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That in bold, simply not true. You will find graduates of a science who have significant education and experience in another science.PhDeezNutz said:“but not even scientists in one field have insights into other fields of science.”
Very true. And I don’t think I’ve heard the phrase “infotainment” before but I’m going to use it from now on.
symbolipoint said:That in bold, simply not true. You will find graduates of a science who have significant education and experience in another science.
It is true. A few counterexamples are insufficient to disprove the trend. The trench between applied mathematics and pure mathematics, or physics and mathematics is deeper than you apparently think, let alone chemistry, biology, or non-STEM fields. Some knowledge in physics does not make a mathematician someone who has insights into physics.symbolipoint said:That in bold, simply not true.
No, that's not the point. The crucial point is the word "insight" which in my opinion goes beyond general knowledge.malawi_glenn said:What counts as a "field" here? We can for sure say that physics and biology are two separate fields, but say surface physics and solid state physics have many things in common.
Much too vaguefresh_42 said:It is true. A few counterexamples are insufficient to disprove the trend. The trench between applied mathematics and pure mathematics, or physics and mathematics is deeper than you apparently think, let alone chemistry, biology, or non-STEM fields. Some knowledge in physics does not make a mathematician someone who has insights into physics.
... or what can you tell me about a von Neumann universe that cannot be found on Wikipedia?
Well, I have written a comment, not a pamphlet. It reflects my experiences and does not aim to provoke.symbolipoint said:Much too vague
Still too vague. Look at least to yourself. You have insights into other sciences than in which you earned your degree. Or is this not true? No. Almost certainly it must be true. Other than that, maybe if you 'feel' you do not have insights of other sciences, you know other people in Sciences. You can check with them about what insights they have in other sciences. Some of these people must have those other insights. Further - people who were your professors? Knew any who earned degree in one field and later a degree in a DIFFERENT field? Certainly you knew some.fresh_42 said:Well, I have written a comment, not a pamphlet. It reflects my experiences and does not aim to provoke.
Criticism first and asking second would be a suitable method to answer a pamphlet. It is, however, rude in case of a comment. See, there are a lot of fine lines to draw!
An example: A mathematician I knew well has written a book about Virasoro algebras, but it didn't make him a string theorist - although he tried!
Yes.symbolipoint said:Still too vague. Look at least to yourself. You have insights into other sciences than in which you earned your degree.
Would you mind stoppingsymbolipoint said:Or is this not true? No. Almost certainly it must be true.
symbolipoint said:Other than that, maybe if you 'feel' you do not have insights of other sciences, you know other people in Sciences. You can check with them about what insights they have in other sciences. Some of these people must have those other insights. Further - people who were your professors? Knew any who earned degree in one field and later a degree in a DIFFERENT field? Certainly you knew some.
swampwiz said:As a precocious lad (no, not in THAT sense ), I had an inquisitive & empirical mind about science, and so when I would be taking a test or doing homework in science, I had always felt that I had to give an answer in keeping with the level of abstraction that the course was about. E.G., in middle-school physical science, there was the topic of the conservation of energy, which really was about the conservation of mechanical energy presuming perfectly elastic collisions, so when I got to the test, I had to remember to "dumb myself down" and forget about the extra DOF with respect to inelastic collisions. As my teacher had the moniker "Coach", I wondered about whether he even knew about collision inelasticity.
PhDeezNutz said:I recall @bhobba making a thread about a Leonard Susskind book and he said “this is progress for science beyond its banal popularizations” (paraphrasing)
but there are a lot of odd scientistsPhDeezNutz said:“but not even scientists in one field have insights into other fields of science.”
Clifford was known as an excellent teacher, and for his essays on the philosophy of science. He also wrote a book about fairy tales for children The little people. And he was a philosopher, and he seems to have been quite quarrelsome in his short life.wrobel said:but there are a lot of odd scientists
who had: Kolmogorov started from philology ; Nash and Kantorovich obtained Nobel for economics
Giving them the Covid vaccine is an even better way!malawi_glenn said:Much of fundamental science research is funded by tax payers. Pop sci is one way to give back / inform them what their money goes to
How can that possibly be the case? The words of Einstein cannot be taken as gospel. If it's nonsense it's nonsense, no matter who says it!Wes Tausend said:Interesting article, thanks. Considering Pop Science, it makes one, again ponder a quote attributed to Einstein.
“If you can't explain it to a six-year-old, you don't understand it yourself.” ― Albert Einstein
--wes
Those "quotations" tend to become autonomous especially if they are not equipped with a clear reference.PeroK said:How can that possibly be the case? The words of Einstein cannot be taken as gospel. If it's nonsense it's nonsense, no matter who says it!
PhDeezNutz said:I don’t know if this is the thread for it so apologies if this post is misplaced and delete it if so.
I believe there are different classes of popularizers
1) those who are active in science research and want to reach people and slowly push them in the direction of actual science
2) those who are completely ego driven and do nothing to push people in the direction of studying actual science. But rather feed their ego about understanding the most trivial facts.
I believe the most egregious example of the latter is Neil DeGrasse Tyson.
In the clip referenced he says that dead bodies feel cold because they are no longer giving off heat as a byproduct of energy breakdown.
While this sounds fascinating it’s essentially equivalent to
“Touching a car engine that’s on will burn you while touching a car engine that’s been off for awhile won’t”
How does this reveal anything new or get viewers to study deeper intricacies (such as the virial theorem)?
It does nothing but enable NDGT to stroke his ego by revealing middle school facts.
Tyson recently advertised an online show in which he stated he will ( paraphrase) teach people to think. Thanks, Neil, how would I manage without you.WWGD said:De Grass is not Greener when Neil explains the afterlife
;).
WWGD said:Tyson recently advertised an online show in which he stated he will ( paraphrase) teach people to think. Thanks, Neil, how would I manage without you.
Professional science communication typically involves conveying complex scientific concepts to an audience that may have a background in science, often using technical language and detailed explanations. In contrast, popular science communication aims to make scientific ideas accessible to a broader audience, using simpler language, relatable examples, and engaging storytelling to capture interest and enhance understanding.
Scientists use popular science to reach a wider audience and to engage the public with their research. By translating complex ideas into more digestible formats, they can foster greater public understanding of science, encourage interest in scientific topics, and promote informed decision-making on issues related to science and technology.
One of the main challenges is the risk of oversimplification, which can lead to misunderstandings or misrepresentations of scientific concepts. Additionally, scientists may struggle with balancing accuracy and accessibility, ensuring that their message is both correct and engaging. There is also the challenge of addressing public skepticism and misinformation about science.
Scientists can improve their skills in popular science communication by participating in workshops, attending public speaking courses, and seeking feedback from non-experts. Engaging with the public through social media, writing articles for popular science magazines, or giving talks at community events can also help them hone their ability to convey complex ideas in a relatable manner.
Popular science communication plays a crucial role in enhancing public understanding of scientific issues, fostering curiosity, and encouraging critical thinking. It can help bridge the gap between scientists and the general public, leading to increased support for scientific research and informed public policies. Moreover, it can inspire the next generation of scientists and promote a culture that values science and innovation.