Indore, Madhya Pradesh, India
I am an architect of spaces and a designer of silence. Modern environments suffer from Sensory Entropy—a state where ambient noise and visual chaos exceed the brain's biological filtering capacity. My mission is to fix this 'Thalamic Lag' through the SR Protocol. By leveraging Nanotechnology and Solid-State Physics, I am building the SYYLK SR Smart Glasses. Unlike traditional AR/VR that adds digital noise, SYYLK is the world's first platform designed to subtract physical distractions. Technical Focus: H-PDLC & SAW: Nanoscale optical switching for instant focus. ABCS: Active Bone Conduction Suppression for personalized auditory sanctuaries. Structural Storage: Moving the battery from the module to the frame itself. Currently moving from TRL 3 (Lab Validation) to Alpha prototyping. Seeking conversations with experts in Edge-AI, NPU optimization, and high-precision manufacturing.
Pioneering Subtractive Reality (SR): Engineered the hardware-level "gating" protocol that filters environmental entropy in real-time. Nanoscale Optical Control: Developed the SAW-actuated H-PDLC system, utilizing Surface Acoustic Waves to achieve <10ms lens switching—faster than a human blink. Intellectual Property: Authored and filed a Provisional Patent (March 2, 2026) for a "System and Method for SAW-Actuated Holographic Gating." Structural Innovation: Designing a "Massless Energy" frame using carbon-fiber structural batteries to eliminate bulk and thermal load.