Quit compulsive gaming: the reward system reset

At its habitual gaming hour, the brain stimulates the motor cortex and striatum. The motor reflex of your fingers automatically reaching for the mouse, keyboard, or controller is triggered.

The high dopamine flow that the game's rapid reward loop provides is cut off. Dopamine levels in the mesolimbic pathway bottom out; a deep unhappiness, emptiness, and joylessness begin.

The ciliary muscles of the eye lens, contracted from constantly focusing up close (on the screen), try to relax. This sudden focus change causes a mild eye-strain headache.

The transition from the game universe's structured, clear, and fast nature to the real world's slow and unstructured nature creates a feeling of emptiness in the mind (depersonalization/derealization).

With blue light (screen) exposure cut off in the evening hours, the pineal gland begins releasing melatonin. The natural mechanisms for falling asleep are triggered.

The brain replays the game loops it was exposed to (map paths, skill icons, sound effects) in the visual and auditory cortex (sensory intrusion / the Tetris Effect).

Because of the numbness of the dopamine receptors, the mind finds no reward value in any physical or social activity. The acute wave of boredom peaks.

The blink frequency, reduced while staring at a screen, returns to normal. The tear glands moisten the eye surface, and dry eye and a stinging feeling ease.

Without the habitual stress-relief and escape tool (gaming), cortisol is released from the adrenal glands. Easy irritability and tension occur.

Because of the reduced dopamine flow to the prefrontal cortex, attention span shortens, and brain fog occurs in mental tasks like reading or writing.

Once the external focus of games that fully occupied the mind is gone, the brain turns inward (the DMN activates). Past regrets and future anxieties may surge up.

In the micro-motor neurons at your fingertips, involuntary twitches or contractions from the habit of pressing keys or clicking may be observed.

As the social-escape urge weakens, the guilt from real-life postponed homework, tasks, and relationships surges into the mind.

The frequency and power of the impulsive striatal commands from the first 3 days — that urge to open and play the game — begin to decrease.

The chronic tachycardia (rapid pulse) that competitive games create ends. The resting pulse recedes to a healthy, stable line.

The spasm of the ciliary muscles that constrict the eye lens fully releases. The eye's focusing mechanism (accommodation) returns to normal, and distance vision clears.

The quality of melatonin released from the pineal gland rises. The time to fall asleep (sleep latency) drops below 30 minutes.

REM stage proportions in night sleep lengthen. The brain starts deep dream cycles to organize the day's complex memories and do an emotional reset.

The density of dopamine receptors (D2) on the cell membranes rises. The brain begins to perceive dopamine signals even without artificial over-stimulation.

Neural coordination in the fronto-parietal attention networks improves. The time you can read a book or focus on a single topic lengthens markedly.

Acetylcholine release in the hippocampus normalizes. Retaining new information in memory and verbal recall speed begin to increase.

The lactic acid accumulated in the back and neck vertebral muscles from sitting hunched at a chair is cleared. Chronic pains in the trapezius muscles decrease.

The brain's time-perception center (the basal ganglia), accustomed to rapid reward loops within seconds, slows. The flow speed of daily life is perceived as normal.

With screen fatigue and social withdrawal decreasing, eye-contact duration in conversations lengthens, and social anxiety symptoms recede.

The axonal pathways between the forebrain's prefrontal cortex and the impulsive striatum strengthen. Willpower easily brakes impulses.

Simple actions (walking, cooking) begin to create clean dopamine releases in the striatum. Natural pleasures return.

The cognitive resistance and mental exhaustion felt when switching from one task to another decrease. Daily tasks are completed more fluently.

The bowel peristalsis (movements) slowed by constant sitting speeds up. Constipation, bloating, and gas complaints recede.

The brain doesn't need that excess visual stimulation from games to stay alert. Natural light and surroundings are enough to keep the mind clear.

The neural reflex loop of automatically sitting down at the computer/console when arriving home or feeling bored weakens markedly.