Stress-Related / Psychosomatic Tinnitus

This is my own explanation, based on years of research and my personal experience with a severe exhaustion-and-nerve state that I overcame through conflict work — not a medical standard.

I, too, was once in a state that pushed me to my absolute limit. In 2013, my nervous system was so massively overstimulated by psychosomatic stress that I suffered from extreme physical problems in everyday life — all the way to severe symptoms of chronic fatigue syndrome (ME/CFS). For over a year, I was effectively bedridden.

I was so desperate that I wanted to leave nothing untried. What helped me back then was not a medication, and not a classic therapy, but the work with an alternative health practitioner and lecturer named Michael Prgomet, who has been engaged for over 30 years with exactly the mechanisms this page is about.

It was his work that helped me, step by step, to dissolve these deep-seated inner tensions. And it's out of exactly this personal experience that I write this article — not because I'm quoting a medical textbook, but because I felt in my own body how much inner pressure sits in the nervous system without you ever being aware of it in daily life.

Today I can say: stress-related tinnitus is not a mystery, and it isn't imagination. It's the audible consequence of a permanent electrical state in the brain, triggered by conflicts that were never truly resolved. Once you understand what's happening there, you also understand why the tone is there — and what you can do about it yourself.

How emotional conflicts generate nerve stress

Stress-related or psychosomatic tinnitus is one of the most fascinating, but also one of the most misunderstood types. In my estimation, though, it only affects a smaller portion of tinnitus sufferers overall — it's a specific origin, but not the most common one.

Many people know that the brain runs on electricity. But hardly anyone in their daily life stops to think about how this electrical activity connects to phenomena like tinnitus. And this isn't new knowledge: as far back as the 1990s, researchers in specialized epilepsy centers managed to make exactly this visible — using extremely rare, highly complex measurement devices (so-called MEG scanners). Those measurements clearly show active tension fields in certain brain regions when unresolved conflicts persist.

When stronger inner conflicts persist long-term, they generate continuous electrical activity in certain brain regions. The mechanism behind this: when we suppress an emotion — say, out of fear, grief, guilt, or anger — our conscious mind disconnects from it. We don't seem to feel the conflict in everyday life anymore, but the affected brain region keeps working unabated in the unconscious. It runs autonomously.

Michael Prgomet is an expert who has been intensively engaged with exactly these mechanisms as an alternative health practitioner and lecturer for over 30 years. I mention him here for a reason: in 2013, my own nervous system was so massively overstimulated by psychosomatic stress that I was suffering from extreme physical problems in everyday life — including severe ME/CFS symptoms (Myalgic Encephalomyelitis / Chronic Fatigue Syndrome). It was his work that helped me back then to dissolve these deep-seated tensions.

That's why I share his approach to brain-related tinnitus here — based on my own, very positive experience. He calls these phenomena electrostatic tension fields: overactive, autonomous nerve centers that, like little energy islands, permanently consume electricity and send electrical impulses into nerve pathways. Depending on which pathways are affected, this shows up as completely different symptoms — from the stomach to the ear. This isn't a general recommendation — I'm only sharing what personally helped me.

Important context: I myself primarily had noise-induced tinnitus, with a stress component that became very evident in my ME/CFS crash in 2013. So a purely stress-related tinnitus without a noise component isn't my own recovery story. What I share here is a model based on Prgomet's decades of practical experience, my own experience with the method (during the ME/CFS phase), and intensive research.

What these tension fields actually are — and how they form

To make this concrete, let me briefly explain what these tension fields actually mean. We're not talking about a giant electrical thunderstorm in your head, but very small, locally bound tension states between nerve cells — meaning stress patterns that sit exactly where the original conflict was wired into the nervous system.

Here's the background: when we have a strong, distressing experience, our brain doesn't just store the memory of it. It stores the entire reaction package — the emotion, the situation, and especially the body reaction that got triggered in that moment. The nervous system memorizes it like this: „In this kind of situation, exactly this protection program runs.“

A simple example makes this tangible: imagine someone goes through a really extreme stress situation — a feeling of loss of control, helplessness, maybe even something like fear for their life. In that moment, the body fires a specific reaction pattern: the left shoulder blade contracts hard and instantly, the breathing changes, the heart races. The situation passes, the person survives it, the shoulder relaxes again. Consciously, you think: „Made it.“

But the nervous system has memorized the entire package: This kind of situation = danger = start exactly this protection program, including shoulder reaction.

Half a year later, a situation comes up that isn't identical, but similar at its core — say, strong pressure to perform at work, a domineering boss, the feeling of being at someone's mercy. On a conscious level, the person may not even understand why, but suddenly the left shoulder blade contracts again. Within milliseconds. Exactly the same reaction as before.

This isn't imagination, and it's not „just sensitivity.“ It's the old, stored stress pattern, reactivated by a matching trigger — and actually firing the same nerve pathway to the shoulder blade again.

That's exactly how you can imagine these tension fields: they remain relatively localized — meaning they stay where the original reaction pattern was wired into the nervous system. They don't wander randomly through the brain. But their activity can fluctuate strongly: sometimes they're barely noticeable, sometimes they're activated by triggers, sleep deprivation, exhaustion, or high inner tension so strongly that they trigger noticeable reactions.

How these fields can co-stimulate neighboring nerve pathways

Here's the decisive point: when such a tension field is activated strongly enough, it doesn't just affect itself — it can also actually co-stimulate neighboring or connected nerve pathways. And not just in the sense that they become „more sensitive,“ but that they actually fire themselves.

This happens through several routes simultaneously:

First, through fixed nerve connections. Brain regions are extremely densely interconnected. When a stress network fires up, it can automatically activate pathways connected to the heart, breathing, gut, muscles, vessels, or sensory processing.

Second, through neurotransmitters. Strongly active nerve cells release signaling substances that don't always stay neatly at a single synapse. They can also reach surrounding cells and influence them.

Third, through glial cells and inflammatory signaling substances. When an area is chronically irritated, certain support cells in the brain (microglia, astrocytes) can put the surrounding nerve tissue into a more active state.

Fourth, through small electrical field effects. When many nerve cells in a small area are simultaneously and synchronously active, local electrical fields form. These fields are small — but they're real, and they can actually push neighboring cells over the threshold so they fire themselves.

You can imagine this electrical mechanism roughly like a small Van de Graaff generator in the nervous system: as long as the conflict is only mildly active, not much happens. But when a trigger comes along — or several factors work together, like sleep deprivation, exhaustion, high inner tension — the field charges up further. At some point, the voltage is high enough, and it discharges like a small lightning bolt onto a neighboring, sensitive nerve pathway. And that pathway then fires too.

Depending on which nerve center gets co-activated, completely different symptoms appear: shoulder tension, stomach pressure, racing heart, jaw pressure, skin reactions, pain — or, when hearing-processing pathways are pulled in, an internal sound.

To be clear: these tension fields aren't a metaphor I made up. They're real, microscopic neurophysiological phenomena. In normal brain activity, nerve cells fire briefly, exchange their signal, and the electrical activity dissipates — that's the typical pattern of bursts you see on an EEG. Under trauma stress or unresolved emotional conflict, however, this current can stay „stuck“ locally — kept active in a small, autonomously functioning brain area, especially when the emotion was suppressed or never fully processed.

In neurophysiology, the mechanism by which one such overactive area can pull neighboring nerve pathways into firing is called ephaptic coupling. Specialized devices like MEG (magnetoencephalography) can visualize these small, locally bound activity patterns — particularly when the underlying conflict is strongly charged or actively triggered. The fields are usually too small for standard EEG to clearly detect, but the underlying biology is established research, not speculation.

I've documented the full scientific foundation — ephaptic coupling, central sensitization, kindling, glial neuroinflammation, thalamocortical dysrhythmia, and memory reconsolidation — on my sources page →

The scientific proof: electrical stimulation generates sounds

Historical experiments

As early as the 1950s, researchers like Wilder Penfield in Montreal performed experiments in which they electrically stimulated patients' brains. Many of those patients heard tones, music, or voices — even though no acoustic source was present. These experiments provided the proof: when certain brain areas or auditory nerves are electrically stimulated, a sound emerges — even without a sound source.

Exactly this principle applies in stress-related tinnitus too. Just here, the stimulation isn't from outside through electrodes, but from inside, through ongoing electrical activity caused by unresolved conflicts.

Why stress can trigger tinnitus

The difference between external and internal stress

Many people automatically associate stress with external pressures — say, work, family, or daily life. But this situational stress isn't usually the cause of this kind of tinnitus. The decisive factor is the internal, stored stress that persists in the nervous system through unresolved emotional conflicts and continuously generates electrical activity.

These chronic conflicts create a sustained inner tension that's constantly running in the background — only at varying intensity. Some of these tension fields are barely noticeable; others are permanently active and powerful. These differences determine how strongly the conflict shows up physically or emotionally. You can roughly divide these sustained inner tensions into two stages:

1. 01Dormant conflicts
2. 02Strongly charged conflicts

Stage 1: Dormant conflicts

In this first stage, the conflict is chronically active, but the stored nerve current from the negative emotion is too weak to continuously trigger noticeable physical reactions. Only when a trigger comes along — say, a thought, a situation, a smell, a particular person, etc. — does the conflict get more strongly activated. As a result, the tension briefly rises so much that it discharges and triggers physical symptoms — for example, stomach cramps, muscle tension, or even tinnitus.

Stage 2: Strongly charged conflicts

These are chronically active and so strongly charged that they discharge spontaneously again and again, even without a trigger. The stored nerve current is so massive that the affected area — to come back to the earlier image — keeps charging itself electrostatically like a Van de Graaff generator. Because this energy can't simply dissipate into nothing, it looks for an outlet and discharges like a small lightning bolt onto neighboring, sensitive nerve pathways (purely by chance, depending on location). These discharges can take place in the auditory system and overstimulate the hearing-processing nerve centers there. The result: a sustained tinnitus.

Even these strongly charged conflicts can change in intensity, however. When something else triggers them again — say, emotional strain, stressful situations, or particular thoughts — the discharges intensify temporarily and noticeably. That explains why people affected sometimes perceive fluctuations in the loudness or intensity of their tinnitus, even though the underlying conflict remains chronically present.

These mechanisms explain why many people affected report that their tinnitus gets quieter on vacation or during stress-free periods: the trigger drops away, the conflict isn't fed anymore, the tension in the system decreases — the discharges become rarer and weaker. When the triggering situations return (e.g., workplace, certain people, performance pressure), the stored tension rises again and symptoms flare up.

The Van de Graaff principle in the head

To understand this phenomenon at a glance, the following image helps: picture a certain brain region as a small, statically charged metal sphere. As long as the conflict is active, it keeps charging up. At some point the voltage is so high that it discharges abruptly onto the nearest conductive point — a spark onto a neighboring nerve pathway.

Normal psychosomatics vs. pathological permanent stimulation

Every person reacts psychosomatically — that's completely normal, and isn't a disease. From an evolutionary biology standpoint, psychosomatics is actually our oldest learning and warning function (an instinct). It's meant to keep us from making mistakes twice, or staying in situations that aren't good for us. When you're startled, your pulse rises, your muscles tense, your breathing accelerates. These are healthy protective reflexes of the nervous system.

It becomes pathological when these stimulation loops no longer switch off, because unresolved conflicts or constant mental strain keep generating current in the background. Then a state of chronic overstimulation develops. And depending on which nerve pathways are affected, different symptoms appear — stomach problems, back pain, or tinnitus.

A decisive clue is duration: if a symptom persists, even without acute stress, there's usually chronic electrical malactivity in the nervous system.

The art is to activate energy in the right places and discharge it in the wrong ones.

Energy, nutrients, and the inner filter

Why a stable body protects the nervous system

The main focus should be on reducing or fully resolving the inner conflicts as much as possible, to reduce the underlying stress-related tinnitus. How well this works in individual cases is highly individual and depends on many factors. In my case, this path led to the stress-related component of my tinnitus largely fading. But it's just as important that the body itself is in a stable state — because it forms the foundation on which these psychological processes play out. An exhausted or unbalanced nervous system reacts more strongly to inner tensions, while a well-supplied body can regulate them better.

The brain — the highest control center of our nervous system — handles the main work of this regulation. Two regions play a central role here in processing stimuli: the thalamus and the prefrontal cortex.

The thalamus acts like a regulator and distributor for physical and emotional stimuli. Its task is to sort and dose all the incoming signals — whether tones, pain, or emotions. It decides how strongly these impulses break through into consciousness. Some stimuli are weakened, others get through more directly, depending on how active or sensitive the nervous system currently is. It's not an absolute blocker, though: when the stimuli themselves are very strong or chronically active — say, through damaged hair cells or chronically overstimulated nerve centers in the brain — even a healthy thalamus can't fully suppress them, only soften them. Its task, then, is to dose stimulus transmission and soften the perception of tinnitus — it's not a switch that just turns the tone completely off.

The prefrontal cortex, in contrast, isn't a filter — it's the evaluation and control area: it judges how these stimuli are emotionally categorized, and regulates how strongly you react to them.

Both areas are extremely energy-hungry. When you're short on energy, nutrients, or sleep, the thalamus lets more stimuli through, and the prefrontal cortex loses control. The result: the stimuli (like the tinnitus) are perceived as louder, more intrusive, and emotionally more taxing.

A stable physical state is, then, the most important protective shield for our nervous system. Sufficient physical energy, B vitamins, healthy fats, proteins, minerals (like magnesium and zinc), carbohydrates, and oxygen aren't just supplements — they're essential building blocks. They have two decisive main jobs in the nervous system to stabilize this signal processing:

1. The outer insulation (myelin sheaths)

These nutrients — above all B vitamins, essential minerals, plus very specific healthy fats and proteins — are absolutely necessary to form and actively thicken the myelin sheaths. These are the protective insulating layers around our nerve pathways. When they're intact, electrical stimuli run cleanly and evenly. When these essential building blocks are deficient, the layers become thinner, the nerves react with greater sensitivity to stimuli, and even small impulses suddenly feel restless and loud. Well-insulated nerves are exactly what we colloquially call „nerves of steel“ — they hold up significantly better against internal and external stimuli.

2. The inner power supply (ATP and ion pumps)

But the best shell doesn't help if the electrochemical balance inside the nerve isn't right. This is where the B vitamins especially come into play. They're crucially involved in energy production (ATP). This energy powers the so-called ion pumps — tiny motors in the cell membrane that exchange sodium and potassium and thus maintain the basic electrical voltage of the nerve cell. Without this ATP, the pumps fall out of sync and the nerve gets stuck in slight permanent activity. Exactly this enormous amount of ATP is also what our two most important control centers — the thalamus and the prefrontal cortex — absolutely need to function flawlessly. Without enough energy, their filtering and regulating capacity collapses, and the tinnitus breaks through unchecked into consciousness.

On top of that, minerals like magnesium and zinc act like natural dampers in this electrical system. When they're deficient, the nerves fire faster and tend toward overexcitation under sustained psychological strain.

All these physiological processes interlock: when the nervous system is sufficiently supplied and energetically stable, the signals run more smoothly, and as a side effect, sleep usually improves too. Deep sleep, in turn, allows the body to regenerate better at night — the filter in the brain recovers, and the entire system noticeably regains its balance.

Why exercise helps — but doesn't heal

Exercise can help drain off excess energy and tension from overactive nerve pathways. When you sweat, the nervous system uses energy that would otherwise be stuck in these stress fields. As a result, stimulus intensity drops, and the tinnitus seems quieter.

However, exercise doesn't resolve the underlying conflict. It works symptomatically, not causally. The actual stress source — the unresolved conflict — remains. Still, movement is valuable because it reduces stimulus overload and stabilizes the nervous system.

The trick is to activate energy in the right places and discharge it in the wrong ones — meaning, to create balance between energy buildup and discharge.

The big picture

In both main forms — the inner-ear-related and the stress-related tinnitus — the same mechanism ultimately leads to the same symptoms: a chronic overstimulation of the auditory nerves. In one case, the cause is physical (e.g., calcium overload in the hair cells); in the other, emotional (electrical malactivity through inner conflicts).

One possible path toward improvement, the one I walked myself, involves bringing these conflicts into awareness and resolving them at the root (e.g., with the method of Michael Prgomet). Because, in my alternative health practitioner's experience, no such tension field simply arises out of nothing. For each of these unresolved conflicts, there's usually a very specific, old situation in the past that originally started this program. When this original situation is processed anew in the nervous system — meaning, the actual trigger is reprocessed — the brain can ratchet down the electrostatic permanent current.

At the same time, it helps enormously, in this phase, to strengthen the body. Because the physical state determines how strongly stimuli are transmitted during this period. A weakened system transmits them; a stable system buffers them.

In my estimation, though, you don't necessarily have to support your lifestyle or body with supplements or special programs to improve stress-related tinnitus. The decisive part remains the inner conflict work. A well-nourished body and an adjusted lifestyle can, however, noticeably ease this process — they have a regulating and stabilizing effect, and help the nervous system regain its balance.

The goal: redirect energy purposefully — strengthen in the right places, discharge in the wrong ones. That way, balance can return — and where the storm in your head once raged, peace can finally settle in.

So what do you actually do about stress-related tinnitus?

I describe what you can concretely do to counteract stress-related tinnitus on a separate sub-page. There, I explain which steps, in my view — and based on the methods that my alternative health practitioner has been using in his practice for over 30 years with stress-related tinnitus — can be most effective for addressing these inner tension fields. When the underlying emotional conflict is resolved, according to this model the electrical activity in the affected area can decrease — and with it, in my personal experience, the tinnitus as well, to varying degrees depending on the individual situation.

Further questions & FAQ

And of course, there are bound to be some questions left open — for that, I've created an FAQ sub-page where I give brief, plain-language answers to the most common questions.

Important notice