*uses scissors to cut the meticulously sized and shaped metal strip out of its resonant dimensions*

That ferric chloride machine looks so hazardous

Thank you dear sir for your nice videos. Dear sir, i tested this process with a FM TX (1w) and a tiny spectrum analyzer (1hz-350Mhz receiving range). But i can not see any resonance frequency in my spectrum, do you have any suggestion?

I have one of the Crookes radometer at home which I took from the science lab of my school. 💀

Cool. Thanks for sharing.

You have no idea how much your helping with my Christmas 😭

9:33 why is it that Color? I would have thought it would be darker than that.

Do you even age? You look the same as 11 years ago!!!

what is the AFG used? thanks

Very cool👍 those capacitance discs are cool. Never heard of them before.

*_The ground precision rods from mcmaster ripoff are garbage. After 2 years sitting in my gerstner box, the rod I bought warped and not a little either. It warped a lot. That rod wasn't cheap. Mcmaster ripoff get these from chinesium land as they do with everything else they sell._* 👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣👣

I have always had an impossible time figuring out capacitance and inductance on my own. I understand transistors and vacuum tubes so much easier than inductance and capacitance. This video is the first time I've seen anyone put it in practical terms instead of mathematical theories. I finally have some understanding to start building on. Thank you!

Sounds like a microwave 😂

Love the idea of non volatile memory and storing data, those features would be so helpful to have for experiments.

This is awesome, I can see laptops where the case is the motherboard, leaving more room for battery and cooling and much thinner devices and so much more.

Buying into this concept is a real stretch for me.

You know you want to make mxenes, there should be a prize for matching animal muscle power to weight ratio. Like a Darpa desert car challange.but more lab based.

What if you printed traces on gears so you can change the trace by rotating the gear. ( I'm not smart) this may already exist or may be dumb. but it could work where diodes may not work,,, no idea.

Exactly, what i wanted to know! Thank you!

Some of the first computers were incredibly large, but they are very small today. The same will likely happen with Electron Microscopes.

3:48 good luck with that lol

How to break steel ball, end mill, bearing, etc. video

I hate being constantly reminded what Formlabs stole from us :(

great video! for the drying part, wouldn't a vaccum chamber do the trick without contamination?

Seeing that distributor cap and the car touched a nerve and brought back some bad memories that uneven firing engine and the CI fuel system gave me such grief as a mechanic. I know that engine and all of its problems well

Man that would mean multilayer PCB's that you could actually "print". Neat

Hi, after all that good job why didn't projected the image to a computer?

That spurious peak looks like Ti, if I am correct.. isotopes 46 and 47 are at 16% circa.. 48 is 74% the ratios of the peaks if you could fft it might tell yu how much of each would cause the shape you see. At a vacuum of 5 × 10⁻⁴ Torr, the pressure is moderately low but not in the ultra-high vacuum (UHV) range (< 10⁻⁷ Torr) typical of advanced mass spectrometry setups , maybe that might cause noise but i doubt it would cause a clear peak .. You should try the system with no ions just the tungsten filament purely clean.. see if you still see the peaks. The quality of the peak makes it look like a real signal not a noise effect which most failures cause.. also the detector is actually being hit by those ios .. unless there is an echo in the capacitance of the system. That would in my opinion not cause only one peak location but a set of ripples.. bouncing usually comes with ion virations which would look like ringing.. Amazing Experiments.. keep uo the great work..

lol this guy is a true scientist, the rest are just fake

I watched this for 18 minutes before I realized that I have no idea why I'm watching this.

I worked in the semiconductor industry back in the 80s and 90s and have used flourinert as a heating media to burn-in ICs. One unexpeted result was that the vapors just above the container reacts with water vapors and creates Hydroflouric Acid which can react with metals and corrode and eat them up (very corrosive reaction)....we had to insure that no water vapors collects and condenses in the surface of the container by vaccuming vapors and insuring there is a tight seal on the top covers....Metal containers, tubs amd lids are a no no!....

and one lock-in amp (lock the same frequency that drive the LD) that able to reduce interference from the enveronment

Wow. Introductory nuclear magnetic resonance. I used to work in this field. I'm impressed. 😸

"Puff"? Is that an official EE term? 😆

I want to make a rear camera guard for m1a2 tank in 1/16 scale. Can you make it if i send you drawing?

My 88 Audi 5000 has the came CIS-L injection system as your DMC1, and it’s been really interesting to fit a wide band oxygen sensor & controller, and monitor the mixture regulation performance. Having the “built in” wideband sure makes setting the CIS mixture screw easy! The oxygen sensor system was also very helpful in diagnosting a stumble under high load. Turns out my fuel pump wasn’t delivering the proper flow, so the system was simply “running out” of gas and going lean.

fascinating. How they even managed to get such fragile tech into the mainstream is astonishing.

the costs of a DIY REM are about 100 000 Euros inclusive waist of time

I do the same so easily. Add some Hydrogen peroxide instead of light.

kzbin.infoQT9-GartFPM is it possible?

This is the most criminally underrated channel on KZbin, dare I say. The amount of knowledge, skill, and time that goes into this should demand millions more views. Perhaps if you expanded to partnering with someone to handle a mixture of marketing as well as someone who can incorporate some video illustration and distill some of this into bite-sized pieces of knowledge for the laypersons? Anyways, hope you're doing well!

Hey Ben I have a question. Context I want to make used cooking oil solid {enough} to be put in the bird feeders. They love fat balls for the calories. How, with basically a standard kitchen, could I make food safe solid oil from used deep frying oil {birds have very few taste buds so it doesn't have to be yummy}

Bro is cooking m*th

the image is so bad, i guess i make better images with my light-microscope

This feels almost too easy of a process for how cool it is

This man is as cool as you can get. No man, neither living nor dead, has come close to how cool this man is, & nobody ever will.

So basically, crack kills?

A mechanical version of this lens at kzbin.info/www/bejne/l4nJhZp5eNiFick Building a camera that sees behind things -Stuff Made Here

Does anyone have a good textbook to self teach this sort of thing?

Wouldn't the transferred energy from the photons be calculated with the Compton wavelength? Where lam=lam' + (h/mc)(1-cos¢) where ¢ is the angle the photon is reflected? I know this equation technically is for a photon striking another particle, like for ex an electron and the m or mass in the equation is the rest mass of the electron....but wouldn't something similar be used for your example of photons striking the blades of the device? Could you say the are bouncing off (mostly) at 180 degrees, or reflected back striking head on, and maybe assume they strike electrons in the e cloud of the atoms making up the plate? Maybe with a percentage scaling factor to allow that not all bounce back perfectly but some at an angle scattering the light (possibly some way to measure or see the reflected light of say a laser)....??? Lol I'm not quite sure here because his equation is technically for a different mechanism, but hen again he photons are going to be interacting at the atomic level with other atomic particles when it "strikes" the plate material. But his equation calculates that the leaving photons wavelength will be slightly longer (how much depending on what mass you use as it's targeted collision particle's rest mass), but in concept his shows the reflected photon must leave with a longer wavelength (smaller frequency) and thus less energy, the energy difference being how much is transferred to the spinner plate, and a slightly longer wavelength would agree with your saying it would be slightly red shifted. Am I on the right page here or completely off in left field trying to describe this interaction???