Systems for perceptual bandwidth expansion, temporal imaging, and biological instrumentation
ENGINEERING PERCEPTION AS INFRASTRUCTURE
Perception is infrastructure.
My work treats human perception not as a constraint, but as a tool — a set of biological and cognitive channels that can be measured, modeled, and intentionally composed.
Across transient imaging, retinal instrumentation, and peripheral semantic encoding, I build systems that operate directly on the mechanisms by which experience is formed.
Rather than competing for attention, these systems redistribute information into channels the human body already processes efficiently — peripheral vision, motion sensitivity, and pre-attentive awareness.
The throughline is consistent:
Interfaces become more effective when they align with the structure of perception instead of overriding it.
My practice is to identify those structures, engineer systems around them, and validate them through technical implementation.
Capturing light transport and reconstructing hidden geometry at picosecond temporal scales.
BIOLOGICAL INSTRUMENTATION
User-operated computational sensory systems.
PERCEPTUAL BANDWIDTH ENGINEERING
Encoding semantic information into peripheral vision without attention diversion.
APPLIED SYSTEMS PRACTICE
Independent engagements focused on confidential institutional and computational imaging systems.
Work centered on:
-
High-consequence perceptual systems
-
Confidential computational imaging architectures
-
Institutional-grade problem intervention
-
Cross-disciplinary technical strategy
Recent work includes confidential engagements within imaging, perceptual modeling, and computational systems design
IMPACT AND FOUNDATIONS
TEMPORAL IMAGING
295+ citation SIGGRAPH technical publication
Ultrafast light transport reconstruction (ACM ToG)
VISUAL INTELLIGENCE
Peripheral semantic encoding models
Attention-aware perceptual bandwidth systems
BIOLOGICAL INSTRUMENTATION
3 US patents in retinal imaging systems
User-operated computational reconstruction architectures
Preceptual infrastructure and imaging strategy
APPLIED SYSTEMS PRACTICE
Confidential institutional engagements
(2021-Present)
ABOUT
I design systems at the intersection of computational imaging and human perception.
My work spans transient light transport, biological instrumentation, and perceptual bandwidth modeling. Over time, the focus has shifted from publication-driven research to applied systems practice within high-trust institutional environments.
I am interested in experience architectures that operate at depth — technically rigorous, creatively ambitious, and built through collaborative execution.
Across research and practice, the throughline has remained consistent: identifying structural constraints in how we see and interpret the world, and engineering systems that expand those boundaries responsibly.