Lightfield Lab's Hologram Technology: A Glimpse into the Future of Interactive Entertainment
I found myself standing in front of Lightfield Lab, a company that has been making waves in the tech industry with its innovative hologram technology. It was just over a year ago that I had the opportunity to see their amazing hologram technology in action, and I was excited to see what they had been working on since then. Today, I was going to get a demo of their latest technology, called Solid Light.
As I entered the room, I couldn't help but feel a sense of awe at what I was about to experience. The room was equipped with a state-of-the-art hologram display system that promised to revolutionize the way we interact with holograms. But how does it work? According to Lightfield Lab, their technology doesn't rely on illusions like spinning volumetric displays or reflections projected on angled glass. Instead, they use a multi-layered piece of polymer known as a phase guide to steer and focus light into mid-air, creating what's known as converging wavefronts of light.
This is essentially how they create a hologram in the space in front of you. The result is a solid light object that has billions of pixels of resolution and can move, refract, and reflect in physical space. Lightfield Lab claims that this is the highest resolution holographic display platform ever designed. I was skeptical at first, but as I watched, I couldn't help but be impressed by the level of detail and realism.
The demo started with a simple hologram of a chameleon that I could walk around and see from three dimensions, just like I had seen before. But this time, there was an added twist - I could magnify it like a real object. It was incredible to think about how far the technology had come since my last visit. But then, things took a step further with an interactive hologram experience called Defy.
I found myself staring at what felt like a person staring back at me. And as I moved around the room, they seemed to be looking at me too. I was told that the secret phrase that I say is "awake, awake, wow" and I decided to put it to the test. As I spoke, I expected some kind of audio response from a smart speaker or chatbot, but instead, I felt like I was having a conversation with someone who was actually in front of me.
The interaction was creepy at first, but also kind of cool. It felt like I was talking to a real person, rather than just a computer program. I decided to test it out further by holding up my fingers and seeing whether the hologram could guess how many I was holding up. To my surprise, it was able to accurately count the number of fingers on each hand.
I then tried to have a conversation with the hologram, asking it questions about where it was from and noticing that it had an accent. But as we chatted, I started to wonder - was this really a real person behind the wall, or was there just someone holding a microphone with some kind of voice distorter? I was convinced that I wasn't talking to a chatbot until Lightfield Lab let me in on the secret.
I wasn't actually talking to a real person, but rather being captured by motion capture and translated through their proprietary wave Tracer software. This information was then transmitted over a standard internet connection into the demo room where I was standing and projected from a solid light panel into the hologram. It was mind-blowing to think about how this technology worked behind the scenes.
But what really got me excited was when I found out that the panels used in the demo were modular, meaning that one day it could put as many as 98 panels together to create a modular holographic video wall with a diagonal of 312 inches. That's an enormous screen - equivalent to about 40 feet across. The technology behind it is capable of generating 10 billion pixels per square meter, which is just incredible.
I couldn't help but wonder when we would see this technology out in the real world. Would it be used in theme parks and entertainment venues? Maybe even retail stores? Lightfield Lab says that this kind of technology could be used anywhere people want a next-level interactive experience that goes way beyond a 2D screen.
As I left the demo room, I couldn't help but feel impressed by what I had seen. The hologram technology was cool and immersive, but it's also raised some interesting questions about the potential applications of this kind of technology in our daily lives. One thing is for sure - I'm excited to see where this technology takes us next.
As I walked down the hallway, I noticed one of the Lightfield Lab team members being recorded in real time and turned into a hologram. It was another location and another person, transported into my room using Lightfield Labs' new Defy system. The Expressions were captured using motion capture and that information was translated through Lightfield Labs' proprietary wave Tracer software.
It's clear that this technology is still in its early stages, but the possibilities are endless. I left the demo feeling excited and inspired by what I had seen. Who knows what kind of amazing things we'll be able to do with hologram technology in the future? One thing is for sure - it's going to be an interesting ride.