A groundbreaking framework for modeling the interactions between physical time, cognitive perception, and systemic effectiveness
Beyond conventional models of human productivity and system intelligence
Based on Einstein's theories of relativity, incorporating velocity and gravitational time dilation effects on perception and decision-making.
Modeling how mental time travel, attention mechanisms, and altered states impact our subjective experience and systemic effectiveness.
Quantifying organizational effectiveness through clarity of purpose, leverage of resources, and repeatability of processes.
Three fundamental factors determine baseline system intelligence
Mission clarity, strategic vision, and purpose definition
Resource utilization, team capabilities, and tooling
Process standardization, documentation, and automation
Artificial Intelligence acceleration
Capital investment
Strategic partnerships
How physical and cognitive time phenomena alter effectiveness
Based on Lorentz transformations: the faster you move relative to c, the more time dilates
Time passes differently based on gravitational potential at different altitudes
Our ability to simulate past and future scenarios enhances planning
Focus and error prediction influence subjective time perception
Consciousness-altering substances distort subjective time experience
The model allows for speculative extensions like theoretical wormhole jumps
Additional factors for a more comprehensive understanding
Strength of awareness and presence in the system
VR, social media, and blockchain technology amplification
Continuity, nourishment, and resistance coefficients
How TimeMindBSI can be applied across domains
Model how organizational structures evolve and decay over time, optimizing for clarity and repeatability.
Understand how attention states and environmental factors affect your personal effectiveness.
Apply time-decay modeling to evaluate long-term viability of business and technology investments.
Explore the interaction between physical conditions and subjective time perception.
Optimize learning environments by balancing clarity, tools, and repeatability.
A framework for speculative scenarios involving altered states and physics at the edge.
Explore the TimeMindBSI concepts through our interactive tools