Who invented "observation, hypothesis, experiment, conclusion"?

In summary: I'm aware the scientific method has a long history, but my question concerns a specific "catch phrase" used to describe it.My question concerns the identity of the person who originated the description "observation, hypothesis, experiment, conclusion". Perhaps that person was not an authority on anything. However, secondary education in the USA took that catch phrase seriously and, in my day, it appeared in most texts. beginning with the course on "General Science".My guess is some anonymous textbook writer from 75 years ago.
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Stephen Tashi
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Who invented the description of the scientific method as "observation, hypothesis,experiment conclusion"?

I'm aware that there are criticisms of this description and alternate descriptions. My question only concerns who first described the scientific method word-for-word in those terms. Was it a scientist? A philosopher? An educator? Did the description originate in Europe? In the USA? In Boston MA ?

Since this description is widely taught as authoritative (at least when I was in school), we should know the identity of the authority.
 
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  • #2
It wasn't 'invented'; it was formed gradually over a longer period. Google 'age of enlightenment' (note they show very ancient pictures) and delve into 'philosophy of science'.
 
  • #3
Stephen Tashi said:
Who invented the description of the scientific method as "observation, hypothesis,experiment conclusion"?
I would start to search in ancient Greece and look up dialectic. It should be found in Plato's work (400 BC) in one way or another. At least it started there in my opinion.
 
  • #4
Stephen Tashi said:
Who invented the description of the scientific method as "observation, hypothesis,experiment conclusion"?

I'm aware that there are criticisms of this description and alternate descriptions. My question only concerns who first described the scientific method word-for-word in those terms. Was it a scientist? A philosopher? An educator? Did the description originate in Europe? In the USA? In Boston MA ?

Since this description is widely taught as authoritative (at least when I was in school), we should know the identity of the authority.

Sir Francis Bacon is surely one of the people involved with formalizing the scientific method.
 
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  • #5
Stephen Tashi said:
Since this description is widely taught as authoritative (at least when I was in school), we should know the identity of the authority.
That is not the right way to look at scientific work/processes. Science doesn't have an Authority, and even individual theories don't have authorities except when first introduced. Once the scientific community accepts and begins expanding on the work, it belongs to the scientific community. Einstein could have been considered the authority on Relativity in the early 1900s, but hasn't been for at least 70 years.

Small "a" = unofficial authority.
Big "A" = official Authority.
 
  • #6
Thales may have started the evolution of the scientific method by being the first to eschew mythology in favor of hypotheses to explain what is happening in the universe. His students Anaximander and Anaximenes expanded his teaching to including observations to support their theories. The experimental extension to scientific investigation may have started with Ibn al-Haytham documented inhis "Book of Optics" about 1021 .
 
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  • #7
I'm aware the scientific method has a long history, but my question concerns a specific "catch phrase" used to describe it.

russ_watters said:
That is not the right way to look at scientific work/processes.

My question concerns the identity of the person who originated the description "observation, hypothesis, experiment, conclusion". Perhaps that person was not an authority on anything. However, secondary education in the USA took that catch phrase seriously and, in my day, it appeared in most texts. beginning with the course on "General Science".

Is the phrase widely used in the UK? Is it (in translation) taught in continental Europe?
 
  • #8
Stephen Tashi said:
I'm aware the scientific method has a long history, but my question concerns a specific "catch phrase" used to describe it.

My question concerns the identity of the person who originated the description "observation, hypothesis, experiment, conclusion". Perhaps that person was not an authority on anything. However, secondary education in the USA took that catch phrase seriously and, in my day, it appeared in most texts. beginning with the course on "General Science".
My guess is some anonymous textbook writer from 75 years ago.

"Authority" or not, can you explain why you think this matters? I can probably only name a couple of the many dozens of textbook authors I've had for my schooling career. Most of the time, they don't matter.
 
  • #9
russ_watters said:
"Authority" or not, can you explain why you think this matters?

No justification for my own curiosity comes to mind. Why do you ask?:-p
 
  • #10
Andy Resnick said:
Sir Francis Bacon is surely one of the people involved with formalizing the scientific method.
The wiki article on the subject says Roger Bacon. And @Stephen Tashi, it does include 3/4 of that exact quote.
 
  • #11
Stephen Tashi said:
No justification for my own curiosity comes to mind. Why do you ask?:-p
Because we get similar questions about once a year, usually with the end goal of complaining about it. So if that's what you're after, I was hoping to skip the irrelevant "who wrote it" discussion and get to the main point.
 
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  • #12
Apparently the term first appeared in print between 1850 and 1855. Also interestingly the term scientist was coined in 1833 by and English philosopher and historian of science William Whewell.
 
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  • #13
russ_watters said:
The wiki article on the subject says Roger Bacon. And @Stephen Tashi, it does include 3/4 of that exact quote.

I don't see a quote from Roger Bacon in the current wikipedia article on "Scientific method". Is it in the main text? I see the description "Characterizations, Hypotheses,Predictions, Experiments" footnoted with references to sources dated 1987 and 2012.
 
  • #15
gleem said:
Apparently the term first appeared in print between 1850 and 1855.

The term "scientific method"?

Also interestingly the term scientist was coined in 1833 by and English philosopher and historian of science William Whewell.

That's a good idea. Unless the phrase "observation, hypothesis, experiment, conclusion" is a translation, it probably originated after the invention of the English terms "scientist" and "scientific method".
 
  • #16
Stephen Tashi said:
The term "scientific method

Yes
 
  • #17
Stephen Tashi said:
That's a good idea. Unless the phrase "observation, hypothesis, experiment, conclusion" is a translation, it probably originated after the invention of the English terms "scientist" and "scientific method".
It might well be an adaption of what has previously been Latin, possibly Greek. Bacon wrote in Latin! But as the catch phrase itself, it sounds more like the invention of a journalist rather than a terminology a philosopher would have coined.
 
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  • #18
Stephen Tashi said:
I don't see a quote from Roger Bacon in the current wikipedia article on "Scientific method". Is it in the main text? I see the description "Characterizations, Hypotheses,Predictions, Experiments" footnoted with references to sources dated 1987 and 2012.
Andy Resnick said:
Turns out there is a separate article for the history of the scientific method. It is an unsourced quote at the top of the Roger Bacon section:
https://en.m.wikipedia.org/wiki/History_of_scientific_method
 
  • #20
How is the scientific method taught to elementary school students in the UK or continental Europe? Is there a simialr French or German phrase that pupils learn?
 
  • #21
Stephen Tashi said:
How is the scientific method taught to elementary school students in the UK or continental Europe? Is there a simialr French or German phrase that pupils learn?
We do not emphasize scientific method or science the way it occurs on American websites. The term basically does not exist, at least not in common language. Science is the normal, so there is no need to go on a meta-level and name the normal, unless you study epistemology.

I have a hypothesis based on my own experiences why there is such a big difference between Europe and the US in this regard, but this will become political, even though based on personal observations.
 
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  • #22
Just a quick note:

Scientific Method? Run a blank!Another quick note:
Run an experiment. Change just one thing. Observe. Explain what happened.
 
  • #23
To quote the great Tom Weller:

Science as we know it today owes a great debt to a man named Francis Bacon, or perhaps Roger Bacon, or both. It is a debt seldom acknowledged, as few scholars wish to risk public embarrassment by confusing the two. Snch concern is unnecessary, since the important facts are nearly identical.

Francis (or Roger) Bacon was born sometime between 1212 and 1561. Of both humble and noble birth, he rose quickly but slowly through the ranks of the Franciscan order...He died circa 1292-1626...


You get the idea.
 
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  • #24
Vanadium 50 said:
To quote the great Tom Weller:

Science as we know it today owes a great debt to a man named Francis Bacon, or perhaps Roger Bacon, or both. It is a debt seldom acknowledged, as few scholars wish to risk public embarrassment by confusing the two. Snch concern is unnecessary, since the important facts are nearly identical.

Francis (or Roger) Bacon was born sometime between 1212 and 1561. Of both humble and noble birth, he rose quickly but slowly through the ranks of the Franciscan order...He died circa 1292-1626...


You get the idea.
Your precision is encouraging.
 
  • #27
Here's a paper that purports to pinpoint the origin in American schools:
http://edci770.pbworks.com/w/file/fetch/46119560/Rudolph2005.pdf
Specifically, from where did this stepwise view of scientific epistemology originate, and by what means did it come to be fixed in the public consciousness? In what follows, I trace the emergence of this characterization of scientific work to its source in the early twentieth-century proliferation of secondary education in the United States, and to the city of Chicago, where the members of the Central Association of Science and Mathematics Teachers (CASMT) first convened to discuss what science education should look like at the dawn of the twentieth century and, most importantly, where John Dewey developed his ideas on the place of the scientific method in education-ideas which would form the core of a new portrayal of scientific process in the schools...

This conceptual shift, I argue, was catalyzed by the publication in 1910 of John Dewey's book How We Think, which laid out the familiar steps of what became the popular view of the scientific method and contributed to the redefinition of science as an everyday problem-solving activity...

...none of his discussions of science education clearly laid out what became known as the steps of the scientific method. The work that spelled these out and that was ultimately responsible for reifyimg the five step process in the nation’s classrooms was How We Think, a short textbook for teachers that Dewey described as “an adaptation of a pragmatic logic to educational method.” The book, drawn from his experiences at the laboratory school in Chicago, was his first attempt, given the rapidly changing conditions of the schools, to help teachers “deal with pupils individually and not merely in mass.”6’ In chapter six, Dewey analyzed what he called a “complete act of thought.” Any such act, he wrote, consisted of the following five “logically distinct” steps: “(i) a felt difficulty; (ii) its location and definition; (iii) suggestion of possible solution; (iv) development by reasoning of the bearings of the suggestion; [and] (v) further observation and experiment leading to its acceptance or rejection.”
 
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  • #28
russ_watters said:
Here's a paper that purports to pinpoint the origin in American schools:
http://edci770.pbworks.com/w/file/fetch/46119560/Rudolph2005.pdf

That's an amazing paper!

Edwin Hall, of Hall effect fame, creates a curriculum (the Laboratory Method) that dominates the USA secondary school physics curriculum for a decade. Then a reaction against it, based largely on the ideas of philosopher and psychologist John Dewey leads to teaching many subjects from the viewpoint of Dewey's 5 steps for "the complete act of thought".

The science in high schools goes from an intense laboratory experience to a focus on organized thinking. That doesn't quite get us to the 4-step "observation, hypothesis, experiment, conclusion" that was drilled into students of my generation. It does explain the background for it.
 
  • #29

1. Who is credited with developing the scientific method?

The scientific method as we know it today was developed by Sir Francis Bacon, an English philosopher and scientist, in the 17th century. However, the basic principles of observation, hypothesis, experiment, and conclusion have been used by scientists for centuries before Bacon.

2. How did the concept of observation, hypothesis, experiment, and conclusion originate?

The roots of the scientific method can be traced back to Ancient Greece, where philosophers such as Aristotle and Plato emphasized the importance of using observation and reason to understand the natural world. Over time, this approach evolved into the more structured method we know today.

3. Are there any examples of scientists using the scientific method in history?

Yes, there are many examples of scientists using the scientific method throughout history. One well-known example is Galileo Galilei, who used observation, hypothesis, and experimentation to study the movement of objects and develop the laws of motion.

4. Can the scientific method be applied to any field of study?

While the scientific method is most commonly associated with natural sciences such as biology, chemistry, and physics, it can also be applied to other fields of study such as psychology, sociology, and economics. Any discipline that seeks to understand and explain the world through systematic observation and experimentation can benefit from using the scientific method.

5. Is the scientific method a linear process?

No, the scientific method is not always a linear process. While the general steps of observation, hypothesis, experiment, and conclusion are typically followed, scientists often go back and forth between these steps, revising their hypotheses and experiments as new evidence is gathered. This allows for a more dynamic and iterative approach to scientific inquiry.

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