I think this demonstrates a fundamental disconnect in worldviews - which is way wandering from the original topic, but is very interesting.
You should try reading The First Three Minutes. After the Big Bang, right after, the temperature of the universe was so high that it was all energy. As the universe expanded, and cooled, matter could form. The details are way beyond my feeble understanding of physics, but matter is not slowly moving energy.
What have I dismissed outright? I only said that I provisionally don’t believe in things absent evidence. I’m sure you don’t immediately believe in everything anyone tells you. I have a nice collection of books about UFOs and strange events and psychic phenomena. When I was a teenager I really wanted to believe in all this stuff. The evidence isn’t there.
That is another misunderstanding. Science depends on what people do, not on who does it. That Newton believed in all sorts of weird things matters not at all - the proofs in Principia still work. (I haven’t read it - hanging my head in shame.) F=ma no matter who says it. You are not a creationist, but the creationist have this myth that Darwin recanted evolution on his death bed. They don’t seem to understand that, even if this were true, evolution still happens.
Plus, I assure you I know there is tons of stuff I don’t know. Having a Ph.D means you know more and more about less and less. I am a generalist in my field, but there is a lot of stuff I know nothing about, not to mention other fields in which I know even less. I wrote a column about this very subject, and got asked to expand on it.
Next, science does not work on proof. We can get evidence of something, and try to falsify it and fail, but that just gives us greater confidence. Nothing in physics was surer than Newton’s laws, but when they were demonstrated to be incomplete almost everyone accepted that, and in quite short order. And no one claims that not proving something true means it is false. If, however, all attempts to show it fail, then we can assume it false, provisionally, until some better evidence comes along.
if you or anyone else can repeatably show that crystals do neat magical stuff, we’ll all accept it.
I assure you MIT doesn’t work the way shown in that movie. (Those guys were Harvies, so what do you expect.
). And crystals do vibrate. The vibration is where you get clock pulses from. There is no evidence that the vibrations do anything for our breathing or health. And you have another misconception. If you assert something, it is up to you to demonstrate it. You don’t get to make random assertions and tell other people that they are true until disproven.
So, how are the reasons for the homeopaths beliefs any different from yours? They say the medicine leaves vibration patterns in the water. It is the process of belief that is at issue, not the actual belief. And pseudo-science is not science because it doesn’t follow the process of science. If you think they are similar because the word science is in both names, you don’t get it. This is not to say that all scientists are perfect. The process of publishing and peer review and reproducibility exist to correct the inevitable errors that creep in due to human fallibility.
That’s bizarre. Can you give some examples? Maybe you mean like questioning at a politician’s press conference, where there is an evasive answer to all.
Here’s how science works, in a nutshell. After experimenting, reading, dreaming, taking a shower, or whatever, you have an idea. You try to formulate this idea into a hypothesis. Often, after reading some more stuff, or thinking more deeply, you abandon it. If it survives this far, you write it down and devise experiments which must be able to prove it wrong. You do the experiments. If they don’t pan out, then back to the drawing board. If they do pan out, you try to find flaws in them and analyze them for accidental positive results. (That is what statistics are all about.) You keep on running them until you are fairly confident you have something. Then you write it up and send it to a journal. The reviewers may find stuff you missed, or a better explanation for what you observed, and reject the paper. You can try to meet the comments, or agree that they’re right and drop it. If the paper gets published, and it is significant, others will try to reproduce your work. If they cannot, they might find why your results were erroneous. At this point it gets embarrassing. Even if it holds up, somewhere down the road someone will find a better explanation. But in that case they are building on your work.
At every step of the way are chances to show that you are wrong, and a good scientist gives up the ideas if the data is against it. I’ve had good ideas, that some people were excited about, falsified by experiments I’ve conducted - experiments that were designed to allow me to falsify the hypothesis. The most pitiful thing in science is someone holding on to an idea out of pride.
Religion doesn’t work that way (or most religion.) Mystics don’t work that way. Astrologers don’t work that way. That’s why we’re no closer to showing astrology to be true today than we were 300 years ago, but there are still plenty of astrologers.
So, what experiments could you do to give evidence that crystals either do or do not have the properties you claim for them? I already gave you the razor in the pyramid experiment for free.