Baseworks

Most physical practice is focused on what it looks like. The shape, the achievement, the aesthetic result of the effort. What's happening internally sits in the background or doesn't register at all. The pull toward the visual is reinforced almost everywhere. A substantial portion of what circulates on social media is physical performance eye candy. Fit and agile bodies, skills executed at a fast pace. The internal experience of what the person feels like from the inside isn't part of what gets shared, because it can't be photographed.

There's a simpler place to begin than anything social media shows. What does a muscle feel like from the inside when nothing is happening to it? Not when it's sore, stretched, burning, or loaded. Just at rest. For most people, the honest answer is nothing. The signal isn't absent. The attention to detect it hasn't been built.

Over time, some people find a quiet, neutral presence that was there all along. Ksenia Shcherbakova, in her research, has been calling it the hum: a low-grade tonic sensation in resting muscles, intensifying proportionally with even mild contraction. It sits outside existing scientific frameworks, which is part of why it's mostly unnamed in the literature.

What develops through this kind of attention is a finer-grained capacity to detect distinct internal sensations and hold attention on them long enough for something to register. It's what we call perceptual resolution. And it doesn't stay confined to the body. A software developer reads code more carefully and catches the small inconsistency that would've become a bug. A CEO senses temperature in a room before deciding how to open a meeting. A preschool teacher notices which child has gone quiet in a way that's different from yesterday. A farmer reads the soil, the weather, and the look of a crop as a single ongoing pattern. A forester picks up the early signs of a tree under stress before they're obvious to anyone else. These are all instances of the same underlying skill. Sustained attention on signals that aren't shouting for it.

Most of what matters in any field sits in that category. The obvious things take care of themselves. The subtle ones need someone whose perceptual range has been trained to notice them. Physical education oriented toward inner attention rather than external outcome is one of the few domains in modern life that trains this kind of attention deliberately.

Patrick Oancia's new article lays out the full arc, and goes into the research side as well, including the work Ksenia presents at the 27th Neuropsychology Day at The Neuro in Montreal on May 11 and at BRNet 2026 in Padova, Italy in June.

Read: https://baseworks.com/article/sensitivity-as-a-trainable-skill/

Photos: Andrew Miller

Your capacity to act is bounded by your capacity to perceive. What you can't distinguish, you can't choose between.

A participant in one of our Montreal Study Groups described something we hear often. Her chiropractor had been recommending postural corrections for years. She understood what was being asked. She agreed it was important. But she couldn't act on it, because she couldn't feel the specific distinctions involved. The words made sense. Her body didn't have the resolution to respond to them.

This isn't unusual. When someone receives a movement instruction and can't act on it, the assumption is usually that they didn't understand, or that they need more repetitions. In most cases, the actual bottleneck is perceptual. They can't access the sensory information they would need to execute the instruction.

Somatosensory discrimination, the ability to feel distinct sensations in specific parts of your body, develops through structured practice. The nervous system builds finer sensory resolution when it's given consistent, sustained reasons to do so.

What practitioners consistently report isn't that they became stronger or more flexible. It's that they started feeling things they couldn't feel before. One practitioner noticed she was applying what she'd learned during her regular movement practice, perceiving and adjusting things she'd previously done on autopilot. Another described her "ability to be conscious of various body areas" expanding over time. A long-term practitioner noted that her "eye resolution when looking at things has improved," a perceptual change that crossed over from body awareness into visual processing entirely.

This observation isn't limited to the body. The same dynamic plays out when learning an instrument, sustaining concentration, or navigating a difficult conversation. Wherever someone has received clear guidance they couldn't act on, the gap is often perceptual.

I wrote about this in a new article. Read the full article: https://baseworks.com/article/perception-gap-body-awareness/

Montreal Smart Movement Study Group – Final Days to Register
Winter 2026 cohort begins January 24th Circuit-Est centre chorégraphique
Seven sessions over six weeks + integrated Baseworks Primer Course (Online).
Systematic body awareness training through perceptual exercises and adaptive movement methodology. Structured assignments progress from foundational form practice through intensity modification and transitional movement patterns—developing cognitive-physical integration through precise, systematic training.
Only a few spaces left. Registration closes January 21 (or once we reach capacity). Full details and booking: https://baseworks.com/event/montreal-study-group-2026/
Photos: Andrew Miller-.ca &