Wisdom Builder

Three Tidbit Stories

Topic:

Science

Observe and measure.

MODE:

Speed: 1.00

Science.

3 random tidbit stories in about 3 minutes.

Idea 1.

A Science FAQ.

What is the difference between anthropology and paleontology?.

In my writing, a question like this falls within critical thinking because the philosophy of science is about inquiry. How we think. In this case, who does what is part of Idea Evaluation, one of the Five Thought Tools.

Both anthropology and paleontology explore the past. Anthropology explores our history back to the emergence of Homo habilis 2.3 million years ago. Paleontology explores the fossil record all the way back to LUCA about 3.6 billion years ago.

Anthropology focuses on the study of humans, their cultures, behaviors, and biological evolution. It includes subfields like cultural anthropology, which examines societal structures and traditions. It also includes biological anthropology, which studies human evolution and adaptation.

Paleontology, on the other hand, investigates ancient life forms through the study of fossils. All fields always overlap, paleontologists primarily examine the fossilized remains of plants, animals, and microorganisms to understand prehistoric ecosystems and the history of life on Earth.

Many fields can overlap and get blurry. Paleoanthropology draws heavily on paleontological techniques to study ancient hominins and their environments. Archaeology examines past human cultures through material remains, often intersecting with anthropology and paleontology.

I wrote that Science FAQ,

and posted it to TST 2 years ago.

Idea 2.

A Science Term.

Potential.

Potential refers to what a thing can become or do within reality’s constraints. It points to possible future states: what something can develop into, gain, lose, express, or accomplish. An acorn has the potential to become an oak tree, but not a horse. A child has the potential to learn language, form memories, build skills, and develop an identity. Potential is about possibility, but not unlimited possibility.

In traditional philosophy, potential is often contrasted with actual. In chapter 9 of 30 Philosopher’s, it says:

“Potentiality & Actuality is the fulfillment of inherent capacities; self-realization; becoming the best version of oneself.”

Aristotle used this distinction to explain change. A thing may have capacities that are not yet realized. The potential is what can become real; the actual is what already is. A block of marble may have the potential to become a statue. A seed may have the potential to become a plant. This distinction helps explain how things change while still remaining connected to what they already are.

In TST Philosophy, potential is used carefully because not every imagined possibility is a real potential. Potential must remain tied to reality’s constraints. A person may have the potential to learn, grow, heal, create, change habits, or develop wisdom, but that potential depends on biology, environment, effort, time, opportunity, and circumstance. TST treats potential as possibility under constraint, not fantasy without limits.

This places potential inside the TST metaphysical split. In the material world, potential is what can become real within reality’s constraints. In the mind, potential is the idea of what is possible. Some ideas about potential are grounded in evidence. Others are hopeful, speculative, or imaginary. TST does not reject hope, but it asks whether a claimed potential can actually cross from idea into reality.

I wrote that Science Term,

and posted it to TST 3 months ago.

Idea 3.

A Science Story.

Evolution.

Our true origin story.

30 Phil, Chapter 1 Touchstone 3: Evolution.

In 1859, the naturalist Charles Darwin revolutionized the scientific world with his seminal publication, “On the Origin of Species.” In it he formulated his scientific theory of evolution by natural selection. The process by which new species arise is well-understood. It proposed that changes in species occur gradually over time. With each generation, the offspring produce small variations, which accumulate over generations, resulting in advantages and disadvantages.

I wrote that Science Story,