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Originally posted by downisreallyup
reply to post by Doglord
Sorry, but for every example you give of accidental discovery, I can cite at least, perhaps more examples of men who did dream and were looking for something particular. The fact is, John Goodyear WAS indeed looking for a way to keep rubber from melting, and he accidentally dropped a piece of rubber into the fire and discovered vulcanization.
Perhaps simple lab workers don't dream, but the great scientists/inventors, the ones who did dream and search for answers to their dreams, they are the ones who moved science forward in huge ways. Do you think that most scientists have no passions for a PARTICULAR science? Do you REALLY believe that a man who discovers a new star was not intentionally looking up towards the heavens, dreaming of finding something new? Sure, maybe he was looking for a planet and found a star, but the point is, he didn't discover a new virus because he was following his dream of being an astronomer, not a biologist. And, do you think that the inventors of electronic devices were not dreaming of discovering SOME kind of electronic device? They were not dreaming of discovering a new biological species, that's for sure. Accidentally discovering something by accident does not invalidate the original intent, and I argue that the original intent is fueled by something deeper than observation... it is fueled by a DESIRE TO SEE!
What you are failing to take into account is the component of science that is known as "inspiration", something that many of the greatest scientists talk about. Einstein dreamed of figuring out how the universe works, Edward Jenner dreamed of finding a cure to Small Pox, and I'm many early geneticists dreamed of being the one who deciphered the human genome.
Try as you may, you will NEVER succeed in neutering science, robbing it of it's soul and relegating it to the mechanical exercises of mere technical automatons. Sure, there are lab technicians, but they do not, in any stretch of the imagination, represent the kind of heart that drives the soul of science.
Originally posted by ATS23
Originally posted by Hastobemoretolife
reply to post by Majic
What is confusing about it? Take away water you have no hydroelectric dam. Add water you have a hydroelectric dam. Gravity plays a part as it does on everything on earth, but gravity is not the reason why hydroelectric dams work.
So to clarify gravity has its effect on everything on earth, even water, but gravity is not why hydroelectric dams work.
Uh not quite.
Take away the gravity and the water will not flow down to the turbines
Can't have a hydroelectric dam without both
Originally posted by gareth01422
See the thing is here in the UK, inventors come up with great ideas and try patent it, they draw the process out for 2 years and by the time they come to grant the pattent it has allready been copied for the big oil companys patent on the sly and then shelved. Ive seen this happen twice.
Originally posted by dereks
Originally posted by gareth01422
See the thing is here in the UK, inventors come up with great ideas and try patent it, they draw the process out for 2 years and by the time they come to grant the pattent it has allready been copied for the big oil companys patent on the sly and then shelved. Ive seen this happen twice.
Care to name those 2 patent numbers that happened to?
No, I did not think so!
Originally posted by gareth01422
and the whitworth thread.
Originally posted by downisreallyup
reply to post by Hastobemoretolife
My goodness, this is such an inane conversation about hydro-electric dams. The original statement about this seemed to make assertions about what the source of the energy is in dams, and I rightly pointed out the true original source is the sun.
Let's talk like scientists or other highly-educated people, shall we? We all know that in any chain-reaction, there is a FIRST ORDER cause, and then there are 2nd order, 3rd order, 4th order, etc. When you look at a line of dominoes, you can see each one hitting the next one, and if you ask what knocked over the last one, you can say the previous one, but if you ask "what was the main cause of the dominoes falling?" it is certainly the finger that pushed the first one!
Why go on and on about where the energy comes from in hydro-electric dams? Both evaporation and wind are caused by the sun, and these are what lift the water droplets UP to overcome the gravity keeping them DOWN. Once they are lifted up, they are then converted to work as gravity releases the stored kinetic energy inherent in each droplet.
Imagine an apparatus with a bucket of water on the ground and a trough 10 feet in the air. There is a hose going from the bucket on the ground to the trough in the air, with an electric pump connected. Now, nine feet in the air is a water wheel with a generator attached. To make this contraption work, where do you have to apply energy? At the pump, of course. As you apply energy at the pump, it will raise the water to the upper trough, the water will run out, fall against the water wheel, turn the wheel/generator, and electricity will be generated. Along the way there is various amounts of loss due inefficiencies in the system. This is essentially hydro-electric generation, and the SUN is the pump.
Originally posted by DGFenrir
reply to post by gareth01422
You made the calim, you provide the numbers.
Making up lies isn't rocket-science.
Originally posted by downisreallyup
reply to post by dereks
dereks, please stop being ignorant... ATS is for people to practice behaviors that deny ignorance, so instead of telling us silly notions, why don't you prove that you know something besides high school science, and then come back and let's have a real conversation. Also, when you make assumptions in every statement you write it makes it hard to actually have a meaningful debate with you, so please try to limit your comments to what is truly known.
For example, you say that removing the battery will cause the thing to stop.... well if you break the circuitry, of course it will stop. And until you or I know for 100% certain why a battery was used instead of a capacitor, it is pure conjecture, so why don't you just admit that you DON'T HAVE AN OPEN MIND, and that any conversation with you is like trying to convince the Pope that Jesus didn't exist.
[edit on 15-12-2009 by downisreallyup]
1. Observe some aspect of the universe.
2. Invent a tentative description, called a hypothesis, that is consistent with what you have observed.
3. Use the hypothesis to make predictions.
4. Test those predictions by experiments or further observations and modify the hypothesis in the light of your results.
5. Repeat steps 3 and 4 until there are no discrepancies between theory and experiment and/or observation.
1. Observation and description of a phenomenon or group of phenomena.
2. Formulation of an hypothesis to explain the phenomena. In physics, the hypothesis often takes the form of a causal mechanism or a mathematical relation.
3. Use of the hypothesis to predict the existence of other phenomena, or to predict quantitatively the results of new observations.
4. Performance of experimental tests of the predictions by several independent experimenters and properly performed experiments.
Originally posted by downisreallyup
reply to post by Majic
Like I said, the SOURCE of energy for hydro power is the SUN. The sun is the SOURCE of the power because without the sun, there would be no evaporation, and without that, the rivers would run dry, and no more hydro-pressure. So, the main source of the energy (heat) is the sun. Everything else is just a storage and conversion of that energy into other forms.
But the main point in all this is that WE ARE NOT TALKING about getting energy from no where. We are talking about getting the energy from the vast amount that resides in the air around you, and indeed all of space.
How many times must this be said?
[edit on 16-12-2009 by downisreallyup]
Originally posted by Bob Sholtz
It isn't possible to take more energy out of a system than you put in. It is a simple observation that is totally logical and true. Sorry guys, but the best chance for new energy technology is being able to convert a unit of matter to its equal counterpart unit of energy. 100% conversion to energy so that the mass/energy conservation law is satisfied.
Originally posted by Freezer
Originally posted by downisreallyup
For example, you say that removing the battery will cause the thing to stop.... well if you break the circuitry, of course it will stop. And until you or I know for 100% certain why a battery was used instead of a capacitor, it is pure conjecture, so why don't you just admit that you DON'T HAVE AN OPEN MIND, and that any conversation with you is like trying to convince the Pope that Jesus didn't exist.
Well this is just a hunch, but John Bedini has stated several times, that a battery is much more effective at accepting radiant energy than a capacitor, which is why a lot of his setups use batteries. I could imagine that if you had a bat/cap or capacitor with electrolyte, you could possible see some of that effect. What needs to be done is testing, which unfortunately most people don't even bother. I have built Bedini motors, and I think this Steorn device shown, is probably very similar.
This is a Bedini/cole variation which has been on the same batteries for years.
video.google.com...#
This one uses just uses a capacitor.. This motor is open source btw, so anyone can get the schematic and test it..For those saying they're putting their money where their mouth is, built it..
video.google.com...#
[edit on 16-12-2009 by Freezer]
Thomas Samuel Kuhn examined the history of science in his The Structure of Scientific Revolutions, and found that the actual method used by scientists differed dramatically from the then-espoused method. His observations of science practice are essentially sociological and do not speak to how science is or can be practiced in other times and other cultures.
Imre Lakatos and Thomas Kuhn have done extensive work on the "theory laden" character of observation. Kuhn (1961) said the scientist generally has a theory in mind before designing and undertaking experiments so as to make empirical observations, and that the "route from theory to measurement can almost never be traveled backward". This implies that the way in which theory is tested is dictated by the nature of the theory itself, which led Kuhn (1961, p. 166) to argue that "once it has been adopted by a profession ... no theory is recognized to be testable by any quantitative tests that it has not already passed".
Paul Feyerabend similarly examined the history of science, and was led to deny that science is genuinely a methodological process. In his book Against Method he argues that scientific progress is not the result of applying any particular method. In essence, he says that "anything goes", by which he meant that for any specific methodology or norm of science, successful science has been done in violation of it. Criticisms such as his led to the strong programme, a radical approach to the sociology of science.
In his 1958 book, Personal Knowledge, chemist and philosopher Michael Polanyi (1891-1976) criticized the common view that the scientific method is purely objective and generates objective knowledge. Polanyi cast this view as a misunderstanding of the scientific method and of the nature of scientific inquiry, generally. He argued that scientists do and must follow personal passions in appraising facts and in determining which scientific questions to investigate. He concluded that a structure of liberty is essential for the advancement of science - that the freedom to pursue science for its own sake is a prerequisite for the production of knowledge through peer review and the scientific method.