So this is what you were working on, you gonna blow up way way more. Awesome video

You have one of the best channels with kinda science and fun

Pause gang here: as an Italian i 100% agree with mozzarella winning because it might not seem, but you can actually use it for a lot of stuff!

so you're telling me you even have a merch store in just 3 months. btw you doing great work bud, so do your channel. Me can say me see your channel grow from less than 500 subs even tho it took only 2-3 moths, lol

subscribed to the right man

THIS ^^

School: you're forced to learn This.: you WANT to learn

@@kybirderThis ^

@@silvertakana3932 So true :D

“This” Is Awesome! 👏 👏 👏 👏 “This” Is Awesome! 👏👏👏👏

Do you mean 12MP questions?

@@Den17 i mean 12 at night

@@pocketcontent1010 thats 12am

@@tristantheoofer2 my bad bro 👍

@@pocketcontent1010 you didn't get the joke. You wrote 12PM so I wrote 12MP referring to megapixels of a camera sensor

Be queit lil bro🐗🐗🐗🐗

Nah that's a good question

Ye

Simply by using mirrors and sun rays

The actual X, Impressive

😆😆😆fr

Yeah This. guy

@@lavalamp9531 is lil bro acoustic? 🧐 bc the channel is “this”

@@lavalamp9531yo what’s my ip?

Light gets focused, light gets mirrored, screen but it reads instead of displays gets info, info is sent to camera to print. There is very epic explanation 👍

how would the inventor of the camera just explain that anyways

Actually it kinda does, the aperture just changes the range of how many things can be in focus, not the way you described. As for changing what is in focus, that's just the manual focus ring that's in every single camera lens

@@NotBadJefferBoat Changing how much depth of field blur an image has changes what falls within the acceptable range of “in focus”, thus making the focal plane appear longer or shorter, which I think is what you’re saying. In the video he said that altering the aperture could move the focus from one thing to another, which it can’t.

@@vicatoren3967 exactly, to change what is in focus you move the lenses.

yeah I thought I forgot how cameras worked!!

Yup, correct correction right here ✅

This. man* 😅

bruv he uploads an 8 min vid in like a week, wyd the rest of your time in college

what about cheddar?

hmm

XDDDD

This doesn’t explain how thermal cameras work?

Well that's because the videos and articles you have viewed are for people who are in that professional field, it's not there just to answer a thought in your head.

Ok to be simple thay work like this but instead of picking up visible light thay pick up infra-red.

Thermal cameras see infrared light , not visible light. It’s the same process but the sensors are designed to only see wavelengths bigger than our visible light spectrum

Thermal cameras *feel* long-wavelength infrared light by measuring electricity created through *physically heating* the pixels on the sensor, while normal cameras have filters to block infrared and only allow visible light they *see* by measuring the electricity created by light striking the pixels on the sensor. Actually you can remove that infrared filter to 'convert' your camera to full-spectrum, then optionally add a different filter so it only sees infrared. You'd think your normal camera would then be a thermal camera at that point, and it *kind* of is, though it's not effective because (A) it's only sensitive to infrared wavelengths near the visible spectrum, thus missing much of the thermal data (B) normal camera lenses these days have many advanced optical coatings to cut down on glare and so on which interfere with IR whereas thermal camera lenses are designed for IR specifically, (C) thermal camera sensors use microbolometer sensors where, instead of being like a solar panel that directly responds to light, they're more like little reverse-peltier coolers that produce electricity when the IR physically warms them.