Enhanced Memory

A concept demo of an adaptive memory system.
When light is applied, memory capacity grows. When stimulation stops, it gently fades. Reset returns the system to its initial state—ready to learn again.

Mode
Spot Light (cursor)
Status
LIGHT: OFF

Controls

Higher intensity makes memory grow faster (conceptual behavior only).
This demo shows the idea of wavelength-selective control without revealing implementation.
How to understand (for everyone):
• Each square is a memory cell.
• Light makes cells “remember more” (capacity grows).
• No light → memory slowly fades (decay).
• Reset returns cells to the initial baseline.
Note: This is a public concept demo for website presentation. Materials, device stack, and proprietary control mechanisms are not disclosed.
Interactive Chip Demo
Turn Light ON, move your cursor over the chip (spot mode), and watch cells grow.
Total Capacity (avg): 0%
Active Cells: 0 / 0
MEM ARRAY
Enhanced Memory
Capacity Growth 0%
Technical note (public level):
The “memory state” here is a normalized value per cell (0…1). Light stimulation increases the state toward saturation; without stimulation it decays smoothly over time. Reset returns the array to baseline. This demonstrates the growth → saturation → decay → reset → relearning concept in a semiconductor-style layout.