Do you sometimes find yourself twirling your ring, tapping your pen, or swinging your legs?

 

This need to move corresponds to a sensory self-regulation reflex. Particularly common in atypical profiles (ADHD, ASD), it is also found in neurotypical individuals.

 

Movement stimulates cognition and promotes concentration, while immobility tires the brain.

In this article, discover the benefits of fidgeting and stimming, as well as solutions to discreetly integrate them into your professional life.

What is stimming and why do we need it at work?

 

 

What is stimming (self-stimulation) in adults?

 

Stimming, short for "self-stimulatory behavior", refers to all stereotypical or repetitive behaviors and movements used for self-stimulation. Called stereotypies in the medical field, these gestures promote the regulation of emotions and the nervous system.

According to observations by the Cleveland Clinic, self-stimulation responds to specific needs. It notably allows to:

 

• cope with sensory overload (like the noise of an open plan office),
• maintain mental alertness in the face of monotonous tasks,
• improve concentration,
• reduce stress,
• help the brain process information more smoothly.

 

Although this need for regulation is very common in neuroatypical profiles, particularly in the context of ASD (Autism Spectrum Disorder) and ADHD, it is not exclusive to them. Stimming is widely observed in highly sensitive people, as well as in neurotypical adults when fatigue or stress at work intensifies.

 

According to the National Autistic Society, these habits evolve with age. In adults, forms of stimming are often more subtle than in children, to adapt to social and professional norms.

 

What is fidgeting?

 

Fidgeting differs from stimming by more localized and often unconscious micro-movements, located in the hands or feet.

 

It can, for example, involve clicking one's pen, manipulating a paperclip, or bouncing one's heel under the desk.

 

Concerning almost the entire population, this behavior is sometimes necessary to:

 

• stay focused,
• release excess energy caused by stress,
• or overcome boredom in the face of a monotonous task.

According to this study listed on PubMed, this form of motor restlessness promotes better attention and cognitive efficiency in adults with ADHD.

 

From pen tapping to rocking: what are the different forms of stimming in the office?

 

Self-stimulation is omnipresent in the workplace.

However, stimming in the office is not limited to the most visible stereotypical manifestations and takes on discreet and socially tolerated forms.

 

Many adults develop gestures invisible to their colleagues, such as imperceptible muscle contractions, pressing their toes into the back of their shoes, or a minimal rocking of the pelvis on the chair.

 

However, certain contexts tend to exaggerate these behaviors, particularly during endless meetings, monotonous tasks, or periods of sensory overload in an open-plan office.

 

These stereotypies are divided into several sensory categories according to the type of regulation sought:

 

• Motor: a leg shaking under the table, the repetitive click of a ballpoint pen, or fingers tapping on the desk.
• Tactile: manipulating a ring, twirling a strand of hair, fiddling with a paperclip, or playing with the seams of one's clothes.
• Vestibular: gently rocking back and forth or using the rotational movements of a swivel chair.
• Proprioceptive: crossing legs tightly or firmly massaging hands to feel body pressure.
• Auditory and oral: chewing gum, biting a pen cap, or discreetly humming.
• Visual: staring at a moving object (like a ceiling fan) or meticulously aligning office supplies.

 

 

Role of the proprioceptive and vestibular systems

 

The correlation between motor activity and cognitive functions is explained in particular by the regulation of arousal, i.e., the physiological and psychological level of alertness of the nervous system.

 

The brain acts on this state of vigilance via two main sensory channels:

 

• The proprioceptive system (body awareness in space): activated by muscle contractions and pressure on joints, it helps stabilize arousal. When you tap your fingers or change posture, receptors send signals to the brain to filter out surrounding distractions and allow the prefrontal cortex to focus on thinking.
• The vestibular system (balance management): located in the inner ear, it detects head movements. When vigilance decreases, vestibular activation stimulates the RAS (Reticular Activating System), responsible for triggering vigilance. Fluid stimulations or micro-swaying promote the release of neurotransmitters, such as dopamine and norepinephrine, to restart concentration and accelerate information processing speed.

 

The cognitive cost of "masking" and forced immobility

 

Staying seated and still for hours in a traditional office chair harms your cognitive abilities. By reducing blood circulation and brain oxygenation, your alertness fades.

 

For neurodivergent individuals, fitting into this rigid mold requires enormous effort. Forced to self-monitor and block their natural movements all day to "appear professional," they engage in what is called masking (behavioral camouflage). This hypervigilance saturates the brain and consumes immense energy.

 

Containing one's movements, controlling one's posture, and suppressing one's physiological needs require constant attention. This permanent control generates significant mental overload which, as documented by the website Autisme soutien, increases the risk of social anxiety and autistic burnout.

 

When does fidgeting become a performance tool?

 

In daily professional life, certain tasks call for movement to stay focused and improve productivity.

 

This phenomenon is based on Yerkes-Dodson Law, which states that brain performance depends on our level of arousal. When arousal is too low, performance drops, and boredom and drowsiness appear. If arousal is too high, the brain panics and blocks. Concentration is at its maximum when the state of arousal reaches the peak of this inverted U-curve.

 

Stimming and fidgeting act as regulators to bring the brain back into its ideal performance zone. Faced with a monotonous task, movement stimulates alertness and pulls us out of lethargy. In a noisy open-plan office, it channels excess anxiety to lower tension.

 

1. Repetitive or administrative tasks

 

Data entry, email sorting, or tedious administrative tasks promote the brain's "standby" mode. Faced with this monotony, the production of dopamine, the molecule of motivation and vigilance, plummets. In this context, we make more inattentive mistakes due to boredom.

 

Twirling a ring or manipulating an object under the desk helps fill this void. These mechanical movements stimulate the nervous system just enough to maintain mental alertness, without saturating the mind.

 

2. Long phases of reading or writing

 

Writing a complex document or analyzing a long report requires intense intellectual immersion. When we think and concentrate for too long, the body accumulates significant neuromuscular tension. Attention spans eventually become saturated.

 

Here, regularly moving your fingers, fiddling with a paperclip, or changing posture serves as a safety valve for mental overload. These regular micro-movements release accumulated physical tension and improve attention, alertness, and even memorization over long periods.

 

3. In open-plan offices, to survive sensory overload

 

 

Working amidst ringing phones, chatting colleagues, constant footsteps, is a daily challenge for concentration. The brain gets tired from constantly filtering information.

 

Self-stimulating offers your brain a physical, internal, and predictable anchor. By focusing on a controllable bodily sensation, your mind can more easily abstract from the noises and movements around you. Thus, you can recenter yourself and create your own bubble of concentration amidst the hustle and bustle.

 

What are the benefits of movement and self-stimulation in the office?

 

The need to move in one's chair responds to the nervous system's need to self-regulate. Allowing these micro-movements daily provides four major benefits for mental health and office efficiency.

 

Regulate the nervous system to release stress and anxiety

 

 

Anxiety and professional pressure cause a rise in cortisol, the stress hormone. When one forces oneself to remain still, this internal tension remains blocked, further aggravating mental agitation and nervousness.

 

Conversely, rhythmic and repetitive movements, such as gently tapping fingers or using dynamic seating, soothe the nervous system. These simple and continuous micro-movements help to relax muscles and lower cortisol levels, in order to self-regulate despite the workload.

 

Maintain brain alertness, attention, and concentration

 

 

To process information and stay focused, our brain must remain alert.

 

Prolonged immobility on a classic seat causes this level of alertness to drop due to a slowdown in blood circulation and oxygenation.

 

Regularly shifting one's weight or manipulating an object instantly stimulates the production of dopamine and norepinephrine, two essential neurotransmitters for maintaining attention.

 

By moving, we reactivate the prefrontal cortex's vigilance, which prolongs attention and improves memorization during meetings or long intellectual tasks.

 

Coping with boredom and mind-wandering

 

 

Boredom in the office usually occurs during repetitive tasks or passive listening phases.

 

Without physical engagement, the brain automatically switches to mind-wandering. The mind drifts, altering the quality of listening.

Doodling in a notebook or twirling a ring helps to anchor bodily attention. This micro-stimulation occupies the part of the nervous system that seeks to escape, without requiring intellectual effort. Thus, one remains connected with the ongoing exchanges.

 

Creating a shield against sensory overload

 

 

The open-plan office quickly saturates the nervous system with its crossed conversations, keyboard noises, phone rings, comings and goings in the field of vision, and harsh lights.

 

Filtering all these distractions requires constant effort from the brain, often leading to cognitive saturation by the end of the day.

 

Tactile or postural self-stimulation can protect you from this. By focusing on a predictable and controlled movement (such as slight swaying or contact with a textured object), you offer your brain a familiar stimulus. This way, you create your own bubble of concentration to work peacefully despite the surrounding noise.

 

Different benefits depending on neurodivergence

 

Movement does not serve exactly the same function for every individual.

 

Fidgeting and ADHD: fulfilling a need for stimulation

 

Adults with ADHD (Attention Deficit Hyperactivity Disorder) naturally have lower dopaminergic activity in the prefrontal cortex. For them, sitting still for hours is a physical feat.

 

Conversely, physical activity, even simple micro-movements, immediately increases the availability of their dopamine.

 

For an ADHD profile, fidgeting therefore fulfills a physiological need in itself to channel excess physical energy, preventing the mind from wandering and keeping executive functions alert.

 

Stimming and autism: a sensory and emotional shield

 

For individuals with Autism Spectrum Disorder (ASD), self-stimulation plays a sensory and protective role.

 

Modern offices are full of distractions (discussions, traffic, harsh lights) that are difficult for a hypersensitive brain to filter.

 

Here, stimming offers a familiar and predictable framework through repetitive gestures. Gently rocking, humming, or manipulating a specific texture helps to reduce the impact of unforeseen events and to manage work-related anxiety.

 

Allowing these moments of stimming helps to avoid forced masking, thus drastically reducing the risks of professional exhaustion or burnout.

 

How to integrate stimming and fidgeting to work better?

Knowing that movement helps concentration is one thing; integrating it into daily office life without disturbing colleagues is another. This is where self-stimulation (visible gestures) and self-regulation (the ability to modulate stress and attention) come together. The challenge is to find solutions compatible with professional life.

Discreet micro-movements to adopt in front of your screen

It is entirely possible to self-stimulate without making noise or attracting attention through discreet micro-movements:

• Invisible tapping: lightly tap your fingertips against the underside of the table or on your thighs. This gesture remains completely invisible to people sitting opposite you.
• Rotating neutral objects: smoothly spin a paperclip or pen between your fingers, just being careful not to click the mechanism.
• Foot activity: contract and relax your toes in the bottom of your shoes or set up a large elastic band stretched between the legs of your chair to apply continuous muscular tension with your ankles.
• Pocket manipulation: keep a smooth eraser, a metal marble, or a textured pebble in your jacket or trouser pocket to manipulate during meetings.

Fidgeting objects for self-regulation at work

Manipulative objects or fidgets are often associated with playgrounds. However, many adults use them in the office to ground themselves and stay focused.

Opt for discreet and completely silent models:

• Spinning rings: you can spin the outer ring with your thumb without anyone noticing, which is very practical in meetings.
  
  
• Foam or fabric stress balls: these allow you to contract your hands to relieve nervousness, without making air noises.
  
  
• Or manipulation cubes: hidden in the palm of your hand, they offer different textures or small soft buttons to massage, provided you choose a silent model.
  
  

Proprioceptive and tactile objects, such as weighted blankets, textured cushions, or chewing tools, can also be used discreetly in the office.

Comparative guide to silent objects for open-plan offices

Here are discreet and office-friendly solutions to replace certain instinctive gestures that could potentially disturb your colleagues:

Type of stimulation	Instinctive gesture	Professional and silent alternative
Tactile / Fine motor skills	Nail biting, skin picking, repeatedly clicking a ballpoint pen.	Wearing an anti-anxiety spinner ring, manipulating a natural stone pebble.
Visual / Focus	Staring blankly into space, being distracted by movements or people passing by in the room.	Installing a streamlined dual screen, using a desk lamp with adjustable intensity and spectrum.
Postural / Vestibular	Rocking on a fixed chair, violently shaking a leg against the desk.	Adopting active seating (like a balance ball chair), installing a dynamic oscillating footrest.

How to create a stimming-friendly workspace?

Arranging offices to allow everyone to regulate their energy and emotions does not necessarily require major transformations.

Above all, it requires ceasing to view movement as an anomaly and integrating it naturally.

Importance of posture and movement in a workday

Forcing oneself to maintain a fixed posture for eight hours a day in a traditional office chair exhausts both muscles and mind.

That's why ergonomics seeks to encourage micro-mobility. Freedom of movement provides the oxygen necessary for the brain to maintain vigilance and avoid slumps at the end of the day.

Discreetly integrating movement with active furniture

To move without disturbing others, active furniture changes the game. Companies attentive to the well-being of their teams are increasingly installing sit-stand desks, which allow for regular posture changes throughout the day.

As for seating, the balance ball chair is ideal for channeling common reflexes, such as a trembling leg or a fidgeting foot under the desk. It transforms this need to move into fluid micro-oscillations.

Using sensory design to prevent overload

Creating an inclusive workspace also requires reducing environmental aggressions that saturate the nervous system, especially in individuals with ADHD, autism, or high sensitivity.

• Light: replace harsh lighting and neon lights that tire the nervous system with individual accent lamps, offering softer, indirect light.
• Noise: installing felt panels or textile partitions absorbs open-plan office reverberations. Authorizing and normalizing the use of noise-canceling headphones also allows everyone to isolate themselves when fatigue sets in.
• Organization: keeping an organized workspace helps the brain concentrate on its primary task.

For HR managers and managers, the best strategy remains listening and dialogue. Openly discussing these needs helps break taboos. When a company accepts that an employee works standing at the back of the room during a meeting, or uses dynamic seating, it reduces anxiety related to judgment. Allowing employees to arrange themselves in the most comfortable way for them is the best way to support their success.

The balance ball chair: a self-stimulation tool balancing sensory design and ergonomics

The spherical shape of a balance ball chair like the Bloon completely changes the dynamics of sitting. It allows for permanent 360° micro-movements, whether slight bounces or pelvic oscillations. This continuous and completely silent movement occupies the body in the background, keeping the brain in a state of positive alert without saturating the mind.

Satisfying the need for vestibular movement without leaving your workstation

Sitting on a ball introduces a gentle instability that constantly engages back and abdominal muscles. To maintain balance, the body makes automatic micro-adjustments. This invisible work continuously activates the inner ear and body awareness in space.

Since the torso is already moving fluidly to stabilize, the pressing need for motor stimming, like frantic leg shaking under the desk, naturally fades. Moreover, the micro-rebound effect boosts blood circulation and improves cerebral oxygenation. You feel fewer muscle stiffnesses, maintain a straighter posture, and attentional endurance increases, all without creating any noise disturbance in the open-plan office.

Discover all the benefits of an ergonomic ball chair in the office.

Moving at the office with style: ending stigmatizing furniture

Sometimes we hesitate to use regulation tools at work for fear of colleagues' judgment. It's true that fluorescent plastic fitness balls or small colorful accessories, reminiscent of gyms or playgrounds, don't really belong in a professional setting.

Furthermore, a plastic gym ball is not suitable for office use. Besides being unaesthetic, it's not designed for sitting on all day as it slides, deflates, and rolls away as soon as you stand up.

Bloon offers a true ergonomic chair adapted for daily work. Its weighted base keeps it stable in place, and its firmness comfortably supports the body for long hours.

The shiny plastic gives way to warm, pleasant-to-the-touch fabrics. You'll find the woven mesh of the Original range, the texture of the Corduroy, the softness of the Bouclette, or the natural feel of the Linen collection.

This chair fits into an individual office, an open-plan space, or at home for remote work. Colleagues simply see a modern chair, while the body benefits from the movement needed to stay focused.

FAQ: Your questions about stimming and concentration at work

Are stimming and fidgeting always linked to autism or ADHD?

No, everyone engages in forms of self-stimulation without realizing it, like spinning a pen, rocking on a chair, or tapping fingers while thinking. These gestures simply become more frequent and indispensable for neurodivergent individuals to regulate pressure or boredom.

Is it normal to move to concentrate?

Yes, it's purely physiological. For many individuals, forcing themselves to remain completely still is a true torture, detrimental to both body and cognitive abilities.

How do I explain my need to move to my colleagues or manager?

You can discuss it from an ergonomics and efficiency perspective. Simply explain that postural mobility stimulates your concentration, prevents muscle fatigue, and allows you to work at your full potential. Presenting movement as a means to perform immediately alleviates doubts.

Does stimming distract others in an open-plan office?

Only noisy gestures (like a pen click) or overly expansive movements can disturb others. Using discreet solutions such as silent accessories or dynamic seating solves the problem. The need to move becomes invisible and inaudible.

How can I stop moving if it's bothering others?

Do not try to suppress your movements, as repressing them consumes valuable mental energy to the detriment of your professional tasks. It is better to redirect this need towards stimulations that are invisible to others, such as toe movements or the use of an active seat.

Can fidget toys be used at work?

Yes, provided they comply with the company's charter. Choose silent ones, in sober colors (black, metal, wood), and with a neutral design to blend discreetly into the professional environment.

Conclusion

Strict immobility, required in most offices, is an invisible ordeal for neuroatypical individuals. For an ADHD, ASD, or hypersensitive brain, moving stems from a biological necessity to concentrate, manage emotions, filter environmental distractions, and avoid boredom.

Forcing an employee to remain rigid in a classic chair consumes immense mental energy, which comes at the expense of their tasks. Stimming and fidgeting are, in this regard, indispensable tools for regulating the nervous system and preventing professional burnout.

The Bloon balance ball chair offers a concrete solution with its free, 360° and completely silent micro-movements. It gives the body the stimulation it needs to function, without disturbing the team or standing out in the office. Adapting the work environment for everyone is the most direct way to enable each individual to unleash their professional potential and work serenely.