GTPR
Galactic Temporal Perception Research
Institute for Advanced
Temporal Studies
The Clara Minute
(minc)
Advancing our understanding of subjective temporal perception through rigorous scientific research across galactic civilizations
Temporal Conversion Calculator
Convert between standard time and Clara Units on Earth
Based on the empirical conversion rate:
1 Standard Hour = 4.7 Clara Minutes (Earth baseline)
Real-World CITC Applications
Empirical observations of temporal contraction in common social scenarios
Watching a movie together
Even the longest films feel like short clips
First date dinner
From appetizers to dessert in a blink
Weekend in Kent
Two days in the countryside compressed into a morning
Coffee shop conversation
Deep talks that feel like quick chats
Very early morning run (maybe too early)
5 AM jogs that feel surprisingly short
Long walk in the park
Miles of conversation in perceived minutes
Research Note: All measurements based on controlled studies with n=1 subject. Results may vary based on individual dopamine sensitivity and Clara proximity factors.
The Clara Minute
A comprehensive study of Clara-Induced Temporal Contraction (CITC) and its manifestation across habitable worlds in the known galaxy
From the proper noun Clara, denoting the primary causal agent of the phenomenon. First documented in the Sol System, Sector 7G, Milky Way Galaxy.
Type: Localized Temporal Anomaly
Category: Psycho-Temporal Relativity
Galactic Prevalence: 0.0001% of inhabited systems
Discovery Date: 2387 CE, Earth Standard
The Clara Minute is a variable unit of subjective temporal perception, wherein the flow of time for an observer is perceived to accelerate significantly. It is a localized phenomenon, occurring only when the observer is within the affective proximity of its progenitor, Clara. This effect has been observed and measured across multiple star systems, with varying degrees of intensity based on planetary conditions and gravitational fields.
This effect, known as Clara-Induced Temporal Contraction (CITC), is characterized by a notable discrepancy between the elapsed objective time (as measured by standard galactic chronometers) and the subjective time experienced by the individual.
The mechanism is theorized to be a form of psycho-temporal relativity operating on quantum consciousness fields. The presence of Clara generates a localized distortion in the space-time continuum through concentrated emotional resonance, leading to massive neurochemical cascades in nearby observers. This biochemical reaction alters the observer's temporal perception matrix, causing cognitive processing to accelerate exponentially within the affected zone.
Research Status: The Galactic Temporal Perception Survey (GTPS) has documented similar phenomena across 47 inhabited systems, with Clara-type entities identified in 12 locations. Current research suggests this may be a universal constant affecting sentient species galaxy-wide.
While the conversion rate varies significantly across different planetary environments and gravitational fields, the baseline Earth-standard measurement (conducted under controlled laboratory conditions in the Sol System) establishes the fundamental conversion ratio:
*Earth baseline measurement (Sol-3, 1.0g gravity, standard atmospheric pressure)
Planetary adjustment factors range from 0.58x to 1.67x based on local conditions
How time units compare across different worlds based on rotational periods
☀️Sol System Planets
Mercury
Sol System
One Mercury day equals 88 Earth days due to slow rotation
Venus
Sol System
Venus rotates backwards and extremely slowly
Earth
Sol System
Reference planet - 24 hour rotation period
Mars
Sol System
Mars days are slightly longer than Earth days
Jupiter
Sol System
Jupiter spins very fast despite its massive size
Saturn
Sol System
Saturn's rapid rotation creates its distinctive oblate shape
Uranus
Sol System
Uranus rotates on its side due to extreme axial tilt
Neptune
Sol System
Neptune has the strongest winds in the solar system
🌌Known Exoplanets
Kepler-442b
Lyra Constellation
Potentially tidally locked with extreme day/night temperature differences
Proxima Centauri b
Alpha Centauri
Tidally locked to its red dwarf star
TRAPPIST-1e
Aquarius Constellation
Part of a seven-planet system around an ultra-cool dwarf star
Research Notes:
Planetary rotation data compiled from NASA, ESA, and exoplanet databases
Time conversions based on confirmed rotational periods and orbital mechanics
*All measurements relative to Earth's 24-hour rotation period
Latest Research
CITC Field Measurements
New data from Kepler-442b
2387.09.15
Dopamine Correlation Study
Cross-species analysis complete
2387.09.12
Temporal Field Theory
Updated mathematical models
2387.09.08