Science is a Process of Inquiry:

* Observation and Experimentation: Science starts with observing the world around us and designing experiments to test our ideas.

* Hypotheses and Theories: Based on observations, we form hypotheses (testable explanations) and develop theories (well-substantiated explanations).

* Refutation and Revision: Scientific knowledge is always subject to challenge and revision. If new evidence contradicts an existing theory, the theory must be modified or replaced.

Science is Constantly Evolving:

* New Discoveries: As technology advances and our understanding of the universe grows, we make new discoveries that challenge and refine existing knowledge.

* Changing Paradigms: Sometimes, major shifts in scientific thinking occur, called "paradigm shifts." For example, the transition from a geocentric (Earth-centered) to a heliocentric (sun-centered) model of the solar system.

* Limits of Knowledge: Science is limited by the tools and technologies available at any given time. As technology improves, we can explore new realms and make new discoveries.

Why Science is Not Absolute:

* Falsifiability: A key principle in science is that a theory must be falsifiable (capable of being proven wrong). This means that no scientific theory is ever considered "proven" in an absolute sense.

* Tentative Nature: Scientific knowledge is always tentative and subject to change. As we gather more data, our understanding of the world evolves.

In Summary:

Science is not a fixed body of knowledge but a dynamic process of inquiry and discovery. It is constantly evolving as we gain new information and refine our understanding of the universe. Rather than being absolute, science is characterized by its openness to challenge, revision, and progress.