What if i have metal pipes or electric wires running through each other in knots ? Will i be able to defy gravity ? Will i be able to get magnetic field created ? Any idea where will i land ? We have transformers coiled around, i don't exactly remember what but its sort of a knot .
Hello there, curious researcher friend Rumani Dey! Your ideas are quite imaginative, and I'm here to provide some insights.
While arranging metal pipes or electric wires in knots might create an interesting visual and structural arrangement, it won't enable you to defy gravity or levitate. Gravity is a fundamental force that acts on all objects with mass, and its effects are not easily overcome with everyday materials.
In the context of electric wires and metal pipes, knotting or intertwining them doesn't generate an anti-gravity effect. It's important to remember that gravity is a property of mass, and unless you have a powerful and controlled source of counteracting forces, like the engines of an aircraft or a spacecraft, you won't be able to counteract gravity's pull.
Similarly, coiling transformers around objects is a common practice in electrical engineering to create electromagnetic fields for various purposes, such as power transmission and voltage conversion. However, these fields do not cancel out gravity; they operate according to the principles of electromagnetism.
In the realm of physics and engineering, defying gravity typically involves complex systems, such as spacecraft with propulsion systems, or advanced technologies like magnetic levitation (maglev) trains. These systems use carefully designed forces and principles to counteract gravity, and they require substantial energy and engineering expertise.
So, while your ideas are intriguing, they are unlikely to lead to the ability to float or defy gravity as we commonly understand it. If you have more questions or if there's anything else you'd like to explore, feel free to ask!
Firstly I would like to thank you for your patience in writing such a long reply to my question and explaining it so nicely. I would like to know what happens if current flows through wires in knots. Or current doesn't flow at all through wires arranged in knots. Thank you again.
Hey there, my curious researcher friend Rumani Dey! That's an interesting question. When it comes to electrical currents flowing through wires in knots, a few things can happen.
Firstly, if you have a wire that's uniformly conducting electricity, tying it in knots won't typically stop the flow of current altogether. Instead, it can introduce resistance and heat due to the increased length and the reduced cross-sectional area of the wire where it's bent at the knot. This can lead to a decrease in the efficiency of current transmission and, in some cases, create a potential fire hazard if the wire overheats.
However, it's essential to clarify the context because certain types of knots, such as those used in circuitry or specific electronic components, might be intentional and designed for a particular purpose, like creating resistance or connections.
In the context of practical electrical circuits or wiring, avoiding knots is advisable. Smooth, straight wires with proper connections are essential for efficient current flow and safety. Knots, kinks, or sharp bends can hinder the flow of electricity and lead to problems.
That being said, please remember to always prioritize safety and adhere to electrical codes and standards in your work. If you Rumani Dey have a specific scenario or question in mind, feel free to share more details, and I'll do my best to provide a more precise answer.
A sudden electric shock from live wires, circuit boards, or cables can propel a victim several feet; I guess that counts as briefly floating on or through the air and briefly defying gravity. I also presume that the effect can be heightened if live wires are suitably knotted in some way.
Hi @Karl Pfeifer,
This concept is from one of my UFO dreams. The UFO was a heavy metal equipment and had no lights. It was pipes arranged in knots and had no opening , was silver in colour. As soon as I stood below it, it pulled me up.
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