Exx-006 Ampere Bridge - Rail Gun - Homopolar Motor - Short Circuit 

You have show that you can use copper to gain current, instead of magnet alone, since with magnet and copper is used to cause the react from DC motor or battery, or something, so the point it is not magnet that give energy to copper which carry the energy, but using copper that can give energy in form of high volt which causes spark and motion thru magnet field like it is a magnet. Well, the magnet is higher than copper alone, but copper has magnet field, which does all mass, so mass can give energy from magnet field like magnet, since magnet has highest magnet field, but mass do has magnet field which cause motion and spark. Well, that is fmf opposite to bmf which cause current to happen, so it needs impact to create heat, and the heat create magnet field to expand. Higher current lead to higher magnet field? So, higher volt causes higher current is base on magnet field, since current is secondary to primary that is magnet field, so it can't be from source alone that is volt, but secondary which volt cause to happen that is magnet field to expand, so two opposite magnet field interact to cause current to happen. The higher volt lead to higher magnet field which causes higher motion. So, Volt is good, but not enough it needs certain materials that would cause forward magnet field to interact. So, you use two copper, so you can use other materials which is a conduct that cause two opposite magnet field to interact and create current. The copper to popular since it is highest and cheaper, well, the cheaper as primary, so higher as secondary, ya can try with inductor materials. So, this video to make you understand how things work. Or base on Newman from website at Rexrearch that say atom inside the copper interact. The explanation at bottom: www.rexresearch.com/newman/newman.htm. So, it converts within that is magnet field within the mass that convert into heat since all mass has heat within that is volt and current, so it burns up so it is breaking down so you are breaking down in macro level, so the heat is base on interact of two magnet field. So, that means vibrate which cause heat so two magnet field interact is it own magnet field that is in motion but bump to other. So, conductor can give high heat easily and give high break down easily, so opposite of inductor. Inductor don't give high heat easily and don't give high break down easily, so it is higher resistance, so that means the interact of magnet field of copper is higher, per space, so it has high density of magnet field. Inductor has low density of magnet field, but has high density of resistance of heat, so it seems inductor is higher density to resistance, but it is not true, so inductor is lighter but stronger in holding the heat. So, lower density exceed higher density, so well, there is two densities that is energy and mass, so high density of energy which has higher potential energy as volt but there is higher density of mass so there is higher density of current. So, it is about balance between energy and mass. Ya believe in gravity? Edit: So, it is not magnet field alone that cause heat but the mass itself cause heat since the mass interact with mass cause heat, not magnet field, since we can see the mass, so as long as magnet field doesn't exceed the mass's edge, then it cause heat, so it is magnet field that cause mono-magnet field within mass to cause motion. So, it is density of magnet field within that is all same, so the same is need to create density, or it is base on our eye so we perspective mass, so the magnet field is important but the density of magnet field is more important, so the magnet field that copper product is two magnet field, so it doesn't cause heat except two copper that meets so that means the density of copper magnet field exceed the density of magnet field you show which cause heat alone, except from two mass interact. So, either the magnet field need to be high enough with another magnet field to interact to cause heat since in center of magnet field is high energy, but the mass's magnet field is very small so it all add up, so all center add up into heat that is within mass. So, it is about density of magnet field to cause heat since macro level is high enough so need high density of magnet field in connect to how much magnet field to add together. So, ya can create heat out of magnet field alone with no interact of mass. Like the mass can cause cold without interact of mass like SEG motor, so there is two magnet field that is negative and positive which cause cold or heat. So, ya can create that. So, positive magnet field is base on series of current which is base on interact of two, so each interact of all series of two to equal heat that you feel. So, negative magnet field has no interact so it creates cold yet there is pressure we can feel at macro level. I could be wrong or not, ya can create negative or positive magnet field so to show what create heat and create hold? But I know that heat is base on density of magnet field that is same to bigger magnet field that is not so it is about the line which is resistance line to center that is energy. So, the flux lines or field lines or so. Current lines. So, the mass is the current lines shape as magnet that we feel and see.

Too much current? May be 20A? With magnet works better. Thanks for your experiment and share.