Our e-learning offerings will be activated in the near future and will include formal training modules on various subjects; virtual consultation; downloadable templates and guides to improve business & personal growth. Due to the volume of content and the need for our team to digitize and animate our e-learning library, this process will be evolving slowly.
Example of entropy (2nd Law of Thermodynamics) explaining the constant birth, death & rebirth of all matter or energy
Example of sub-systems, in this case the vascular or breathing system, that forms part of the whole system, being a human, a bird, and insect
Example of how CAS’s adapt to change in order to remain viable
Example of how CAS’s adapt to change in order to remain viable
Example of interconnectedness of social system (societies, comprised of many sub-systems like people, technology, etc.)
Typical ecosystem, which is a rich example of viability and interrelated systemic harmony
Example of biological systems as a CAS
Example of a large system to explain the nested systems we are inherently linked into, like millions of planets & stars forming countless galaxies comprising our cosmos or universe
Example of a Complex Adaptive System (CAS)
Example of typical Mechanistic thinking whereby linearity, and direct cause-effect still direct the thinking of leaders of social systems & corporations, despite it’s flaws being well known to us
Example of a CAS’s at a microscopic level, to explain the notion of levels of resolution, whereby the same architecture of life resides at different levels of granularity, meaning large scales like galaxies to small scales like microscopic life
Example of rich pattern formation that can teach us about self-organisation
Example of “Self-Regulation” whereby a flock of birds are able to navigate complex flight paths, whilst swapping out leaders during flight
Example of inherent uncertainty at the quantum mechanical level of systems (e.g. Heisenberg’s uncertainty; Quantum entanglement)
Example of a simple system, like an energy grid, or a computer. These are systems having finite parts, finite ways of interaction, and thus high levels of predictability
Example of a chaotic system where we are unable to accurately predict or forecast,due to “sensitivity to initial conditions” (butterfly effect). The weather is a good example of a chaotic system due to its high level of complexity and sensitivity, explaining our limitations in forecasting weather patterns
The wave-particle duality is one of our most amazing & strange quantum mechanical features. The figures explain, at the most granular level of life(photons or sub-atomic particles) can behave both as a wave and/or as a particle
Example of universal perfection using the distance between our sun, our moon & earth (each interconnected sub-systems of our galaxy. Had these objects been, ever so slightly, be more or less different in distance, life on earth could not exist
Beyond big data is systemic data, whereby our connectedness to everything that is, are only beginning to reveal itself
Levels-of-resolution (LoR) refer to the interconnectedness of systems. The higher level of resolution is a person adding sugar to coffee. The lower level of resolution is at a chemical level (sucrose mixing with hydrogen &oxygen)