Microsoft HoloLens Targets Medical Education with Sci-Fi-Style Holographic Anatomy, Leaving Google Glass in the Dust
Recently, Microsoft released a feature demonstration video for its HoloLens augmented reality glasses tailored for medical applications, a project jointly developed by Microsoft and Case Western Reserve University in the United States.
In January 2015, Microsoft casually launched HoloLens alongside Windows 10. Yet upon its release, HoloLens instantly overshadowed Windows 10 to become the center of global attention, sending shockwaves through the tech industry. Hailed as Microsoft’s truly groundbreaking “black technology,” it made Google Glass look utterly inferior. Netizens were blown away by its ingenuity, shouting, “Shut up and take my money!!!” (P.S. They were all talk, though—no one was sure if they could actually afford it.)
What Does the HoloLens Actually Look Like? Amidst Much Anticipation, It Has Arrived.
Take a look—doesn't it have a high-tech feel!
Moreover, Microsoft’s latest release features a video showcasing medical-oriented functionalities, which is equally captivating. Let’s take a closer look at these groundbreaking features!
No. 1 Separation of Flesh and Bone
"It feels absolutely insane, doesn't it?"
↓↓↓
In reality, it is like this.
With a simple swipe of the finger, human muscle tissue, vascular structures, and bones are instantly separated, offering an unprecedented visual experience that fundamentally transforms conventional methods for learning and observing human anatomy.
No. 2 Organ Separation
There’s no way around it—human anatomy in medicine is somewhat gory, and industry competition is much the same.
Holographic glasses can achieve the isolation of human organs; with a gentle tap, a solitary heart beats vividly before your eyes—so cool it’s unmatched. (P.S.: If only it were a kidney, you could swap it for an iPhone.)
Similarly, with a simple gesture, you can perform a longitudinal sectioning of the heart, facilitating learners' observation of its internal structures.
No. 3 Injury Comparison Display
Holographic glasses can display various types of bone fractures, such as spiral and open fractures, in a floating manner. This holographic 3D immersive teaching method can significantly enhance the quality of instruction.
Perhaps in the near future, this is how students’ classes will be conducted.
It’s like that “Mom, you never have to worry about my studies again” meme come to life—this is nothing short of a Hollywood medical blockbuster!!!
According to VCBeat’s email interview with Microsoft, the company stated that it is indeed possible for HoloLens to be applied in clinical medical settings, and Microsoft is making every effort to expand the application scope of its holographic glasses. Recently, Microsoft announced a prize of 620,000 yuan to solicit application proposals for HoloLens from the academic community. It is believed that in the near future, there will inevitably be another fierce upheaval in the tech industry.
Dear fellow entrepreneurs, have you ever thought about creating your own cutting-edge, ultra-cool medical teaching device?
Click the video above to watch the full version of this medical education “sci-fi” film!
Energy Replenishment:
Holographic Projection Technology (Front-Projected Holographic Display)Holographic projection technology, also known as virtual imaging technology, is a technique that records and reproduces true three-dimensional images of objects by leveraging the principles of interference and diffraction. This technology not only generates stereoscopic aerial illusions but also enables these illusions to interact with performers, allowing them to collaborate in performances and create stunning visual effects. Applications include product exhibitions, automotive and fashion launch events, stage productions, interactive experiences, bar entertainment, and venue-based interactive projections.
Behold, the legendary schematic diagram of holographic imaging principles. The editor certainly couldn’t make heads or tails of it. Let’s leave it for the academic whizzes to decipher.
By Wang Yuehan