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In brief: Those Princess Leia holograms seen in Star Wars still require some ingenious scientific breakthrough we haven't quite cracked yet. But tech companies are becoming smarter, using existing technologies to create holographic effects. Panasonic is one of them, and has cleverly repurposed part of its outdoor cooling lineup to create a wild new visual display system that you can walk through.

Dubbed "Silky Fine Mist," the technology was originally conceived as a way to beat the heat. But Panasonic quickly realized the creative possibilities.

The system uses high-pressure nozzles to spray a super fine mist of water droplets of around 6 microns in size, which the company claims is significantly smaller than naturally occurring fog particles. These "mist" particles evaporate quickly once in the air, taking the heat with them.

By combining this vapor with projections, Panasonic can generate 3D visuals that appear to float mid-air. It's similar to projection mapping stunts used in theme parks by the likes of Disney, except instead of displaying on a solid surface, the visuals get beamed onto mist. You can even walk right through the holograms just like in the movies due to the lack of a solid medium. Just take a look at the demo video below.

Panasonic started toying with this idea for art installations and branding displays in 2018. Since then, the company has been bringing mist projectors to conventions and tech expos, dazzling attendees with swimming fish holograms, floating globes, and, of course, the obligatory corporate logo.

The demos are undeniably cool, but there are some practical limitations. The mist dispenser units are pretty bulky, with the smallest North American model weighing nearly 420 lbs and consuming over 2,000 watts of power. But then again, when was the last time you heard of a display that could also double up as an air conditioner?

The bottom line is that this technology offers one of the closest things we've got to real-life 3D visuals without resorting to spinning volumetric displays or angled glass tricks. Now we can only hope that brands don't get too comfortable using the tech for annoying ads in public spaces.

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I wonder what the limitations are on the actual images - do they need to be "wavy" or can you actually expect HD video like sports or something...
 
This could be very cool in warmer climates where the system can be used to cool down a space and also act as a television in the middle of a room.
 
This could be very cool in warmer climates where the system can be used to cool down a space and also act as a television in the middle of a room.
I lived in Abu Dhabi for years. Whenever the humidity would go up, and it did a lot from typhoons and the rainy season, we had mold. Plus, the floors in those hot and dry climates are polished stone, and slick as all getout when it is humid or misty. I could see busting your *** while walking through the living room with this running for a long time.
 
I lived in Abu Dhabi for years. Whenever the humidity would go up, and it did a lot from typhoons and the rainy season, we had mold. Plus, the floors in those hot and dry climates are polished stone, and slick as all getout when it is humid or misty. I could see busting your *** while walking through the living room with this running for a long time.
Interesting and valid points.

Was thinking more of a dedicated space for that 3-dimensional viewing angle as a sphere in the middle of the room. The cool air flowing down to the sphere could also cool the room then.
 
This could be very cool in warmer climates where the system can be used to cool down a space and also act as a television in the middle of a room.
Still lots of work to be done before we can effectively apply this to porn.
 
Could imagine with the right chemicals, you could near instantly 3D print gossamer objects, hit it with UV or a another chemical from the side , onll wouldn't have the colour
 
Could imagine with the right chemicals, you could near instantly 3D print gossamer objects, hit it with UV or a another chemical from the side , onll wouldn't have the colour
Interesting. But how would you arrest the waviness imbued by the airflow?
 
Interesting. But how would you arrest the waviness imbued by the airflow?

Good point, build that into the thickness, if fluid, also propagating wave to average out thickness . Ie maybe takes a little longer to print, would need an updraft as well I suppose .
When you blow a bubble lots of flexing to extreme, but mostly settles into a bubble. Some specialised paints dry to smooth as pulls tight and evens out.
Lastly timing it doing it like a a quick scan to solidify at same amplitude

Finally who knows, probably could do something similar with magnetic/electric fields
 

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