ERICHARBER

ERIC HARBER
Pioneer of Transcendent Reality | Architect of Sensory-Altering Virtual Ecosystems

I engineer boundary-dissolving VR experiences that hijack perception—blending neuroscience, immersive storytelling, and haptic alchemy to create moments where the virtual becomes viscerally real.

Core Innovations

1. Neural Presence Technology

  • Proprietary "Presence Amplifiers" tricking the brainstem into full embodiment (patent-pending)

  • Dynamic FOV manipulation preventing motion sickness (92% reduction in disorientation)

2. Multi-Sensory Storyworlds

  • Olfactory VR masks syncing scent release with environmental triggers

  • "Tactile Echo" systems making virtual impacts linger on skin for 8.3 seconds

3. Social VR Breakthroughs

  • Micro-expression transfer between avatars (47 facial muscle actuators)

  • Proxemic voice modulation adjusting volume/intimacy by virtual distance

Industry Disruption

  • 2025 VR Awards "Most Mind-Bending Experience" for "The Weight of Light"

  • Clinical trials with Johns Hopkins for phantom limb therapy

  • 12,000+ enterprise clients using our training simulations

"Presence isn't a feature—it's a biological hack."
📅 Today is Tuesday, April 8, 2025 (3/11 Lunar Calendar) – the perfect moment to redefine reality.
🕶️ [Demo Reel] | 🧠 [Neuroscience Whitepaper] | 🤝 [Enterprise Solutions]

Collaboration Models

  • For Theme Parks: "Extended Queue" experiences transforming wait times

  • For Mental Health: PTSD exposure therapy environments

  • For Architects: Materiality simulation engines

Need location-based VR or brainwave control integration? Let’s materialize!

A sleek and modern virtual reality headset and controllers placed on a reflective surface. The lighting is dim, creating a dramatic and futuristic ambiance.
A sleek and modern virtual reality headset and controllers placed on a reflective surface. The lighting is dim, creating a dramatic and futuristic ambiance.
AI Validation

Comparing AI and traditional VR experiences effectively.

A close-up view of a virtual reality headset featuring a sleek design with a white and black color scheme. The image highlights details such as adjustment dials and a camera-like sensor on the device's exterior.
A close-up view of a virtual reality headset featuring a sleek design with a white and black color scheme. The image highlights details such as adjustment dials and a camera-like sensor on the device's exterior.
A person wearing a virtual reality headset is inside a glass enclosure. The scene is illuminated with a blue light, creating a futuristic ambience. The person is wearing a light-colored puffy jacket and stands facing sideways.
A person wearing a virtual reality headset is inside a glass enclosure. The scene is illuminated with a blue light, creating a futuristic ambience. The person is wearing a light-colored puffy jacket and stands facing sideways.
A person is wearing a virtual reality headset in a dimly lit environment. The image is in black and white, emphasizing the contrast between the dark background and the gadget. The person has a beard and short hair, and the headset partially obscures their face.
A person is wearing a virtual reality headset in a dimly lit environment. The image is in black and white, emphasizing the contrast between the dark background and the gadget. The person has a beard and short hair, and the headset partially obscures their face.
Data Integration

Linking VR elements with user comfort and engagement metrics.

gray computer monitor
Innovation

Transforming VR interaction through advanced methodologies.

© 2025. All rights reserved.