This is a question regarding Lasers. What would happen when alaser is passed through a strong magnetic field?
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This is the 7rd sign of the apocolypse.\n\nIf you do this the world will explode and we will all die.
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Any current-carrying wire produces a magnetic field. The intensity of this field is proportional to the amount of current passing through a conductor. The stronger the current... the higher is the magnetic field produced.
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Any two magnetic fields will interact with each other. The same happens with the Earth's magnetic field and a magnet, although the Earths magnetic field density is very weak in comparison to a magnet. \nThe magnet will locally distort the Earths magnetic field, which can be seen by looking at a compass in just the Earth's magnetic field, then looking at the compass when a magnet is brought near.
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When a magnetic field collapses, electricity is created.  Ergo, the potential for a spark.
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it is generated through an AC generator which contains one rotor an two magnatic poles.\nin deatil:-\nwhen a coil of soft magnetic substance moves in a magnetic field it cuts the flux of magnatic field and as a result of it and the equation EMF=b*l*v AC current produces\nwhere b is magnatic strength,l is lenth of coil v is velocity or rotational velocity of coil in magnetic field
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OK, an assumption has to be made here. As long as there is no moving charge in the coagulating blood then there is no magnetic field produced and hence the magnitude in Tesla's will be zero.\nFrom Physics it is established that a magnetic field is only produced from a moving charge or a permanent magnetic dipole neither of which should be in the blood, Loosely speaking the iron in the blood could under the influence of a strong magnetic field have become aligned but it seems very unlikely that it would maintain the dipole alignment very long and certainly  not long enough to be considered in this context.
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I don't think you can... A Laser Beam is just an intense form of light created by the stimulated emission of radiation (hence Light Amplification by Stimulated Emission of Radiation L.A.S.E.R).\n\nElectricity is the movement of electrons through a physical circuit, so can't see how it can be done via light.\n\nHowever obviously Lasers are used in many applications (telecoms, house hold stereos, CD Players etc)... the light is pulsed at a very high speed and these pulses are decoded into an electrical signal.\n\nHope that helps.
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If the deflection surface has any diffraction or diffusion to it, the light may just be redirected imperfectly. 12kV? Jumpin Gigawatts!
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Only alpha and beta ray will be affected because they are charged with positive and negative ions respectively. In Electric field, they will be moved(i cant figure out a suitable word). THey move in a hyperbolic path and follows the positive and negative terminal. Both the alpha and beta will flow to opposite to each other where alpha will move to the negative terminal and beta will move to the positive terminal. \n\nIn magnetic field, its more complicated then electric field. U eva heard of the Left Hand Flemming Rule?, Its hard to explain without a diagram. Maybe u shud search out urself. They will follow a circular path. \n\nIn both fields, alpha will move less while beta will shift more because alpha is heavier then beta.\n\nAs i say just now, gamma is not affected by both fields because it isnt charged
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one would need an equation that is outside the realm of current physical theory.  photons have never been observed to be deflected by a magnetic field of any strength.  however, take heart!  photons were not expected to be deflected by gravitational fields, either - but it has been shown to be the case, as in the gravitational lensing by black holes.  so it is possible that a sufficiently strong magnetic field could deflect photons, but it would certainly be very much more intense than any field created so far on earth.
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This is possible because when electric field decreases throught crossing empty space,it creates a magnetic field, and in turn the changing magnetic field creates an another electric field. It is this mutual feedback which results in the propagation of an electromagnetic wave.
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The only significant difference is the level of energy (and therefore power) that the lasers can emit.\n\nLaser pointers emit very low levels of energy, which is why they won't even make you feel warm when you point them on yourself.\n\nA cutting-edge laser (I take it you mean a modern laser used in factories to cut and/or weld metal) emits quite a lot of energy.  In fact it is enough to give you serious third degree burns.\n\nIf you are talking about weapon-quaility lasers (like in Star Trek), they don't exist yet, but they would require many times the amount of energy of a cutting laser.
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As we know that current also has a electric and magnetic field i.e is also electromagnetic in nature.\nWhat happens is that the electric and magnetic fields of current in a path offering resistance radiate these fields strong enough for them to propogate.\n\nkaran
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It is not really of great practical use because it only occurs with superconductors, most effectively with type 1 supercondustors which have to be cooled to around -265 Centigrade. This is not very practical. The Meissner effect is also quenched by large magnetic fields.
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Well even though humans have known about magnets for thousands of years, the real reason they work is still somewhat mysterious. Depending on how deep you want to investigate, it can be a very complicated phenomenon. \n\nA magnet is, at its foundation, caused by the movement of electrical charge (yes this is the Biot-Savart Law). When charges (like electrons for example) move, they produce magnetic fields. If a charge moves in a loop, it creates a magnetic field. The magnetic field can be basically represented by an invisible set of arrows in space, that point in a direction. In the case of the loop, the arrows of the magnetic field will point out of the loop for a positive charge moving counter clockwise (this is the so-called "right hand rule"), and into the loop for a charge moving clockwise (some pictures are in the reference attached). \n\nThe magnetic field has a "north" end and a "south end". The little arrows from our moving charge are pointing in the "north" magnetic direction, and away from the "south" magnetic direction. It is a mysterious and interesting property of electromagnetism that two objects with fields that oppose each other, i.e., the little arrows of the field do not line up, so either the north end of one field is facing the north end of the other field, or the two south ends are facing each other, repel, or resist movement of the two objects towards each other with some force. \n\nOn the other hand, if the little arrows line up, the two objects attract each other with some force. \n\nThe little arrows are aligned along the so-called "magnetic lines of force". \n\nThe forces that result from magnetic fields (and for that matter, electric fields) are fundamental forces, and part of the four fundamental forces of the universe (strong, weak, electromagnetic and gravity). It is believed that these forces are caused, at their base, by particles passing "messenger particles" back and forth. In the case of electromagnetism, the messenger particle is a photon. How this actually works is still somewhat poorly understood, and is involved with the world of quantum mechanics, which is very counterintuitive but interesting. \n\nHowever, what is important is that we understand it well enough to make models of magnetism, and to make predictions based on those models which we can verify and use. All of electricity and electric motors are based on our ability to design systems with magnets and to be able to build and use them.
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If the two lasers have the same frequency and you pointed them right into each other a thing called a node would form. Which is the cancelation of the wave. The red light would no longer visible because that light hase been deformed by deconstructive interference due to the only single frequency laser that was pointed at it. The node would go all the way into the origin of the other laser and there would be nothing but blankness. The instant the lasers stop interfering with each other the laser will come back to its original state.
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A large magnetic field is generated in a vacuum chamber.  The sacrificial target is hit with a plasma beam, which dislodges some of its atoms.  These atoms carried by the magnetic field toward the sample (silicon wafer) where they collide and are deposited.