Nora Krohn explains why precise and objective language is a key tool in recovery from focal dystonia. It shows how concepts such as "forearm rotation", "falling up" or "resting down" help direct the brain to find and fix the right movement patterns. She points out that without clear definitions, musicians easily get lost in their subjective perception and stop reliably distinguishing correct movement from incorrect substitutions.

In this article, Nora Krohn explains why precise and unambiguous language plays a vital role in recovery from focal dystonia. It shows that the way we describe movement and its quality directly affects what the brain is able to find, repeat and fixate.

Why language decides

Nora points out that when working with Till's approach we encounter a new conceptual apparatus: "falling up", "resting down", "walking hand and arm", "rotation" and others. It is not a fashionable dictionary, but the most objective and unambiguous terms describing specific biomechanical phenomena.

She then explains that after her recovery from dystonia, she originally wanted to use only her personal language, because she was already able to reliably find the right moves. She felt that her own descriptions corresponded to her subjective experience. Gradually, however, she understood that the goal was not subjective poetics, but objective accuracy.

Objective concepts as navigation for the brain

Terms such as "forearm rotation", "three-part holding mechanism" or "movement over the fulcrum of the feet" are designed to to be universal. They only describe what is really happening in the body - without metaphors, without emotions, without subjective filters.

Nora compares it to ordinary activities that we all manage in almost the same way: for example, picking up a mug. No one taught us this, yet we do it reliably and almost identically every time. We want to create the same reliability in motor learning when playing an instrument.

Difference between right and wrong movement

The article gives specific examples:

• Correct: “fall up” and “rest down” with resilience and structural logic.
• Incorrect: hold aloft by force, fall into or hang from a tool.
• Correct: an aligned finger-hand-forearm unit when engaging at string depth.
• Incorrect: squeezing the hand, pushing the fingers, curling the fingers or other substitute movements.

In order for the student not to get lost during independent practice, an exact deadline is essential. When he knows that "I'm doing forearm rotation this week," he needs to be able to accurately remember:

“It is this… and not this or this.”

Why subjective feelings alone are not enough

Nora points out that without conceptual precision, the brain easily gets lost in subjective experience. Instead of following a clearly determined path, he begins to create his own variations, which may resemble correct movement, but they are not.

And that's what's critical about dystonia: even a small deviation can lead to reinforcement of the wrong strategy that fixes the problem instead of solving it.

Precision as a way out of the "forest"

So language is not just an accessory – it is a basic navigation system. The brain needs a clear goal, and each concept defines it objectively, repeatably, and universally.

Notes

Article co-created by ChatGPT.

Link to Nora Krohn's YouTube channel: https://www.youtube.com/@norakrohn