Your Time Observatory
No sessions recorded.
Measurement Session
Start the session when ready. You will go through 3 phases:
- Calibration — presence and breathing
- Probing — 5 questions from a pool of 100
- Estimation — how much time do you think passed
Time Journal
Temporal Analysis
| Date | Physical | Perceived | Ratio | Profile | Flow | Presence | Stress |
|---|
Temporal Meditation
Studies show that mindfulness meditation increases perceptual density — each minute feels longer and richer after a session. The insular cortex becomes more active, processing more sensory stimuli per interval.
The Science Behind
Why Time Passes Differently
The brain has no centralized internal clock. Time perception emerges from the interaction of multiple regions: insular cortex (interoception), basal ganglia (rhythm and interval), prefrontal cortex (attention and monitoring), and amygdala (emotional intensity).
When all these regions are occupied with an absorbing task, cognitive resources are deallocated from time monitoring — time disappears.
The 4 Dimensions of CHRONOSCOP
Flow
The Csikszentmihalyi state — complete absorption in activity. Dopamine suppresses time awareness. Hours become minutes.
Presence
Increased sensory awareness. The insula processes more stimuli → more temporal markers → time seems longer.
Stress
Amygdala on alert → noradrenaline accelerates processing → intense moments seem eternal while living them, but compress in memory.
Boredom
The hyperactive prefrontal obsessively monitors time passing. Each second is counted → intervals subjectively dilate to infinity.
Einstein and Your Perception
Special relativity demonstrates that physical time is relative to the observer's speed. The analogy with subjective perception is not metaphorical — it is structural.
In both cases, an external observer (the clock) and an internal observer (the brain) measure different intervals for the same event.
