There are two primary approaches to creating something: bottom-up design and top-down design . Top-down design is often seen in architecture. People do not build bricks randomly; instead, they follow the design drawings created by the architect. This method executes a plan that has already been established. When asked why something is built in a certain way, the answer is usually that the blueprint dictates its design. Conversely, bottom-up design does not start with a fixed goal, but rather involves setting and implementing small, actionable rules. For example, termite nests follow this approach. Small termites have a simple rule: to pile up soil. They do this without knowing the reason, but over time, the finished structure is remarkable and sophisticated. The appearance of the Sagrada Familia church , designed by Antoni Gaudà and still under construction, closely resembles a termite nest, differing only in size. Setting goals and planning is one way to create, but actual achievem...
After the Human Genome Project mapped our DNA, we discovered that gene expression and activation patterns can be altered and passed on to future generations without changes in sequence, a phenomenon known as epigenetics. This means that even identical twins, whose genetic information is almost 100% exact, will have different gene activation patterns based on their environment and experiences and pass on their traits to the next generation. A typical phenomenon is methylation (CH3), which is the addition of one carbon and three hydrogens to CpGs in mammalian sequences. Depending on this methylation, although someone inherits the same gene sequence, certain genetic traits can be activated or deactivated. It is also believed that a unique upbringing or education in life influences this phenomenon. Of course, as with any scientific phenomenon or technology, the cause or effect may change over time, but if there's a lesson to be learned, this is one of the most important reasons not to ...