Sphexishness in Perpetual Motionists?

I'm indebted to Murilo, a regular on the besslerwheel forum, for the following link to an article about'sphexishness'.

http://www.latimes.com/news/opinion/commentary/la-oe-goldman-sphex-20110515,0,7387307.story

It got me thinking. If, in response to a familar trigger situation, we follow an internal rule or command, maybe ignoring alternative paths to follow, is this an example of 'sphexishness', if it is then I would argue that we are all, to a small degree, infected with this same set of internal rules.

From the above link, briefly, "scientists have coined a word for a certain type of behaviour named "sphexishness", after the female digger wasp, the 'sphex'. She will sting and paralyze a cricket, stash it in a hole in a tree and lay her eggs on it. When the eggs hatch, the baby wasps have fresh cricket to eat. But sphex also has an internal rule. When she brings a cricket to the opening of the hole, she always goes inside for a look around before she drags it in. If the cricket is moved a few inches away while the sphex is in the hole, she will repeat the process, bringing the cricket back to the opening and going inside for a look. As often as the cricket is moved, the wasp will repeat the behavior. Her internal rule calls for her to look in the hole before she drags the cricket inside, and that is what she will do, ad infinitum, every time the cricket is moved."

It's fun to observe sphexishness in animals. I used to have a labrador dog and it amused me that she always turned around a couple of times before settling in her basket. I was told that this was an instinctive action inherited from her forebears, related to trampling down grass to make a bed. This was an internal rule unconnected with her present circumstances but impossible for her to ignore. Even when she grew old and arthritic and barely able to walk she still managed a turn or two before collapsing into her basket. Instinctive behaviour - or inherited? What's the difference?

"The trick, of course, is to be able to recognize it in ourselves. What behaviors do we humans senselessly repeat over and over because of some unquestioned internal rule? What entirely avoidable loop of stupidity are we stuck in?"

True, we seekers of new ways of producing energy do try to envisage new approaches to the problem at each step along the path to the solution, and yet how many of us, on our individual paths, make assumptions commanded thus by some unquestioned internal rule. This rule could be based on some learned behaviour or 'fact' instilled in us from our earliest experiences - or an inherited instinct. But it's not necessarily one rule, whatever that may be, it's the trait of sphexishmess which lies behind our thought processes. To paraphrase a question from the article, What behaviors do we perpetual motionists repeat over and over because of some unquestioned internal rule? What entirely avoidable loop of stupidity are we stuck in?

We have been told that the secret of Bessler's wheel was simple, right? Right! And we know in our hearts that we cannot realistically expect to discover a new unknown law of physics which will allow Bessler's wheel to operate - well I don't anyway! And lastly we, at least, know that Bessler's wheel did actually work. So if we haven't discovered the secret of such a simple device which complies with the physical laws as we understand them - we must be being steered by sphexishness and being guided (misguided?) by some internal rule. We often use phrases such as, "think outside the box", apply lateral thinking", but these concepts still don't allow us to recognise and ignore certain rules inherent within our makeup. How do we circumvent these cast iron cognitive processes?

I think we have to take each step as if we were ignorant of the outcome of every possible configuration of mechanical parts. We must not assume anything, so all bets are off - the situation has drastically changed. Any guarantees, implications, or assumptions regarding its outcome no longer apply.(Thanks to http://www.urbandictionary.com/)

Then maybe we will find what Bessler found. In the mean time I continue to struggle to find the time to complete my own version of Bessler's wheel. If I'm right then the other method described in this blog, (also known as trial and error) will not be necessary as I think that Bessler did leave enough information behind him to build his wheel. But it's not so easy as just copying what you see in his drawings, but the clues are there.

JC

Wheel update - cylindrical weights for me!

Yesterday was my granddaughter Amy's eighteenth birthday so there was no wheeling done then, and on Monday we are holding a big get together for the whole extended family so I shall have to hide my work from prying eyes! There are some members of my family (not many!) who think I might be on to something and they always come to see how I'm progressing. But on Monday they'll be nothing for them to see.

The weights I've used for the last few years are not suitable for the current construction so I've bought some new fishing weights, made from non-toxic lead. They are ideal as they are round discs.

The problem has been that the former weights were cut from a length of solid steel squared rod, so were rectangular in shape. I drilled a hole through the middle of each one, but slightly off-set and this has worked fine until now! The part of the mechanism to which they attach needs to be able to move freely, but the weights always try to hang downwards which is fine for some positions.In the current design, during rotation the weights continue to try to hang downwards and this causes them to interfere with the mechanism. I can't fix the weights without fixing the mechanism. The answer is simple. I need to use round or cylindrical weights, that can turn without affecting the mechanisms and remain balanced. Cylindrical weights! Sounds familiar.

I know I could use heavy flat washers but they too have problems. The only ones I can find have holes in the middle which are too large. But fisherman's weights are perfect. I only had to drill a hole in the middle to attach them and they are really heavy.

I am using ten weights and I can imagine that with the Kassel wheel containing two systems, one the reverse of the other, Bessler would have used twenty weights, and at 4 pounds a weight that comes to 80 pounds plus of course the weight of the wooden wheel.  This is just my opinion and not to be taken as factual, although I'm convinced!

JC

"The clues are there." as David Frost used to say.

Some readers are getting impatient for results but unfortunately other aspects of life have a way interfering with our best intentions. I continue to work on finishing the wheel as and when I can but as I've said before, I sometimes get a few minutes and that is all. My mother-in-law was in hospital but is now in a respite home for a few weeks. We visit her daily for a hour or so, but it is a 40 minute drive each way and we therefore lose a big chunk of each afternoon from our free time. So - time is tight..

What I can say is that the clues continue to support my view that I am on the right track and I will repeat that the best place for getting confirmatory information is the 'Toys' page - MT.138-139-140-141. The problem with this page is that unless you have already arrived at the right design, the page is almost meaningless. What the drawings on that page do, is help to refine the final design. That is what I'm engaged in when I can get the time.

Every drawing on that page supplies information, but they do not represent actual physical designs. As an example I can point out the slightly longer uprights on 'D' compared with 'C' - this is important information and without it would cause a problem which is only discernable if the right design is in front of you. Having said, that I worked out the solution to the problem when I saw it but it was good to have the confirmation that it was why Bessler had drawn the figures in that way and it was deliberate and not an incidental variation.

 

JC

Bessler's wheel worked by simple mechanics - no fancy physics required.

Now that I know how Bessler's wheel worked it has become a source of some concern to me to see so many people trying promote their own theories about how it worked. There are as many pet theories out there as there are people, I think, and each is as certain as I am that we are right.

Most people agree that it cannot violate any known laws of physics, therefore we must have erred in some way or perhaps be missing some crucial detail about the way gravity works. Perhaps, others have speculated, we need to involve a second natural force such as CF, or ambient temperature variation or some other such extra piece of energy to help our wheel complete just one rotation. In fact it could not be more simple. There is indeed no need to call for some new kind of physical law or even a new interpretation of the existing laws, because Bessler's wheel worked quite readily, getting its energy from the force of gravity (via falling weights Trevor ;-)) with nothing more than the same understanding that we have all been taught. Karl understood that and that is why he was surprised that no one had discovered the solution before.

I know that we have all touched upon the solution and have moved onwards without considering how we might overcome any obstacles that appear to be insurmountable, and that in my opinion, is why Bessler succeed.  Having ruled out all other possibilities he returned to basics.

JC