• Quick note - the problem with Youtube videos not embedding on the forum appears to have been fixed, thanks to ZiprHead. If you do still see problems let me know.

CONNIE SONNE, Dowser

Would you find it worthwhile testing them??!
You should know that my answer is a qualified "no".
The claims are not plausible so we normally shouldn't waste time and effort testing them (as opposed to using this time and effort to test claims that are plausible) but, if people were being harmed by their belief in Connie's claimed abilities, then maybe a case could be made to test these abilities.
I doubt Connie would be coming to the table though.
 
I'm all for testing Sylvia Browne, James van Praagh, Uri Geller, Sai Baba, the pope etc.
Although testing may not actually be the right word in this context ...
 
We behave as though we do. After all, we walk around as though we're sure about gravity.
Speak for yourself. I, for one, believe that to date there is a lack of a plausible explanation and a lack of evidence that gravity will cease to have a constant effect on my person.
 
I'm all for testing Sylvia Browne, James van Praagh, Uri Geller, Sai Baba, the pope etc.
Although testing may not actually be the right word in this context ...

Exactly. That's why it's called the Million Dollar Challenge rather than the Million Dollar Test.
 
I'm all for testing Sylvia Browne, James van Praagh, Uri Geller, Sai Baba, the pope etc.
Although testing may not actually be the right word in this context ...
Hmmm.
Sai Baba, who materialises vibuti and rings.
Good candidate.
Lots of fanatics in his ashram, though.
How would we winkle him out?
 
(This is one of those posts that inexplicably disappear into the ether when posted. I have reconstructed it as best as I remember in the short time remaining. I hope it still makes sense)

If a thing exists, but no evidence has yet been presented to our notice about this thing (quantum fluctuations a few hundred years ago, for example), then how do we know about this thing? We have no reason to consider it as existing.
But yet it does, and we would have been wrong to dismiss the possibility that "things can come out of nowhere and disappear without trace". We would have been wrong to say absolutely that "there is no X". I take your point about the difference between the general and the particular, but that general statement was just as true when it was dismissed as absurd nonsense.

Think about the 200+ traditional Chinese medicines which may have been used for the treatment of malaria. When subject to a scientific evaluation, one of them was effective against malaria and the rest were not. Yet that one was not distinguished from the others, and could have easily escaped inclusion. The tool of informal, uncontrolled observation is useless for letting us know whether something exists, from both directions. Not only does it fail to recognize the non-existence of the thing, but it fails to discover existence when it is present. It discovers things that don't exist and it fails to discover things that do exist.
I take your point (to an extent). But, isn't it sometimes true that "informal uncontrolled observation" is how the whole process gets started. If the observation doesn't hold up under controlled conditions, we move on.

Our certainty doesn't stem from the specifics of one particular test, rather our certainty stems from the history of science whereby we have discovered the conditions under which we are going to be wrong. What this challenge showed us is that Connie's claims were formed under those conditions.
Okay, I'm getting an understanding of what you're saying and its hard to fault. But it's just the total certainty of "there is no X" that bothers me. How confident we can be about what we know.

By saying that that isn't good enough, that we need to prove each of her claims to be wrong under all conditions in order to say that the thing doesn't exist, is to suggest that we change our approach. Rather than forming ideas on the basis of careful observation and evidence, we form ideas in their absence and then use careful observation and evidence to exclude those which are false.
You are talking about how science moves forward and makes progress as opposed to how it stagnates. And I agree. I am absolutely appalled at the waste in human time and effort that has been expended on homoeopathy for example. So, I'm not suggesting we do that. I'm happy to leave those ideas that have no plausibility. But I'm happy to just leave those ideas. I'm not obsessed about pronouncing them dead. There's no plausibility, there's no evidence, so let's just move on.

Where do you get the idea that this hypothesis cannot be proven? Any hypothesis can be designated the null or the non-null.
Maybe I'm wrong here, but I thought the idea was to frame what you believe to be the case as the null hypothesis. In Connie's case, because of the present lack of plausibility and evidence about paranormal abilities, we believe that "Connie does not have paranormal abilities". That is, therefore, the null hypothesis. And the null hypothesis is what we try to prove wrong (I mean if we think it worth our while to bother).

But in this case, I think the null hypothesis is really "Connie's claims are based on the usual methods that lead to false claims".
Maybe, but I'm not sure it makes a lot of difference.

Do you think that she came by those claims through careful, controlled testing, then?
No. That's what the test was designed to do.

BillyJoe
 
But yet it does, and we would have been wrong to dismiss the possibility that "things can come out of nowhere and disappear without trace". We would have been wrong to say absolutely that "there is no X".

You know that this is very hypothetical since nobody predicted any such thing as quantum fluctuations. They did not even claim the existence of ultrasound, ultraviolet or X-rays until they were discovered. However, they may have claimed, for instance, the ability to 'look through things', and I would not be surprised if somebody claiming this 'power' would have felt confirmed by the first reports about X-rays.
I hope that you are also aware that a claim that "things can come out of nowhere and disappear without trace" has absolutely nothing to do with a scientific hypothesis (just like Popper's "All swans are white!").
Only by far-fetched analogy is it possible to claim any connection - and far-fetched analogy is what e.g. Nostradamus fans base their superstition on.
 
Last edited:
dann,

What I'm saying here is that, before quantum fluctuations, the very idea that something, anything, could just come out of nowhere and then disappear without trace would have been regarded as absolute nonsense. Yet, here we are, quantum fluctuations have disproven an idea that we were absolutely sure of.

Science is not truth, but a search for truth, a process that doesn't look like ending any time soon. A bit of humility is required, I think, in the face of our lack of total knowledge.

BJ
 
dann,

What I'm saying here is that, before quantum fluctuations, the very idea that something, anything, could just come out of nowhere and then disappear without trace would have been regarded as absolute nonsense. Yet, here we are, quantum fluctuations have disproven an idea that we were absolutely sure of.

Science is not truth, but a search for truth, a process that doesn't look like ending any time soon. A bit of humility is required, I think, in the face of our lack of total knowledge.

BJ

You seem to think that we need more humility and less chasing after unicorns. I disagree. The fact that science did in fact discover quantum fluctuations shows that there is humility. The fact that billions of dollars are spent on quack medical beliefs shows that there is far too much time devoted to chasing unicorns. Ever watch MonsterQuest?

Recorded history is littered with ridiculous notions, myths, and a lack of the scientific method. This has hampered science far more than any supposed arrogance. Every society on this planet would be better served by saying "Connie has no paranormal ability" than by qualifying the statement with needless humility.
 
UY,

I have already expressed my opinion about "chasing unicorns" as you put it.

Post #626 was the most recent.
You are talking about how science moves forward and makes progress as opposed to how it stagnates. And I agree. I am absolutely appalled at the waste in human time and effort that has been expended on homoeopathy for example. So, I'm not suggesting we do that. I'm happy to leave those ideas that have no plausibility. But I'm happy to just leave those ideas. I'm not obsessed about pronouncing them dead. There's no plausibility, there's no evidence, so let's just move on.
BJ
 
BJ, I have to confess that I really don't know exactly what you are trying to say. I fully concede that it may be on my end. Let me ask you this: If somebody asks you if Connie has paranormal abilities, how do you respond?
 
What I'm saying here is that, before quantum fluctuations, the very idea that something, anything, could just come out of nowhere and then disappear without trace would have been regarded as absolute nonsense. Yet, here we are, quantum fluctuations have disproven an idea that we were absolutely sure of.

"Nothing will come from nothing... you know what they say. Cheer up, ya ol' bugger! C'mon, give us a grin."
www.youtube.com/watch?v=lWBbf2B9ELU&feature=fvst
www.henrikdahlgaard.dk/monty.htm

Science is not truth, but a search for truth, a process that doesn't look like ending any time soon. A bit of humility is required, I think, in the face of our lack of total knowledge.

If science is not truth, how come you seem to accept quantum fluctuations as a correction of "the very idea that something, anything, could just come out of nowhere and then disappear without trace"? If it isn't true, it cannot be accepted as a correction of anything.
Humility is adverse to science! Anything should be open to research. Humility belongs in religion where the unworthy earthworms have to grovel before their omniscient, omnipotent creator. Who cares about "our lack of total knowledge"? You don't need total knowledge in order to learn new knowledge. (The lack of total knowledge is actually a prerequisite for learning new stuff.)
Sorry, but your argument is total nonsense.
 
BJ, I have to confess that I really don't know exactly what you are trying to say. I fully concede that it may be on my end. Let me ask you this: If somebody asks you if Connie has paranormal abilities, how do you respond?

There is no evidence that Connie has paranormal abilities.
In fact, there is no evidence that paranormal abilities exist.
 
"Nothing will come from nothing... you know what they say. Cheer up, ya ol' bugger! C'mon, give us a grin."
www.youtube.com/watch?v=lWBbf2B9ELU&feature=fvst
www.henrikdahlgaard.dk/monty.htm
:)

My wife knows that movie by heart.
It's one of my favourite as well.

If science is not truth, how come you seem to accept quantum fluctuations as a correction of "the very idea that something, anything, could just come out of nowhere and then disappear without trace"? If it isn't true, it cannot be accepted as a correction of anything.
Okay, if you didn't understand that, substitute "the whole truth".
But I thought my meaning would be clear.
Seeing as you mentioned religion below, religion pretends to be the truth (the whole truth). I was distinguishing science from religion. Religion has the truth all sealed up and delivered. Science seeks after the truth.

Humility is adverse to science! Anything should be open to research.
Well, of course, I said "humility in the face of our lack of complete knowledge". The humility to recognise that there is still plenty to research. That we could be wrong in what we think we know.

Who cares about "our lack of total knowledge"? You don't need total knowledge in order to learn new knowledge. (The lack of total knowledge is actually a prerequisite for learning new stuff.)
Sorry, but your argument is total nonsense.
I can't even see how this is an argument against what I said, so...um...back to you. ;)

BJ
 
Well, dann, I can't be held responsible for your misinterpretations of what I've said.
I think I've made my position clear enough.
 
But yet it does, and we would have been wrong to dismiss the possibility that "things can come out of nowhere and disappear without trace". We would have been wrong to say absolutely that "there is no X". I take your point about the difference between the general and the particular, but that general statement was just as true when it was dismissed as absurd nonsense.

So you are saying that a statement made about a specific claim should be held to be a statement about all possible claims that even vaguely sound similar? This is a straw man.

I take your point (to an extent). But, isn't it sometimes true that "informal uncontrolled observation" is how the whole process gets started. If the observation doesn't hold up under controlled conditions, we move on.

Sure, informal uncontrolled observation can serve as a starting point. It simply has abysmal specificity, and I think that it's okay to make reference to that.

Okay, I'm getting an understanding of what you're saying and its hard to fault. But it's just the total certainty of "there is no X" that bothers me. How confident we can be about what we know.

You tell me. How confident are you about the following (presence or absence):

four humours
aether
dark energy
gravity
general relativity
string theory
evolution through natural selection

Confident enough to state "X exists" or "X doesn't exist"?

You are talking about how science moves forward and makes progress as opposed to how it stagnates. And I agree. I am absolutely appalled at the waste in human time and effort that has been expended on homoeopathy for example. So, I'm not suggesting we do that. I'm happy to leave those ideas that have no plausibility. But I'm happy to just leave those ideas. I'm not obsessed about pronouncing them dead. There's no plausibility, there's no evidence, so let's just move on.

So you're willing to state that it's dead, just not in those exact words? Isn't this just about your own personal preference, rather than any difference in meaning?

Maybe I'm wrong here, but I thought the idea was to frame what you believe to be the case as the null hypothesis.

It depends upon whether you are trying to rule-in (a significant result rules it in) or rule-out (a significant result rules it out) the idea. In the first case, your null hypothesis is the opposite of what you are trying to rule-in. In the second case, your null hypothesis is the same as what you are trying to rule-out.

The Challenge is an example of ruling-in. A positive result effectively means that Connie has paranormal abilities, so your null hypothesis is that Connie doesn't have paranormal abilities.

An example of when you want to rule-out an idea would be ruling-out the presence of bias in the ganzfeld data or non-inferiority drug trials. The null hypothesis is that bias is present in the ganzfeld data or that one drug is not inferior to another. (Note, ruling-out studies are often erroneously performed or analyzed as ruling-in studies).

In Connie's case, because of the present lack of plausibility and evidence about paranormal abilities, we believe that "Connie does not have paranormal abilities". That is, therefore, the null hypothesis. And the null hypothesis is what we try to prove wrong (I mean if we think it worth our while to bother).

Technically, null hypotheses should be formed independently of prior probability. Rather they should reflect your goal (are you trying to be confident in a positive result or in a negative result).

Maybe, but I'm not sure it makes a lot of difference.

I see it as making a lot of difference.

No. That's what the test was designed to do.

BillyJoe

Then why can't it be considered a test of how she arrived at her claims?

Linda
 

Back
Top Bottom