People are inherently dreamers.
We love to imagine what could be. It’s part of who we are. And as natural storytellers, we feel compelled to share our thoughts with other people. Those aspirational dreams have long been communicated through gestures, drawings, conversations, books, films, games, and more recently as digital experiences. Thanks to breakthrough technologies, our dreams have finally escaped from behind the screen. They take the form of ultra-realistic digital additions to our physical world, vying for our attention, wanting to be shared.
Our dreams are now holograms.
Modern Magic
“Fragments” illustrates just how well holograms can blend into our surroundings (source: Microsoft)
People often refer to the feeling of interacting with holograms as magical. In large part, that’s because they manage to suspend our disbelief just well enough for us to let go and be very present in the moment. We are transported. Transfixed. And even though it’s not an entirely immersive transportation like with virtual reality, it is enough to evoke that childlike wonder we too often forget we’re capable of.
The interesting part of this phenomenon is we know full well holograms are not real – just as most audience members realize the magician on stage has just tricked them through sleight of hand or misdirection. Yet momentarily, we are all fooled into believing an amazing feat has been accomplished right in front of our eyes.
Holograms are the embodiment of that grand illusion and willing belief in magic. And just like a magician’s best trick, they leave us wanting more.
Profound Impact
Saying that holograms are completely mind blowing may not actually do them justice. Seeing and interacting with a hologram for the first time is truly memorable. For some, it is even profound. Holograms excite the mind with blinding speed. We see a universe of possibilities and new realities all in an instant. Everything suddenly seems possible. Nothing is out of bounds. We immediately recognize we’re right on the edge of something truly transformative for us as dreamers and storytellers. And in that way, it’s a spiritual awakening of sorts – a realization of how incredibly clever humans are and what we’re capable of.
This is a bit hard to do, but I’ll try to illustrate that first time feeling. See if you can imagine a cute dolphin appearing out of thin air right in front of you, squeaking a greeting, then tearing off to swim tight circles through the air around you so fast your head spins. Suddenly it stops, winks at you, squeaks a goodbye and disappears as quickly as it came. Did that work? Great. But, that’s nothing like what interacting with a hologram feels like. Sorry. No one can really describe it. It’s familiar and believable, exciting and fun, yet completely surreal. So, get out there and try it for yourself!
Real enough to touch? Medical students learn anatomy holographically (source: Microsoft)
Not restricted to being just animated characters or everyday objects, holograms can take just about any shape and make any sound. They can be collections of abstract shapes and colors that react to music, or appear as incredibly realistic books, or tower over us like giant buildings. Their range is astounding.
Some holograms are even capable of warping space. You can create the appearance of entirely new spaces within existing physical ones. A breath-taking special effect used within holographic experiences is to punch out holes in floors or walls that seem to reveal entirely new worlds within. It is startlingly realistic and convincing. So much, you may not want to go too close.
The impact of holograms being so immensely flexible is that we can now express our dreams and aspirations in significantly new ways, some of which can’t even be imagined right now. They hold that much potential for true resonance.
Emotional Response
Another fascinating aspect of holograms is they cannot help but elicit an emotional response in people. They appear to co-exist in our space and our minds simultaneously, which triggers an unexpectedly personal connection. It’s as if we are hardwired to be fascinated and drawn in by their charms. This is a true experience goldmine if you are a Designer or Storyteller.
A sense of wonder is a common reaction to seeing holograms
Given the kind of emotional reaction holograms evoke, you’d think trying to understand why people are so drawn to holographic experiences would be a key consideration for any new project. Sadly, that’s often not the case. It’s so natural to tackle projects from the technological viewpoint first, we often rush headlong into these new endeavors with little consideration for the human side of the equation.
That said, we can easily avoid taking such a technologically heavy view of holographic computing by consciously putting people first in our design work. That doesn’t mean figuring out how to make the experience as efficient or fun as possible, or creating a cardboard cutout of the fictional customer. It does mean deeply understanding the entire holographic experience from another person’s perspective and context. What’s their emotional state? Is this so different from normal that it unintentionally causes anxiety or stress? How can we reinforce the fun aspects?
Digging into these questions with real people is just as important as understanding the mind-bending tech being used for holograms. Getting a solid foundation to make interaction decisions on will result in a huge leap forward from the experience design perspective.
Manageable Immersion
Unlike a virtual reality (VR) experience that completely immerses you in an encompassing digital world, mixed reality (MR) keeps you anchored to the real world by blending holograms in with the physical objects you naturally see around you. While VR acts as a transport mechanism to take us into self-contained worlds, mixed reality is an augmentation of the real spaces we reside in. It turns out that makes a tremendous difference in how someone will react to the immersion.
Many people report being motion sick or disoriented from VR experiences, due in part to a fairly common condition where our brains can’t properly process the inputs of moving within an enclosing world that is somehow mismatched with our bodies in the real world. Better techniques and newer technology are reducing the occurrences of VR sickness, but it’s more the nature of the complete immersion that triggers it.
Your physical environment is still visible when using mixed reality (source: Microsoft)
This more manageable type of immersion is why mixed reality is expected to be the dominant type of computing experience in the future. It remains to be seen if both approaches evolve to become more like each other over time, blurring the lines between complete versus manageable immersion.
Breakthrough Technology
You can count on one hand the number of truly breakthrough computing platforms that have come along in the last few decades — Desktop, Web, Mobile, Cloud. Each disrupted the status quo and set us on a new path into the future. Holographic is now without question one of those computing breakthroughs – and perhaps the most challenging platform for Designers and Developers to take full advantage of. We have once again leapt ahead into the future.
Holograms are currently only visible with the aid of ultra-high technology apparatus. Today, those are somewhat bulky and a bit heavy, but by the time you read this, who knows how miniaturized and lightweight they have become. Our sci-fi movies predict we’ll eventually be able to project holograms anywhere, or use optical lenses and implants to enable innocuous continual use. Perhaps a ways off, those visions are the roadmap for innovation in this space that all started with the following examples of breakthrough holographic technology.
Microsoft HoloLens
Microsoft HoloLens, the world’s first self-contained holographic computer
Windows Mixed Reality
The Desktop becomes immersive through Windows Mixed Reality (source: Microsoft)
Magic Leap
Not much is publicly known about this highly secretive, Florida-based startup company as of mid-2017, but Magic Leap has successfully raised over $1 billion USD in venture capital to bring their vision of mixed reality computing to market.
Touted as being the most visually realistic solution in this space based on early prototypes of their light field technology, the Magic Leap product may indeed raise the experience bar and spur great competition in the mixed reality marketplace.
Apple ARKit
The much-anticipated entry of Apple into the world of augmented reality (AR) happened in June 2017, when the company introduced Apple ARKit – a developer’s toolset and platform for creating digital objects that blend in with the real world. Viewed through the screen of an iPad or iPhone initially, the ARKit uses the device’s camera, sensors, and custom software to match and integrate these AR objects quite realistically. Sound familiar? It is. And it does confuse things a bit when we talk about what mixed reality is versus augmented reality.
Historically, holograms were easy to spot because they’re so striking – digital content rendered in the physical world. They could be projected and viewed with the naked eye or through devices with special optics such as headsets or glasses. Augmented reality content was almost always seen through the 2D glass screen of phones and tablets.
As evidenced by the rapid adoption of developers, Apple ARKit is clearly poised to become a mainstream medium for content that looks an awful lot like holograms through the glass screen. Add to that the new Google ARCore platform for Android devices, and it’s clear to see an explosion of these types of experiences coming very quickly to a phone, tablet, or even glasses in the very near future.
The important part to understand from a design and envisioning perspective is that these new augmented reality platforms enable you to create the kinds of real-world experiences we all want to have access to. The semantics of AR versus MR are not important here. The fact that we will see an explosion of the creation and use of digital objects blended into the physical world on an unprecedented global scale is a game changer.
Key Innovations
There are several areas where we have combined hardware and software in unique ways to help pave the way for widespread use and adoption of holograms. Individually, each of these areas represent a significant step forward in how well our devices and interfaces work, but having all of these advancements combined into the same device has created a giant leap forward in capability and experience.
Optics
The vast majority of time spent with holograms is indeed looking at them, so attaining a level of photorealism and believability is paramount. Through a remarkable process of projecting light into your line of sight in real-time, advanced hardware and software render holograms in such a way that our eyes treat them the same as any object we see normally. It’s already astonishing, and getting better quickly. We can project from the steady increase in resolution and refresh rates of televisions and electronic screens there will eventually be digital imagery that is indistinguishable from reality.
Sensors and cameras
A hologram’s natural environment is the real-world space that we inhabit, not the confines of a flat screen. That means the devices and operating systems needed to create and power holograms require collections of sensors and sophisticated software to scan physical spaces in real time to orient the holograms properly. Optical sensors, an accelerometer, a gyroscope, and a magnetometer all contribute key pieces of environmental data to be processed by the headset or glasses. Understanding the space around the person utilizing holographic computing is critically important to the success of the immersion and ability to perform actions as expected in the real world.
Sound
This aspect of holographic computing is not touted nearly enough. As any fan of IMAX movies or surround sound theaters can tell you, spatially correct sound is an important cue in understanding your environment and making action believable. Holographic devices can sample the world around the participant with sensitive microphones and in turn render three-dimensional surround sound that simulates your current space accurately. This binaural sound capability deepens the immersion and believability of experiences immensely.
Input
The means for controlling interaction is made possible by sensor arrays detecting movements, gestures, and voice commands that serve as the primary means of controlling the experience. Initially constrained to simple hand gestures and a limited set of verbal commands, interaction models for holographic computing is an area of rapid innovation. Handheld controllers and a variety of other external sensors and cameras are being used to augment voice and gesture.
Limitless Possibilities
By now, it should be clear that holograms are only limited by our imaginations. They hold immense promise to deeply change the way we communicate and connect with each other.
It’s fun to think about all the new experiences and adventures that will be launched because of this transformational medium, which is still in its infancy. We cannot really begin to predict the actual impact holograms will have on social interactions, business, gaming, medicine, communication, entertainment, education, and science in the coming decades.
All we know for certain is that holographic computing is the new frontier we’ll all be exploring to bring our dreams to life.