That science is law like does not mean it is
Regular
Ordered
Spontaneous
Predictable
While science aims to understand and explain natural phenomena, it does not imply that everything is regular, ordered, spontaneous, or predictable. In fact, one of the fundamental aspects of scientific inquiry is to explore and uncover the laws and patterns that govern the world. However, science also acknowledges that there are many complex systems and phenomena that may exhibit randomness, chaos, or unpredictability. Therefore, the scientific process involves observing, formulating hypotheses, conducting experiments, and refining theories to better explain the natural world, allowing us to make predictions and understand certain patterns. However, it does not claim that everything in the universe is strictly regular or predictable.
It seems like you are trying to understand the characteristics of science. While science can vary and is not always deterministic, it does possess some general qualities. Here are some key characteristics of science:
1. Empirical: Science is based on observation and evidence. It relies on empirical data and experiments to draw conclusions and make predictions about the natural world.
2. Systematic: Scientific investigations are conducted in a systematic and organized manner. The scientific method is often employed, which involves making observations, formulating hypotheses, conducting experiments, analyzing data, and drawing conclusions.
3. Objective: Science aims to be objective and free from personal bias or opinions. It relies on facts and evidence rather than personal beliefs or values.
4. Tentative: Scientific knowledge is not absolute or fixed. It is subject to modification and revision based on new evidence or further research. Scientific theories and laws are continually refined, expanded, or even discarded as our understanding evolves.
5. Predictive: Science strives to make predictions and provide explanations for natural phenomena. By developing theories and models, scientists aim to accurately predict future events or behaviors of natural systems.
6. Cumulative: Scientific knowledge builds upon previous findings. Each new discovery adds to the body of scientific knowledge, improving our understanding of the world.
7. Open to scrutiny: Scientific findings and claims are subject to scrutiny and peer review. This allows for replication of experiments and verification of results, ensuring scientific rigor.
It is important to note that science does not claim to provide absolute certainty, as scientific knowledge is always subject to further investigation and refinement.