It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
There is a tiny electric motor that rotates the mirror. So it isn't possible to do without electricity altogether? The inventor signals his disagreement. "Eight milliamperes at nine volts", he says. That is only a control mechanism. The power at the shaft is much greater. Engel also thought about a mechanical drive for the mirror directly from the rotor shaft, but opted against this as it would considerably increase mechanical complexity.
I'm just trying to clarify "the laws of physics."
Mary Rose
Hasslberger also posted this YouTube video . . .
[Note: the Magniwork url is a pirating of to promote a scam set of plans. This engine has been developed by Zahid Kaleem from Karachi, Pakistan. . . . ]
Directory:Thomas Engel's Magnet Motor
the link says that the 'mirror' disk must be rotated. What rotates it? Where does that power come from?
intrptr
reply to post by oblvion
Thank you, an expert to the rescue.
Mr. Engel is convinced that his machine uses the enormous energy which is inherent in quanta, those inconceivably small components of atoms which were first described by the physicist Max Planck in the early part of the last century. He therefore calls his machine an "quantum deviation apparatus". Somethings are still unclear, also for the inventor himself. Somewhere in Germany, a businessman has a second such motor at his company, which runs with 1200 RPM. The man called some days ago he says, and recounted that, when the motor was covered with an acrylic hood, its rotational speed diminished. Engel does not know the reason for this.
The expression "quantum motor" brings some bad associations with it, since some cheats, about a decade ago, used that name to collect money for a machine which never materialized. Engel's motor is quite different from that, apart from a similarity in the description. The inventor does not need money. He says he wants to give away the motor because mankind needs affordable energy. It has to be further developed until some years in the future, we will be making electricity with it in the basements of our housing units.
blog.hasslberger.com...
This one was honored in 1972 with the prestigious Rudolf Diesel Medal for inventors, he has well over a hundred patents to his name and has been lecturing at universities all over the world.
pikestaff
So the earths magnetism will stop finally? is that what happened to mars?
Mary Rose
More from the translation of the German article:
Mr. Engel is convinced that his machine uses the enormous energy which is inherent in quanta, those inconceivably small components of atoms which were first described by the physicist Max Planck in the early part of the last century. He therefore calls his machine an "quantum deviation apparatus". Somethings are still unclear, also for the inventor himself. Somewhere in Germany, a businessman has a second such motor at his company, which runs with 1200 RPM. The man called some days ago he says, and recounted that, when the motor was covered with an acrylic hood, its rotational speed diminished. Engel does not know the reason for this.
The expression "quantum motor" brings some bad associations with it, since some cheats, about a decade ago, used that name to collect money for a machine which never materialized. Engel's motor is quite different from that, apart from a similarity in the description. The inventor does not need money. He says he wants to give away the motor because mankind needs affordable energy. It has to be further developed until some years in the future, we will be making electricity with it in the basements of our housing units.
blog.hasslberger.com...
Also, regarding the inventor:
This one was honored in 1972 with the prestigious Rudolf Diesel Medal for inventors, he has well over a hundred patents to his name and has been lecturing at universities all over the world.
intrptr
reply to post by Mary Rose
Theres this old adage…
"something from nothing…"
I really wish it were true. It would have to violate the known laws of Physics, though.
As soon as he puts a load on the shaft to produce power enough to turn a generator that gets more energy out than is put in, let me know.
Water has a density of ρ = 1000 kg/m³, so if we know how many cubic meters of water flow through the dam each second (F), the power available to the dam will be P = ηρFgh. We have inserted η to represent the efficiency of the dam—usually around 90% (η≈0.90).
The height of the water behind the dam is the relevant height for the potential energy calculation, even if a given parcel of water is collected at the bottom of the dam. This is because the pressure of the water above provides the motive force. In the absence of turbines or other restrictions, the water would emerge from the penstock at a velocity of v = sqrt(2gh) so that a flow, F, would require an area A = F/v. For example, Hoover Dam, at 222 m high (in the days when Lake Mead was full!) would eject water at a stunning 67 m/s (150 m.p.h.) if a big hole opened up in the bottom. At the nominal flow rate of 1000 m³/s, this corresponds to a hole about 4 m in diameter. I think we should do it.
oblvion
Wait......is he saying he is harnessing zero point energy?
. . . when the motor was covered with an acrylic hood, its rotational speed diminished. Engel does not know the reason for this.
daskakik
reply to post by butcherguy
There is a tiny electric motor that rotates the mirror. So it isn't possible to do without electricity altogether? The inventor signals his disagreement. "Eight milliamperes at nine volts", he says. That is only a control mechanism. The power at the shaft is much greater. Engel also thought about a mechanical drive for the mirror directly from the rotor shaft, but opted against this as it would considerably increase mechanical complexity.
Mary Rose
oblvion
Wait......is he saying he is harnessing zero point energy?
I don't know.
But if it is to be harnessed, wouldn't it just be drawn in to a device from the environment surrounding the device?
I'm wondering about the acrylic hood on a similar device Engel got the phone call about:
. . . when the motor was covered with an acrylic hood, its rotational speed diminished. Engel does not know the reason for this.
Fromabove
From what I understand, for every action there is an opposite and equal reaction. To every push there is a pull. In order to make any set of magnets do what they claim they would have to have monopoles.
I've looked at every which way of spinning magnets around. I even have hundreds of dollars in all kinds of magnets from ferrous to neo's to cobalt. I have some I can't even bring into the house because they are so big and powerful and I don't even trust myself around them. I spun them, and put them in all kinds of order, and did everything I can with them and I just can't break the laws of thermodynamics.
But, that being said, they are so much fun to play with, and you can still make motors and generators with them.
edit on 30-1-2014 by Fromabove because: (no reason given)
oblvion
Fromabove
From what I understand, for every action there is an opposite and equal reaction. To every push there is a pull. In order to make any set of magnets do what they claim they would have to have monopoles.
I've looked at every which way of spinning magnets around. I even have hundreds of dollars in all kinds of magnets from ferrous to neo's to cobalt. I have some I can't even bring into the house because they are so big and powerful and I don't even trust myself around them. I spun them, and put them in all kinds of order, and did everything I can with them and I just can't break the laws of thermodynamics.
But, that being said, they are so much fun to play with, and you can still make motors and generators with them.
edit on 30-1-2014 by Fromabove because: (no reason given)
Exactly!!!!!!
It is all about fun when playing with magnets.
On a side note, place your head really close to one of those really big and strong ones, this has been known to give one a GOD moment.