Відео

Sodium nitrate 3.6 mega hertz Signal high Sensitive information Transmitting Capacitor 25 turns 50 ohms High the q detects the signal from atomic nuclear 25 watts Amplifier Received channels 100 microseconds pulse Solid active switch Quarter wave technique Magneticresonance Inductor 2.2 microhenry Diodes forward conducting Noise Interference Junction capacitance 2.56 mega hertz Smith ....shows the impedance

So, microchip level manufacturing by litography is achievable nowadays with some $10k???? Without toxic HF and 99.9999% pure silicon.... ??????

nice i actually always wondered that

You can vary the distance between the ball lens and the collimating optic to change your focal distance. For concave surfaces make the focal distance about the same as the mean radius of curvature.

You had me at Laser optics

I find it very irresponsible that this company is marketing it's powder as harmless. Plastic powder, in particular Nylon is incredibly toxic to inhale. Full face respirator is a must and a well ventilated area. This is not a desktop process. Certainly not at home. Think of your lungs! This is a million times worse than smoking...

You are a gift to the humanity, I always read those academic definitions and scratched my head, but this video was a GEM!

Wow, I just watched a really helpful video about transistor switching circuits from 11 years ago. I was curious if you're still around, and I'm glad you are!

With sheets like this could they be micro nibbled ?

Is this how they do solder mask templates ?

@13:40 a few notes that come to mind A. You could use very thin double sided tape at four extremes of plastic and paper backing before placing in printer to reduce stretching of stencil print .you assume the paper will act as a decent friction for rollers . B. 'd imagine you could print 3 index marks on the transparencies which could be accurately aligned with its counter side ,then hole punched along with hole punching the steel sheet in exactly the same way,linking up all transparencies and steel is simply a case of pushing a plastic pin through three holes to locate all steel and transparencies without much displacement error

When chat gpt teaches you a thing or two you know it's worth its salt

I think your solution for dynamic track creation is extremely worth pursuing and developing for commercial sale

Inspiring work Ben. As always. GPT can make some great connections when it is interacting with an inspired coworker. I wish I had a Ben inspired GPT coworker.

I always wondered about this. Thanks!

i learned a lot - thanx for sharing

Science and engineering need to be made open source so that we can advance them, it's honestly astounding to me that this is proprietary and no university lab has done this already, especially for a process that's so fundamental to electronics in general. I really appreciate how thorough you are, making sure every step is as clear as possible. This seems like a really important resource.

I blew “crystal” glass for a living in the ’70s. My teeth turned a weird metallic black from the lead fumes condensing on my teeth. I’m pretty sure it’s sitting in my feet as lead sulfate to this day.

You remind me of Nikola Tesla with that suit/labcoat.

That idea of yours would be nice for watchmaking. LED segment display embedded in the plastic watch itself. I imagine a flat belt with a display all around the wrist.

Nice video. ChatGPT is trained on a lot of sources, more fields esp. pure chemistry, which could be the source of the info...

this is awesome

Waiting for the laser spectrometer now, Pitter Patter...

Increased pressure increases brownen motion creating energy differential could be a factor.

You Sir are impressive, I would recommend that you reach out to the company that gave you the tool that you’re working with in the video. I believe they would sponsor all of your needs in attempting the experimental idea you shared towards the end of the video. They as a company would find lucrative use for what you are freely sharing, still share it but have them provide everything you need in order to vet out the operational possibility and issues as you work through devising the final parts. Very impressive

Amazing Ben! Exciting work! Thanks for sharing

I'm just interested in science in general and find this man to be an utter hero despite the world of intellectual gatekeeping around. A genius that needs to be recognized. Thanks for amazing videos over the years!

All this with individual effort and an enlightened mind. You are amazing

This is amazing!

Electromechanical sensors for compliant mechanism

Another great video, thanks! If you haven't already, check out aerosol printing. The conductive inks in one of those makes really neat stuff similar to what you showed.

Being able to print circuits through the body of a solid object could revolutionize circuit design.

ChatGPT has access to who knows what stolen information from who knows what sources. I was able to recover an old book from it. I only had scanned pages and some of them had whole sections missing. I used Adobe to do an OCR which made had half the words readable. But that was enough for ChatGPT to go into its database and find exactly what I was looking for and fill in the gaps.

Thank you. Very clear information. 👍

That 16:50 idea is wild. Can't wait sir!

Mems sensor should be incorrectly used to detect gas leaks imo. Use a fault as a benefit

I wonder if a UA-cam video can serve as a poor man's patent like the old way of sending a letter to yourself?

I wanted to implement sort of that process few years ago. But I'd chosen 355nm laser and different materials. I we built system and ordered custom galvo scanner from SinoGalvo and laser. But faced technical difficulties. I'm excited to see that process in real world! You are awesome!❤

So cool! I hope you incorporate the pulse laser into the printer, that would really unlock some incredible stuff!

NASA: We need billions of dollars and military permit MIT: We need millions of dollars and the smartest people on the planet Applied Science: Hello there, my name is Ben and all I need is a garage and few bucks from Patreon.

As an aside, has anyone built a practical Chlorine NQR with a Robinson type marginal oscillator?

Why is the instrument in a copper box?

Did you share the circuit for the wifi energy harvesting led circuit somewhere?

HYDROXYL

The syringe and wheel filter combo must work best with a syringe made of glass? Other wise the copper might grow off itself and clog the hollowed out tip where you may get copper slowly extruding out of either end.

The idea you present at the end is actually incredible. You always surprise me with your projects. It's incredible. Your channel, NightHawkInLight and Tech Ingredients taught me a lot about how some ideas that seem impossible can turn out to be achievable if you put in the work to research it yourself.

Genius

How about printing simple electrical components?

Have you counted with the delay it takes for the ions to travel from the source to the detector? You state at 15:22, that you change the acceleration voltage to differentiate between the different atomic weights. You use an AC voltage, but don't mention the frequency of that voltage. At 16:23 you mention that that AC voltage drives the X-position of the oscilloscope. When the correct voltage is reached, the atoms have the correct speed to reach the detector. But the ions take time to travel from the source to the detector. That means that when the correct voltage is reached in an up-going phase, it will be higher by the time the ions reach the detector. When the voltage is reached in a down-going phase, it will be lower when the ion reaches the detector. That may explain why you see two peaks for the same atoms, one at a higher and one at a lower voltage.

I always feel like I'm getting good at engineering/making and then I watch your videos and feel instantly humbled. Also I'm curious which researcher is to blame for having a part of their bath creation process leaked into OpenAI's training data haha