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Topic: Faraday Paradox

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	Faraday paradox - Wikipedia, the free encyclopedia
		The Faraday paradox (or Faraday's paradox) is an experiment that illustrates the limitations of Michael Faraday's law of electromagnetic induction.
		Faraday deduced this law in 1831, after inventing the first electromagnetic generator or dynamo, but was never satisfied with his own explanation of the paradox.
		In Faraday's model of electromagnetic induction, a magnetic field consisted of imaginary lines of magnetic flux, similar to the lines that appear when iron filings are sprinkled on paper and held near a magnet.
	en.wikipedia.org /wiki/Faraday_paradox (1092 words)

	Michael Faraday Encyclopedia Articles @ Fburg.com (F'burg) (Site not responding. Last check: 2007-10-11)
		Faraday was part of the party as Davy's scientific assistant, and was asked to act as Davy's valet until a replacement could be found in Paris.
		Faraday also discovered the laws of electrolysis and popularized terminology such as anode, cathode, electrode, and ion, terms largely created by William Whewell.
		Faraday, having discussed the problem with the two men, went on to build two devices to produce what he called electromagnetic rotation: a continuous circular motion from the circular magnetic force around a wire.
	www.fburg.com /encyclopedia/Michael_Faraday (1557 words)

	Faraday paradox (electrochemistry) - Wikipedia, the free encyclopedia
		The Faraday paradox was a once inexplicable aspect of the reaction between nitric acid and steel.
		Around 1830, the English scientist Michael Faraday found that dilute nitric acid would attack steel, but concentrated nitric acid would not.
		The key to resolving the paradox is passivation.
	en.wikipedia.org /wiki/Faraday_paradox_(electrochemistry) (211 words)

	Faraday's constant - Hutchinson encyclopedia article about Faraday's constant
		One faraday is this constant used as a unit.
		The constant is used to calculate the electric charge needed to discharge a particular quantity of ions during electrolysis.
		This information should not be considered complete, up to date, and is not intended to be used in place of a visit, consultation, or advice of a legal, medical, or any other professional.
	encyclopedia.farlex.com /Faraday%27s%20constant (122 words)

	Faraday's laws - Hutchinson encyclopedia article about Faraday's laws (Site not responding. Last check: 2007-10-11)
		English physicist and chemist Michael Faraday, one of the most prominent experimentalists of the 19th century.
		Largely self-educated, Faraday is best known for his discoveries about the relationship between electricity and magnetism, published in the series Experimental Researches on Electricity (1839–55), which formed the basis of the theory of electromagnetic behaviour.
		The laws of induction are: (1) a changing magnetic field induces an electromagnetic force in a conductor; (2) the electromagnetic force is proportional to the rate of change of the field; and (3) the direction of the induced electromagnetic force depends on the orientation of the field.
	encyclopedia.farlex.com /Faraday's+laws (225 words)

	Homopolar generator - Wikipedia, the free encyclopedia
		Long after the original Faraday disc had been abandoned as a practical generator, a modified version combining the magnet and disc in a single rotating part (the rotor) was developed.
		Before the discovery of the electron and the Lorentz force law, the phenomenon was inexplicable and was known as the Faraday paradox.
		This law, discovered thirty years after Faraday's death, states that the force on an electron is proportional to the cross product of its velocity and the magnetic flux vector.
	en.wikipedia.org /wiki/Homopolar_generator (1407 words)

	Disk faraday generator (Site not responding. Last check: 2007-10-11)
		The Faraday disc generator was developed in the late 1890s and the early part of this century to be a high power, low voltage dc machine suitable for...
		Faraday developed a generator consisting of a disk magnet coaxial to a conductive disk similar to the.
		Faraday later revisited his first form of disk generator using adjacent parallel magnetic poles and investigated the electrical induction effect using disks...
	3620.currency-trading-online.be (845 words)

	Michael Faraday Encyclopedia Articles @ StardustMemories.com (Stardust Memories) (Site not responding. Last check: 2007-10-11)
		Unwisely, Faraday published his results without acknowledging his debt to Wollaston and Davy, and the resulting controversy caused Faraday to withdraw from electromagnetic research for several years.
		Faraday's concept of lines of flux emanating from charged bodies and magnets provided a way to visualize electric and magnetic fields.
		However his experimental work was consolidated by the able James Clerk Maxwell who developed his equations which lie at the base of all modern theories of electromagnetic phenomena.
	www.stardustmemories.com /encyclopedia/Michael_Faraday (1570 words)

	Electricity From Earth's Rotation part 2 - Physics New Theories (Site not responding. Last check: 2007-10-11)
		Some background information on the homo-polar generator: The Faraday Disc The Faraday Disc [reference 1] is generally thought to be a two piece machine consisting of a conducting disc rotating proximate to the north or south pole of an axially suspended fixed magnet.
		The true discovery of Faraday was that relative motion was not necessary for the generation of electricity.
		Faraday's experiments led him to the revolutionary conclusion that a magnetic field is a property of space itself, not something attached to the magnet, which merely serves to induce or evoke the field.
	www.okka.biz /Electricity_From_Earths_Rotation_part_2-1644850-290-a.html (792 words)

	Faraday's disk
		The principle of using a handle to make a smaller disk turn a bigger disk faster, as Faraday used it for the first dynamo, was of course widely used and could be found on a lot of objects, such as on the coffee mill on the picture to the right.
		Faraday's disk is only made out of wood, which still leaves plenty of room for ornamentation for example on the wooden board (3), but as it is, the simplicity of the design suits the simplicity of the mechanical aspect, as unusual as this was in the 18th century.
		Zénobe Gramme used the principle of Faraday's disk to design the first commercial power plants in Paris, discovering what is since then known as the basic concept of a spinning endless loop of wires.
	www.abdn.ac.uk /~u02rjr4/px2013/Faraday.htm (855 words)

	[No title]
		It consists of a cylindrical conducting disk immersed in an axial magnetic field, and can be operated as a generator with sliding brushes extracting current from the voltage induced between the inner and outer regions of the disk when the rotational energy is supplied by an external driving source.
		Faraday found, however, (Fig 7) that it does not matter whether the magnet itself is stationary or rotating with the disk as long as the conductor is moving in the field, but that rotating the magnet with the conducting disk stationary did not produce an induced voltage.
		It was also well amalgamated, and then contact was made with this edge in different places by conductors formed from equally thick copper plate and with the extreme end edges grooved and amalgamated so as to fit on to and have contact with the edges of the plate.
	textfiles.group.lt /conspiracy/dpalma5.txt (4569 words)

	Batteries International (Site not responding. Last check: 2007-10-11)
		By analogy, Faraday asserted that the particles of a non-conductor in an electric field would remain fixed in the polarized state and thus would not permit the transfer of charge.
		Although Faraday well appreciated the similarities between magnetic and electrical phenomena, he considered pole to be a misleading name in the case of electrochemical cells and introduced the term 'electrode'.
		This paradox is removed when the recommendation of Agar and Bowden is followed and the electrode behaviour is explained in terms of overpotentials.
	www.batteriesinternational.com /default.asp?Page=7&SID=5052&ISS=44 (1990 words)

	Science in Christian Perspective
		Faraday, the great man of science, was also a devoutly religious man and a member of an obscure, small religious group, known as the Glasites or Sandemanians.
		Faraday's religion was indeed, the very core and centre of the man, filling his whole life with power and peace, and embodying itself in all his actions.
		It may seem paradoxical to some to find such a combination of characteristics in the life of one man. Perhaps because of this seeming paradox, some historians have sought to find in the life of Faraday something to suggest that his life as a scientist was in no way connected with his Christianity.
	www.asa3.org /ASA/PSCF/1988/PSCF6-88Eichman.html (4656 words)

	Bad Schwalbach—N.V. Gromyko (Site not responding. Last check: 2007-10-11)
		The paradox arises only when you put them together, and see that, although each of them appears to be internally true and consistent, when they are taken together at the same time, they destroy each other, losing their absolute truth.
		Plato, in his dialogues on diverse questions, demonstrated the universal force of paradox: its methodological power and, at the same time, its formative force, which makes any interlocutor think; it is capable of setting any form of thinking and any mind, even the most inert, into motion.
		We incorporate paradox into the content of the lessons, while simultaneously using it as a way of interacting with the children, regarding the content being conveyed to them.
	www.schillerinstitute.org /conf-iclc/2003/bd_schw/gromyko.html (2844 words)

	Physics - Wikipedia, the free encyclopedia
		In 1821, the English physicist and chemist Michael Faraday integrated the study of magnetism with the study of electricity.
		This was done by demonstrating that a moving magnet induced an electric current in a conductor.
		Faraday also formulated a physical conception of electromagnetic fields.
	en.wikipedia.org /wiki/Physics (4172 words)

	Physics.org - Physics Evolution Text Version, Page 4 (Site not responding. Last check: 2007-10-11)
		Faraday was born the year after Franklin died and combined electrical ideas with magnetism.
		Heinrich Olber, astronomer - Olber's paradox on starlight (1758 to 1840)
		Faraday and Ohm were working in the same field.
	www.physics.org /evolution/physics_evolution_text4.asp (2362 words)

	Temporal Anomalies in the Disney Movie Flight of the Navigator
		Faraday is certain that he has a lead on the secret of his sealed spaceship.
		Faraday concludes that Davey has traveled to Phalon at a speed faster than light, and in accordance with Einstein's General Theory of Relativity has experienced the effects of time slowing down, such that what was 8 years for everyone else was only about four and a half hours for him.
		Faraday realizes that two days is not going to be enough time to process the information in Davey's head and learn what he wants to know about that ship.
	www.mjyoung.net /time/flight.html (6226 words)

	Michael Faraday, Physics: WSM Explains Michael Faraday's Electric and Magnetic Force Fields
		Faraday came from no learned academy; his mind was not burdened with traditional ideas and theories.
		While Michael Faraday was a wonderful Scientist, history will show that his conception of the electric and magnetic force fields (in 1831) led modern physics down a path that would ultimately lead to a dead end of paradox and confusion.
		Faraday's descriptive theory of lines of force moving between bodies with electrical and magnetic properties enabled James Clerk Maxwell to formulate an exact mathematical theory of the propagation of electromagnetic waves.
	www.spaceandmotion.com /Physics-Michael-Faraday.htm (6140 words)

	EM Timeline
		FARADAY is asked to investigate electromagnetism and quickly produces his "Electromagnetic Rotator", which is the world's first Electric Motor (and is powered by DC and is non-commutated), and it is also the world's first electromechanical power converter that is both homopolar in structure and "Acyclic" in operational nature.
		Shown on the left is a drawing of Faraday's apparatus for producing the rotation of an electric current-carrying conductor around a magnetic pole (which was manufactured and sold to other investigators in 1822.) Shown on the right is a two-figure drawing of an 1850's modification of Faraday's two electromagnetic rotator apparatus.
		FARADAY constructs the world's first alternating current electric generator apparatus (i.e., alternator), one which converts the input of mechanical energy into electricity by using linearly reciprocating permanent magnetic poles and stationary induction coils.
	pixii.com /apparatus.htm (3035 words)

	Generator Encyclopedia Articles @ Karr.net (Karr Network) (Site not responding. Last check: 2007-10-11)
		In 1831-1832 Michael Faraday discovered that a potential difference is generated between the ends of an electrical conductor that moves perpendicular to a magnetic field.
		It is the most common way to generate electrical energy for bicycle lighting.
		The first dynamo based on Faraday's principles was built in 1832 by Hippolyte Pixii, a French instrument maker.
	www.karr.net /encyclopedia/Generator (1470 words)

	Fizikáról és kémiáról, Wigner Jenő centenáriuma ürügyén
		Amikor előállt az elméletével, akkor a mozgó Föld paradox volt, mert axióma volt, hogy a Föld nyugalomban van – hiszen látjuk, hogy nyugszik.
		Faraday nagy kémikus volt, és ez segítette, hogy megszabaduljon a távolbahatás elektromos elméletétől.
		Maxwell továbbfejlesztette Faraday kémiai elméletét, ugyanakkor dolgozott a kinetikus gázelméletben is. Idővel mégis föllépett egy komoly ellentét, mert a kinetikus gázelmélet alacsony hőmérsékleten helytelen, és a termodinamika helyes marad.
	www.kfki.hu /~cheminfo/TermVil/tv2002/tv0212/tisza.html (2670 words)

	ZPEnergy.com - The Paradox 2 Experiment
		Robert J. Distinti claims that the Paradox 2 experiment demonstrates magnetic interactions that are not predicted by classical electromagnetic theory (Maxwell, Faraday, Ampere, etc).
		The Paradox 2 experiment proves the existence of the longitudinal components of magnetic fields; which, when combined with the classical transverse field components, yields the spherical magnetic field of New Electromagnetism...
		The Paradox 2 experiment was developed by Robert Distinti, an Electrical Engineer with over 20 years experience, to demonstrate his New Electromagnetism models.
	www.zpenergy.com /modules.php?name=News&file=article&sid=817 (472 words)

	Usenet Archive (Site not responding. Last check: 2007-10-11)
		In this diagram, if forces are applied at the ends of the right angle lever and the lever is observed not to rotate in both the "moving" and "stationary" reference frames, then the moments applied to each arm must be equal are equal in magnitude and opposite in direction in each of the reference frames.
		We don't believe in things like the twin paradox, or >fl holes, or the big bang, or theoretical "particles" that have no >substance, cannot be detected, but are created to satisfy some >mathematical model or another.
		You're not the first person to be skeptical of the twin paradox, fl holes, etc. It's a common charge leveled by crackpots that physicists are mired in their world view and unwilling, or lacking the imagination, to look beyond.
	www.usenetarchive.org /Dir1/File538.html (11763 words)

	Simple Science Fair Projects - Famous Science Experiments
		This paradox is completely resolved by the Wave Structure of Matter (WSM) which shows that all distant matter establishes its presence throughout the universe by their In-waves and Out-waves which produce a nearly uniform wave-density throughout Space.
		On 29th August 1831, using his 'induction ring', Faraday made one of his greatest discoveries - electromagnetic induction: the 'induction' or generation of electricity in a wire by means of the electromagnetic effect of a current in another wire.
		Faraday developed the mathematical concept of the 'electromagnetic force field' as a way of mathematically describing action-at-a-distance for charged particles (i.e.
	www.spaceandmotion.com /Science-Fair-Projects-Experiments.htm (11260 words)

	Infinite Being - Mysticism As A Key To Scientific Breakthroughs
		It is a paradox that higher frequencies of consciousness are obtained by lowering the frequency of the brain.
		While Faraday’s Victorian colleagues were, by comparison, unimaginative materialists, he proved to be a true mystic scientist.
		Faraday's successful decoding of electromagnetic behavior led him to invent the transformer, the electric motor and the electric generator.
	www.infinitebeing.com /0406/mysticscience.htm (1756 words)

	Circuit Analysis Accounts For Magnetic Fields
		This introduction of Faraday's law into the circuit-analysis equations produces unexpected anomalies: Two voltages appear to coexist simultaneously between two nodes in a circuit, and the voltages appear to depend on position of the voltmeter leads.
		The field varies with time, which induces current in the loop, and that condition calls for the use of Faraday's law: The integral of the tangential component of electric-field intensity around a closed loop equals the time rate-of-change for magnetic flux passing through a surface bounded by that loop (Eq.
		Equation 11 is the extended Kirchhoff voltage law and equation 15 is the extended Ohm's law, with the sign of the dФ/dt term indicating the direction of current.
	www.powerelectronics.com /mag/power_circuit_analysis_accounts (1395 words)

	Science: To Be, or Not to Be
		Faraday reasoned that if Ampère’s conception were correct, the two cylinders should show the same magnetic effect; but his experiments showed that they behaved differently.
		Ampère showed that Faraday did not understand the conception: the large circular windings of the solenoid are only macroscopic analogues of the very small circular currents hypothesized to reside within the atomic structure of the magnet.
		It might, or might not, be relevant to the case at hand that, shortly after his discovery of the transverse current, which was accomplished in a thin layer of gold deposited on a glass plate, Hall discovered that iron produces a transverse current in the opposite direction.
	21stcenturysciencetech.com /edit.html (2992 words)

	telepathy (Site not responding. Last check: 2007-10-11)
		The possibility of the existence of a nonlocal transference of specific stimuli, such as those that generate evoked potentials (electrophysiological brain responses produced by a sensory stimulus), was first studied by Grinberg-Zylberbaum et al (1978).
		They observed that an evoked potential in a stimulated subject is "transferred" to another subject once they have interacted to achieve a level of "direct communication." This study was conducted in two Faraday chambers separated by a distance of approximately three meters.
		The subject that stayed behind was now stimulated (generally by 100 light flashes given at random intervals), but the other subject was not stimulated, nor did he have knowledge that a stimulus was being received by the first subject.
	www.cryonet.org /cgi-bin/dsp.cgi?msg=18105 (422 words)

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