Top Highlights

• A system is a group of things that are interconnected and demonstrate their own behavior pattern over time.
• Systems thinking takes a different approach. When we think in systems, we slow down and dig deeper, trying to find solutions and explanations to given phenomena. Systems thinking encourages us to look at events and patterns occurring in our lives and around us by focusing on the connection and relationship between the system’s parts instead of only...
• It would be akin to carefully studying, examining, and reporting on what you had learned and observed from an individual puzzle piece without bothering to relate any information or even study how it fit into the whole puzzle.
• As we have seen in the examples above, many scientific fields shifted from deconstructing elements to its particles, to analyzing the dynamics and working togetherness of multiple elements. This shift seems to be present regardless of the scientific field.
• The process that leads to the general decay or growth are also different, yet the Law of Exponents produces the same outcome. The Law of Exponents stays true in the case of chemistry, biology, economics, demography, or individual skill acquisition efforts.