@maxdancona,
maxdancona wrote:
1. The only way to become an expert is to study. This doesn't mean "asking questions".
"Asking questions" doesn't have to be out-loud or interactive with other people. When you read a book, you are 'asking' the author about what you are reading about. When you attend and listen to a lecture, you are 'asking' the speaker to provide information; and you should be considering what you're hearing critically while listening so that you can follow up with questions and/or further research. Passive learning is not learning.
Quote:Studying means going to lectures where the present experts tell you what you need to know. Studying means learning the background topics the experts know are important. Studying means being taught to do the experiments, solve the problems.
You're assuming passive-reception and unquestioning following of authoritarian guidance in all of this. That doesn't result in knowledge and understanding; it results in dogma and mindless conformity.
Quote:Science has advanced over thousands of years of human knowledge. You can't advance science until you do the work to bring yourself to the current level of knowledge.
Memorizing Newton's laws of motion doesn't cause you to understand them. You have to think critically about how they apply (and not) to truly understand/master them. Memorizing and reciting dogma isn't the same as knowing/understanding.
Quote:2. If you haven't done the work (i.e. received a university degree or done the equivalent work) then you have no choice but to rely on the people who have. People who have done the work to become experts have the knowledge. People who haven't don't have the tools required to form a factually valid understanding.
Universities, other schools, and degrees are just formalized methods for conferring and processing information to build knowledge and understanding. The same information can be conferred and processed by other means, hence the emergence of online education, for example. Public libraries are an older alternative to structured classwork. It all comes down to how you interact with information, and what results you get from your brain in the process.
Quote:3. The problem is that non-experts know simple principles without understanding the real science. This leads to misunderstandings... and sometimes persistent misunderstandings.
It can indeed, but so can dogmatic learning that occurs with people who follow official programs of academic study and graduate with degrees, gain employment/status, and recite memorized dogma to others without really understanding it or only understanding it in some ways but not others that may also be applicable.
Quote:This happens all of the time... someone who has read a law (say Boyle's law) will come up with an idea. They will tell it to a scientist who will chuckle and say "sorry, but it doesn't work that way".
Of course. That is a moment of hypothesis testing. The person interprets what they have read and attempts to apply it by deducing an application. They then test their application by consulting an expert.
Imagine the problems it causes when the 'expert' doesn't understand the law deeply enough to grasp the questioner's thought process enough to help clarify and help the person progress in their understanding. Critical/questioning has to occur in both directions of communication for experts to effectively help students gain enlightenment.
Quote:The "student" will protest... but the law says that the volume will double. The scientist will try to explain why they either misunderstood the law, or that it doesn't apply. The "student" will stomp off and declare that scientists don't know anything.
And when that happens, the critical/questioning learning interaction momentarily fails.
Quote:Of course the scientist is right, they have actually done the work and actually know what they are talking about.
You can't assume 'of course' they are right. It is possible they are not right. It is possible for 'experts' to make mistakes and have inadequate grasp of knowledge, even if they have adequate understandings in other ways. Learning/progress is a lifelong process.
Quote:If this scientist were explaining it to a serious student, he would go to a whiteboard, draw out the differential equation and offer mathematical proof as well as instruction on the correct way to derive the proper function. A serious student will have the mathematical background to check that the function works.
Maybe that would work or maybe the math would just lull the student into accepting whatever is being claimed dogmatically instead of really understanding it.
E.g. you teach Newton's laws, then you teach F=MA and give some examples. If the student realizes they can do the math, they might assume they have mastered the concept and then later still fail to understand how equal and opposite reactions involve force-interactions and energy-transfers; i.e. they might still fail to understand how the knowledge applies to reality.
Quote:Of course, with someone who doesn't have the background... all the scientist can do is try to explain a simplified version which the unprepared student will be unable to to check because they don't have the tools.
You can try to explain anything you know/understand to anyone. Their response will determine whether they are capable/willing to work with the information critically to the point of fully understanding. If they lose patience, they may give up and start again later . . . or never.
Quote:4. I am not a biologist. I kind of understand how vaccination works because I read wikipedia. I have zero real experience... I have never studied epidemiology or looked a viruses in a microscope or seriously read paper in biology.
It doesn't matter. If you keep interacting with the knowledge/claims critically and finding answers to your questions, your knowledge/understanding would continue to deepen.
You might now understand that immunization involves having antibodies for pathogens. Then you ask how antibodies are produced, how they help the immune system fight the pathogens, and then you take whatever new information you get, synthesize it, and keep asking further questions to clarify further.
Quote:In fields where I have no expertise, I have no choice but to trust what the experts say. And, I get the vaccinations they recommend.
And what if the experts haven't fully explored the consequences of the vaccinations you get? You mentioned scientific questioning of GM food-modification, but somehow you see vaccination as something completely different from other forms of genetic-modification.
You complained about inconsistency in accepting some science and rejecting other science, but isn't it inconsistent to critically question and even reject GM foods while uncritically accepting vaccination? Or will you return to your previous view that facts should be taken independently of each other?