Personal injury lawyers from several different firms, such as this Idaho personal injury firm, are looking into the legal implications of the emergence of touchable 3D holograms because they can now be considered tangible objects with the potential to cause injuries. Imagine a holographic cube floating in midair, or a holographic replica of an obscure floating masterpiece.
These 3D holograms are becoming a reality thanks to technology, and today we will be taking a closer look at whether it’s even really possible that they’re touchable.
What Makes Up a 3D Hologram?
A 3D hologram is diffracted light that is formed into a real image. The image doesn’t have to be lifesize, but it is three-dimensional, thereby giving a viewer a much more realistic view of an object.
It’s almost like a ghost that can suddenly appear and disappear. You can see it moving, but you can’t touch it. This is because a hologram is purely light.
When this concept was first introduced, many people were excited and amazed. However, such excitement and amazement seems to have subsided because of its limitations.
It’s true that 3D holograms are a breakthrough in imaging technology, but people end up treating it as just another object that emanates from a projector, like in movie theaters.
Perhaps this is because people expect 3D holograms to not just look real, but to somehow become real. This means 3D holograms can have an incredible impact if they are touchable.
Touchable 3D Holograms
Touchable 3D holograms are not different from any other hologram. They are the same technology, but with the difference that touchable 3D holograms are like hard objects that you can both touch and react to. For instance, you can dribble a holographic basketball the way that you dribble a real one.
This is possible with the use of acoustic radiation pressure. When you touch a holographic object, the sensation is tracked by two Nintendo Wiimotes. The object does not actually make direct contact with your hand. Nintendo Wiimotes will sense the movement of your hands and will produce a corresponding reaction that will be reflected on the holographic object.
On the other hand, the pressure produced on the image makes the object seem as if it’s real, but your hand doesn’t dilute or change the quality of the object or image. Actually, it’s not the image or the object that directly reacts when you touch it, but the Wiimotes that sense the position of your hands.
The Future of 3D Holograms
3D hologram technology has already gone this far, but it still has a long way to go as scientists and engineers continue to improve it. The time will come that 3D holograms will become independent from projectors. If that’s the case, we may not know whether something is real or not based on touch alone.
The benefit of realistic holograms is that we can use an image or an object to work on areas that can hardly be reached by real objects. Imagine a holographic Superman that can really save people’s lives, not to mention a holographic vehicle that can really transport people anywhere.
The danger here is that an independent hologram may also be used by unscrupulous people for crime and even for war. With a hologram so powerful, it could someday be considered a weapon since it may be constructed of radiation.
There’s no question that touchable 3D holograms are now a reality as they really exist. However, they still seem lacking in practical applications as they are not yet produced for commercial purposes, unlike AR-VR technology, which is now creating an impact on the world as we know it.