Medical technology is increasingly being used in the clinic, and a company called Holographic Surgery is making it possible to create holographic surgeries.
The company was founded in 2014 and has since raised a whopping $5 million in funding from investors like Sequoia Capital, Accel Partners, Founders Fund, Andreessen Horowitz, and others.
It is currently in the midst of manufacturing the first commercially available holographic surgical tools.
We talked to founder and CEO Josh Levey about the company’s mission and the future of holographic surgery.
What is holographic and why is it so revolutionary?
Holography is the ability to create a hologram by replacing light with sound.
There are two types of holography.
One is when light is replaced with sound, which we call acoustic holographies.
The other is when sound is replaced by sound that’s an acoustic holographic, or you can do it with light, or light and sound that is holographically combined.
Holograms are used to create the illusion of depth, which allows you to visualize objects with depth in a way that you can’t physically see them.
It’s similar to how you can imagine a room, but with light in the room.
What can you do with a holographic tool?
Holograms can replace one or more of the physical surfaces of a device.
They can also create holograms of your fingers, your face, or your hands, for example.
You can actually take those holograms and make them look like they’re actually your hands.
For example, if you want to make your iPhone look like your hands and you have your iPhone up against your forehead, then you can put your phone on top of your forehead.
You can also do things like replace a person’s hand with a virtual one, or make a person look like he or she is talking to you.
For instance, when you’re having a conversation with someone, you can make them feel like they are speaking to you by putting the phone on their forehead.
So, you’ve got a holograph, but it doesn’t look like it’s yours.
How do you get it to look like you have a real hand on it?
Holes in the device allow the hologram to be attached to your hand.
If you’re holding it in your hand, you’re actually wearing it.
If the phone is resting on your forehead and your fingers are touching your hand in that same position, the holographic effect is more convincing.
The more holograms you put on your hands or face, the more convincing the holograms are.
So, it’s kind of like if you were holding a virtual iPhone, you could tell the difference between it and a real one.
How does it work?
It’s actually a bit of a trick.
Holographics aren’t just like regular holographs, they’re holographic sound effects that come from an infrared laser.
They’re actually two separate technologies.
The infrared laser comes in three different wavelengths.
These are infrared light and visible light.
When you use infrared light, the infrared laser is absorbed by the skin, and the skin reacts to that and produces an infrared light.
This infrared light then passes through a transparent membrane, and it goes into a special device that converts it to infrared light that is then reflected back to the infrared light source.
The same thing happens with visible light, which is visible light that’s emitted by a camera.
The camera then creates a special material that then captures infrared light in that direction.
The difference between infrared and visible is that infrared light is visible to the human eye, while visible light is invisible to humans.
So you don’t have to have your eyes open, but you still have to be able to see infrared light to see the infrared lights.
The next stage is to combine the infrared and the visible light and you’re left with a 3D hologram.
When infrared light passes through the membrane, it emits an infrared glow.
The next thing is that the infrared glow passes through another transparent membrane that’s then reflected to the camera.
Then the camera then captures a light signal from the camera, which sends the light signal to the holograph that then produces a holograms 3D image.
You’re saying you have an infrared device that creates a 3-D holographic image?
What’s the difference?
The difference is that there’s a layer of translucent material in front of the infrared device.
The translucent material is the holographics 3D structure.
And that’s the layer that’s reflecting infrared light back to you and then producing the 3-d hologram that you’re seeing.
What are the advantages of this?
The advantages of holograms is that it’s a way of creating a hologrometer that can actually show you how it’s made, what it looks like, and you can see the hologrometers structure, which could look something like a black box.
It could be transparent, but that translucent layer will reflect infrared
