponsored ad segments are usually recorded independently of the main video and inserted during editing, even on channels where all three tasks are performed by the same person.

Same! Just like firearm silencers were made by the son of the man who invented machine guns and subsequently went deaf. 🤣

@@paulis7319dude 😂

22 minutes of our lives saved we thank you

Listen to Simon explain it is still far more interesting, sorry bud.

@@meh7348 fair fair he's fun to listen to but you know sometimes you just want the answer though that's more a rant about KZfaqrs in general 😅 I feel kinda guilty now

I have green and white and I love my white phos unit but my green sees into much darker conditions

Thank you

And Dave says that MyHeritage will never sell your info. 23&me and several other DNA companies INITIALLY said that too. 😂 But when they were offered a huge chunk of change for it, they all immediately changed their policy and sold everybody's info.

Thanks for sticking with us all this time. :-) -Daven

​@TodayIFoundOut is that a typo or have I been mis-hearing Dave for the last few years?????

His name is definitely Daven. Easy mistake ​@@wesleymorris6862

He's Daven, I can confirm

I'm not saying new, again I say more

About ten years of you take care of it and store it properly. Usage is also a factor but I can't imagine you "burning it out".

@@Shoelessjoe78yep its in good hands, run lithium batteries to avoid leaks etc put cap on when not used. its also nice to have a modern gated tube for more peace of mind during usage. I also suspect my image intensifier tube was barely used because of a couple things along with its manufacture date and being a pvs 7 intensifier tube. lol probably sat in some national guard armory til they got issued pvs 14's . hopefully this lasts more than 10 years but 10 would be nice

Gotta upgrade to a white phosphor pvs14 or dual tubes one of these days. The difference between a old school pvs7 and a modern pvs14 is unreal. Much higher resolution, less noise, more contrast, and a brighter image. Plus the cool thing about a pvs14 is you can attach it to a telescope and see the universe is a whole new way

@@bghiggy yea the new 14’s are nice my buddies got a wp 14 that’s what got me into this , def clearer in the super dark areas but my 7 definitely isn’t a generation behind even side by side. You actually can attach a 7 to a telescope I have an Adapter where I take off the objective lens and can put it into the focuser without a telescope eyepiece for viewing. The eyepiece + 14 is better for showing faint stuff in a telescope

I love my pvs7's so much

Depending on what years you were in, it might've just been because it was Classified AF. "Here's what the knobs do. Go hunt the enemy with it. The rest is need-to-know only"

Because the military doesn't know how or why anything works the way it does lol They just mindlessly use stuff.You don't need to know why a gun works to use one,and same goes for pretty much everything else.

I am an old submariner and I will tell you wikipedia had specs back in the day even our cooks with a Secret clearance were not supposed to know.

All the cool kids use white phos now, though.

In my opinion amber works better.

So in the RGB LED lighting world, green LEDs always look more intense than the red & blue. You're saying it's our eyes' sensitivity curve that's to blame, not the LEDs' output?

@@robwoodring9437 probably both, but you can check the spec sheet of the LEDs

@@Stratonetic the microscope I work on is fitted with an amber display, and I love it for working in the dark.

Aren't we all? :-) -Daven

@@TodayIFoundOut Alternatively, more likely and less excitingly, low percentages are just "noise" in the results.

cave

He wrote this one too. :-) -Daven

ordinary CCD record down to 1200nm. Just remove the IR filter and shield it from visible light.

Green phosphor was used because the human eye is most sensitive to shades of green, so you can see finer detail in green. White phosphor was later used because while the eye is most sensitive to green shades, it is most sensitive to white in terms of intensity. So a white phosphor night vision will seem brighter to you even though it may not technically be brighter

Those do exist, however they are currently significantly inferior to analog night vision. The good ones are about on par with gen 1 and they lag making them ill suited for moving with them.

also, the human eye is most sensitive in the green-blueish range, so tintin green permits the user to make out faint images better. Also early screens used cadmium sulfide, that happens to glow in green when hit by electrons from the multiplier tube/channel plate

@@paavobergmann4920 white though appears brighter, which is why they're now made with white phosphor.

that thing was ginormous.

Splinter Cell all the way, dog

@@DILFDylF I can't deny splinter cell

Don't lie, it was Paris Hilton

My dad was a tanker in the 70´s. He said " as gunner, I could swap in this new nifty nightvision thingy, so instead of murky grey fog i would see murky green fog, but only like half the distance...."

ad blockers also skip sponsor slots

You have to be human for their DNA test. 😋 -Daven

The screens that convert electron image to visible light are coated in Zn/Cd-sulfide, and that emits a green glow when hit by electrons

@@paavobergmann4920 and modern ones are white

@@SilverStarHeggisist Yes, because we no longer need phosphorous CdS-screens. Green has advantages, though.

@@SilverStarHeggisist I think those are infrared, not night vision....both see in the dark, but by different means.

@@paavobergmann4920 Thank you!!

I had to basically take a test on this to pick one out to buy. was a ton of things to remember

The Snooper featured in "Return to Castle Wolfenstein"

Green phosphor was used because the human eye is most sensitive to shades of green, so you can see finer detail in green. White phosphor was later used because while the eye is most sensitive to green shades, it is most sensitive to white in terms of intensity. So a white phosphor night vision will seem brighter to you even though it may not technically be brighter

That's true but we are able to recognize things and have better contrast much better in grayscale which is why white phosphor is the new standard

@@bghiggy interesting. Thanks.

I'm colorblind. Why is red the emergency color? It's so dim

@@tomholroyd7519 because it does not mess with your low-light vision system. You have low sensitivity / high resolution receptor cells in your eye for colour vision in daylight, and high sensitivity / low resolution cells for monochrome vision in the dark (they are just bleached out during the day). these sensitive cells only react to blueish-green light, they are not affected by red light. So if you use just enough red light to fire up the red daylight cells, you get the better resolution for reading maps and displays, but if you switch it off, you still can immediately see in the dark as usual. If you would use blue, white or green lught of the same intensity, it would take several minutes for your night vision to come back up. Where i was working before, we had a pair of red goggles for people working in the photo lab to wear if the needed to go to the bathroom. Like you, I have inherited below-average red sensitivity, so emergency lights are super dark and murky for me. We would probably need to crank them up a few percent. Also, in military applications, red shine doesn´t carry that much, it is much harder to spot for the enemy from a distance.

Green phosphor was used because the human eye is most sensitive to shades of green, so you can see finer detail in green. White phosphor was later used because while the eye is most sensitive to green shades, it is most sensitive to white in terms of intensity. So a white phosphor night vision will seem brighter to you even though it may not technically be brighter . Most modern night vision is now black and white instead

@@user-sf6vy1td8x a p43 green phosphor screen emits light around 550nm which we perceive as a slightly yellow green

Green phosphor was used because the human eye is most sensitive to shades of green, so you can see finer detail in green. White phosphor was later used because while the eye is most sensitive to green shades, it is most sensitive to white in terms of intensity. So a white phosphor night vision will seem brighter to you even though it may not technically be brighter

@@SilverStarHeggisist sldo, CdS glows a pale green when hit by electrons. one of the first widely available screen coatings.

The results are also bullshit. And aside from gov request you have good old fashioned data theft.

Flir teledyne is a company

@@travislupum Yeah, and I'm guessing it was them who made the thermal camera on my phone..... the camera that is called FLIR

@@travislupum I know, its still called FLIR, every picture I take through that camera has FLIR stamped on it.

The company FLIR renamed themselves after their most popular and widely known product; Forward Looking InfraRed for marketing purposes. Your phone camera device says FLIR on it because that's the name brand of the company. But it was still originally just an acronym for one specific kind of IR camera.

Actually, nearly every armored combat vehicle in the Army has a FLIR for the driver to use at night. It’s just a type of sensor and has nothing to do with anything Aircraft specific.

Though the capability difference between a $200 night vision set and a $5000 is extreme.

I wouldn´t want a computer make up stuff for me to shoot at, thanks.

What about late doors?

nope, it was available way before roswell.

Because they use phosphorus for what? Phosphorus is used for flares, but flares created light. That's kinda the the opposite of what you want if you are using modern night vision for low light missions.

They use a phosphor screen that produces photons when hit by electrons.

It works by channeling the light coming in through the objective lense, hitting a photocathode which turns photons into electrons, and then into a microchannel plate that multiplies the electrons, and then hits the phosphor screen which turns the electrons back into photons and those photons exit the ocular lense and hits your eyeballs

​@@bghiggyAh, I should have listened farther in the video before commenting 😅

its a phosphor screen similar to a radar screen or medical imaging devices. fine sized particles of phosphor are deposited onto a screen so that when the photo-electrons hit the screen, it glows to present the image. the green comes from p20 or p43 green phosphor which was commonly used but now p45 has been the thing lately (white phosphor) which is near black and white but sometimes slightly blue at first