Видео

Incredibly cool🔥❤, you got a new fan! ))

What if you played the display flat. Then have the retro reflectors in a cone shape like it holds the display on the sides 360 end have from above the mirror beeing a bol with the underside beeing a beam splitter. Wouldn't that give you a full 360 vieuw like a half dome?

Now, I want to control my TV with voice + gestures + eye movement, instead of a remote. xd

I just wonder, if you made a really large disc, and you put like many holes in it, would you then be able to reach 500 lines, for instance?

Fantastic! 100% YUM!

Pepper's Ghost always impresses. Here's an idea for tuning your sensors: Light up a box and record the sensor data as you repeatedly "push" it. Use that resulting data as your paramater range for that button/area, kind of turning that fine-tuning process inside out.

Mad skills, buddy! You have my respect!! Thank you for sharing this in such detail. I'm looking forward to sci-fi up my whole damn flat xD Ok, maybe not the flat, but my 3D Printer CGSD (Center of Getting Shit Done). Thank you once more!!!! Take care and have a great new year!

Just found you. I'm obsessed with prewar mechanica tvs. Did you show this to the guys at early television foundation? They'd love it

Ever thought of making a barrel version of the nipkow disk, like instead of a plate what if you used a spinning barrel that covers over the whole assembly. I'm wondering if that would make a bigger screen based how wide the ring was and how fast it traveled

That's great. It's a better way than the mirrored parabolic "hemispheres" that give the illusion of a hologram. I like your solution. Thumbs up.

This is awesome! WOW! 0 contamination.

A "real" 3D Printer might be legit as it would project the whole 3D Object into the Resin to cure "in place" without the need of layers... would save a whoooole lot of time 🤓

Wow congratulations!

it also needs an ultrasound emitter, to reproduce the touch of a button

can you use a lens on this to make a projector?

I'm wondering if you could actually make a lenticular areal display similar to the Looking Glass Factory with this sort of technology. I'm just not sure if it would have the brightness for the material.

I hate videos that show 20min process and 1min result waste of fucking time

There are atm's that use pretty much this exact setup

Very nice project! 🙂

This man literally made a floating display and doesn't have 10 million subscribers. What is wrong with RUclips?

So it’s NOT actually floating in mid-air. It just gives you the illusion when you look at it at the correct angles. :/

Good fail LOL....

i prolly use it for mobile gaming lol

Sehr schönes Design... das ganze Projekt handwerklich sehr gut umgesetzt... tolle Arbeit! Ohne das nötige Background-Wissen natürlich nicht realisierbar, aber schön zu sehen, dass es funktioniert. Danke für Deine Mühe 👍 Gruß von Stefan aus dem U-Allgäu

Smart

Hi Thats a very cool project you've done 🎉 amazing job! One question I have about this project is can you see the aerial display from all angles? Or do you have to face in the front of the display to see it?

Maybe a visual 3d representation of a model in Blender? Or playing doom on it! 😅

this is so cool. if you add more sensors, you can make a full range of input. im wondering, why is the light not projected onto the ceiling? light will keep on traveling until it meets a certain point, does the beam splitter slow down the photons so they stop at a certain point? or is it intersecting light particles? i dont really get how this works, if the beam splitter just splits the light in half... if it does split it in half, then why doesnt it appear on the wall next to it? the second question i have, can this be made more compact? if it's basically a light stopping at a certain point, can you make a tiny display and then make it appear larger with a lens? sort of like AR glasses where you can interact with it but instead it's physical if this can be made as compact as those new glasses (im talking about apple vision pro or glasses from meta), and the input will be reliably enough, it can be used commercially!

future versions should not have the solid touch screen, only the floating screen.

This Guy just builds an entire application to calibrate the thing. Insanely awesome

This channel is so underrated 🤯

how would you widen the f0v

Would there be a way to use some form of lenticular material to create a kind of 3D version? I feel like it should be possible but not sure how you’d specifically go about it. Perhaps even just using a 3DS-type lenticular display would do the trick.

8:57 XSHIIT

it's not floating in the air...it is the illusion of floating inthe air..

I'll integrate this in my space ship

ultrasonic parts are used pretty often for close distance sensors, its basically time-of-flights with sound wave

Can you make a handheld version?

Have you considered the VL53L5CX three axis TOF sensor?

This is soo awesome!!

Volumetric display with touch?

Are real holographic computer.

with ultra sounds ?

Given the limitation, why? I don't see the utility that justifies this amount of work.

Alrighty. Now combine it with a volumetric display, and make the whole thing the size of a cell phone, cmon, how hard could it be? /s

is there a link to the music used at 1:46 on youtube?

I think I've seen this in Japan at their 7-11s 2 years ago

FYI:If you see double image that is because of glass. Needs to be special glass to not reflect beam from both sides of glass sheet

0:32 you rly need to adjust your compressor. it is not pleasant having the background music ramping up to full volume and back down over the course of a 200ms pause. you need much less compression overall (lower ratio, higher threshold), and much slower release. if your software provides a lookahead compressor you could do use that to soften the attack as well. It's in the name, background music, it doesn't need to take every possible opportunity to occupy the foreground. some amount of compression could be nice for listenability, but the only time you want the background music to get really noticeably louder if you're not talking for maybe 10 sec or so at a minimum. and at that duration you just manually ramp the gain.

I have a theory: If you moved the real screen back and forth and had a sensor telling the CPU where the monitor was, you could create a cross section of a 3D object on the screen to match the position. Then with persistence of vision, the floating image would appear 3D. (going about moving the screen precisely is too much work, you got to just measure where the monitor is and update the image)