Philosophy-7 Flashcards
Problematic of Experimental Sciences
What is the most important stage in experimental Sciences?
Should priority in studying natural phenomenon be given to observation or hypotheses?
Sciences categorization by scientists of methodology
3 seperate titles:
●Mathematical (deals with abstract quantities, shapes, symbols.. and relies on deduction and abstract reasoning).
●Natural (study concrete natural phenomena and rely on induction and experimental methods: physics, chemistry, biology, astronomy)—> Experimental Sciences.
●Humanitarian Sciences.
Evolution of humankind’s search for knowledge
Magic and superstitions—>
philosophical and metaphysical—>
raising questions on obeserved phenomena, formulating hypotheses to suggest possible answers, applying experiments, drawing conclusion, and lastly seeking theories that explain these phenomena.
The Experimental Method
3 stages:
observation, hypothesis, experiment
These stages might be successive or might overlap.
Observation
Cornerstone and first step of the experimental method: watching through eyes or special instruments.
This scientific observation is different from casual observation because it is not random (the scientist inquires further, like when Newton asked why the apple fell).
Empiricists’ perspective on observation
Consider all knowledge is gained through senses–> to explain natural phenomena, we observe through senses and instruments, then nature will reveal its relations and laws to us.
Precise scientific observation
Important to not be haphazard, should be observes with quantitative procedures and measuring tools (scale, telescope, microscope..)–> leads to objective results and the sensory-perceived qualitative data become recorded numbers.
Scientific attitude
An scientist should be free from all prejudice. His performance is affected by his ability to determine the controversial facts.
Empiricists VS Intellectualists
While intellectualists believed in the role of the mind in imposing laws of Sciences, Empiricists only gave credit to our solitary observation and that natural laws reveal themselves to us unprovoked.
Experiments
Proves the validity of any theory or hypothesis (confirms or refutes), otherwise it remains a useless/imaginary attempt with no objective.
Bachelard’s theory
Nowadays, technological progress has enhanced observations–>hence, the history of every science is the history of its tools.
Criticism of the Empiricists’ understanding of observation
May be criticized for underestimating the role of rational reasoning in the process of the scientific method.
Observation hence cannot be scientific if it’s not directed at answering a rational problematic question and hypothesis, a scientist should use his mind, intuition, creative imagination… to discover the laws of nature.
The Hypothesis
A hypothesis is a temporary and tentative answer to an inquiry, it is accepted with the intention of being subject to experience.
It is the starting point of the work of the mind–> directs towards possible solutions to the observes problem by being a rational relation made by the scientist to be the voice of reason.
Guidelines for posing a hypothesis
Should be clearly stated and testable, the knowledgeable scientist formulates several rational hypotheses, anticipating many possible reasons–>he then chooses what is proven and confirmed.
Mathematics’ diversion
Although Mathematics may have started as a sensible answer to practical needs, it’s branches have taken a clear diversion towards greater abstraction, such as the branch of geometry.