zendoc · Independent researcher
I am zendoc: physician, meditator, developer, and investor. I turn questions about the body, attention, real-time control, and dynamics into working software and public experiments.
01 / SELECTED WORK
Four projects, from body and attention to adaptive control.
01Adaptive control · Neuromorphic
Motion, contact, and errors that change over time. TightLoop studies adaptive corrections for existing controllers, from the nmVR comparison experiment to corrections for hand-drawn lines.
02Medicine · Breathing · Attention
How do I describe a symptom, compare today’s responses with my usual ones, or notice my breathing? Structured medical information, short tasks, and sensory feedback make these states easier to explore.
03Local AI · Writing
PaceMuse draws on the meaning of notes and the rhythm of typing to bring earlier ideas back into view. Notes stay on the device as the project explores the flow of writing.
04Community · Minimal personal data
Sharing experience and encouragement in a support group, or waiting for a turn. BBS and myturn reduce registration steps and requests for personal information to make everyday coordination easier.
02 / APPROACH
Ask a question, compare models, and build something people can use.
Find questions in body signals, hand movements, and states that change over time.
Turn signals, memory, dynamics, and adaptation into computable forms.
Place results alongside a baseline and examine the conditions.
Connect ideas to usable tools and public experiments.
03 / DIRECTORY · 25
25 projects, each with its own purpose and conditions of use.
Medical information, self-observation, breathing, and cognition
Organizes symptoms and health context through four steps to create a prompt for a medical AI.
Five short tasks for response speed, inhibition, and memory; compare with your usual performance on the same device.
Smartphone recommendedTurns movement of a phone resting on the abdomen into pitch, making breathing audible.
Smartphone motion sensorPrivate educational self-assessment of ejaculation patterns and their links to sleep, stress, pain, and recovery.
Real-time control, time structures, signals, and data
Introduces adaptive control that reduces residual errors in existing controllers, and the Sentinel anomaly-monitoring research concept.
Compares horizon stabilization by baseline control and spiking neural-network correction in real time.
Applies neuromorphic correction to hand-drawn lines, with adjustable strength and corners, and PNG export.
Visualizes changes in temporal memory and attractor states as a real-time point cloud.
Processes market trades across multiple time scales to observe rapid price changes and persistent states together.
Compares image reconstruction with different data volumes, loss, and transmission order against a baseline.
Maps earthquake lists from several agencies, regional statistics, observation history, and experimental anomaly signals.
Introduces seven research directions applying real-time physiological signals and adaptive control to surgery, intensive care, and rehabilitation.
Writing, learning, groups, and on-site coordination
A writing tool that works on the device and resurfaces earlier ideas using note meaning and typing rhythm.
An invitation-based board for sharing experience and encouragement, with fewer signup steps and encrypted group content.
Aliases h.cording.ai · p.cording.aiRegister through an on-site QR code without a name or phone number, then check the queue and your turn.
Read, listen to, and record English expressions, then review saved phrases.
Precise hand control, memory, choices, and rhythm
Control a laser with mouse and keyboard to remove moles while limiting skin damage; develop accuracy and speed in practice and clinic modes.
PC · Mouse and keyboardExplore relationships and choices, watching 3D faces age across generations and family resemblances emerge.
Pop matching buttons to create chains, clear obstacles, and compete against AI.
A typing and memory game whose letters blur or disappear according to typing speed.
Catch red balls and avoid black obstacles across up to nine zones, solo or one-on-one.
Use distance, defense, and feints against an opponent that adapts to your play.
Move with one finger and survive with automatic attacks as enemy swarms adapt to your play.
Portrait mobile screenCalibrate timing with eight taps, then use both thumbs to tap or hold two pads.
Portrait mobile screenSteer around curves with one finger, collect fuel, and avoid collisions to extend your run.
Portrait mobile screenThe first deployment record is the oldest Cloudflare record available for the current project, shown as a date in Korea. It may differ from the actual initial launch.
Medical projects include educational tools and research concepts. Read research demos within their stated experimental conditions.