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cd27
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i hope this isn't in the wrong spot...if it is...could someone move it for me and let me know?
For a while I have been working on an experiment to make a device I call the Psinetic Core (TM). I will give the implications of this device, but not its function, as I am not allowed to state theory or personal opinion in this site.
My Goal:
My goal is to charge a magnetically levitated sphere with static electricity
My Problem:
I do not have the math skills, equipment/money, nor the electronics skills to produce my prototype; though the theory behind it and the electronic laws are nearly flawless.
My Project Calculation/designs:
The first thing to note is that there is going to need to be a metal sphere, approximately 2 inches in radius and 4 inches in diameter (Circumference of 13 Square inches and Area of 13 Square inches). The second thing to know is that there will need to be an outer electromagnet hollow sphere approximately 2 inches thick and with a space of 2 inches in-between the electromagnet and the inner metal sphere. The third thing is that there will be a thick glass covering on the outside of the electromagnet, safely separating a computer chip from the magnetics inside the glass covering.
What I need to know:
1. I need to know how much static electricity is needed to complete engulf the space between the electromagnet and the inner metal sphere.
2. I need to know how much energy is needed to use the electromagnet to levitate the inner sphere. (Exactly what implications will I need to do such levitation? Polarity…someone’s going to have to explain that…)
3. How thick the glass ahs to be to escape dangers of exposure to electromagnetism inside it.
4. Someone to explain about electricity (Difference in watts, volts, amperes).
5. Does this type of device need a ground? Or does the glass do that for it?
6. Will the glass be effected from electricity/resistant heat-such as melting or cracking?
This could save me years of research and testing, because I would have to do this experiment by myself. I would appreciate it extremely if I could get these questions answered, and perhaps modifications if needed. It is vital to not only my future career but also my own personal work (I’ve been working on a theory for three and a half years). It is absolutely imperative that I find a way for this device to work.
I would include a picture to help illustrate my problems and project, but I work from a high school computer and it blocks image uploading on the computer (unless of course the picture is saved on another site).
also, how much money do you think it would take to make this entire device?
cd
For a while I have been working on an experiment to make a device I call the Psinetic Core (TM). I will give the implications of this device, but not its function, as I am not allowed to state theory or personal opinion in this site.
My Goal:
My goal is to charge a magnetically levitated sphere with static electricity
My Problem:
I do not have the math skills, equipment/money, nor the electronics skills to produce my prototype; though the theory behind it and the electronic laws are nearly flawless.
My Project Calculation/designs:
The first thing to note is that there is going to need to be a metal sphere, approximately 2 inches in radius and 4 inches in diameter (Circumference of 13 Square inches and Area of 13 Square inches). The second thing to know is that there will need to be an outer electromagnet hollow sphere approximately 2 inches thick and with a space of 2 inches in-between the electromagnet and the inner metal sphere. The third thing is that there will be a thick glass covering on the outside of the electromagnet, safely separating a computer chip from the magnetics inside the glass covering.
What I need to know:
1. I need to know how much static electricity is needed to complete engulf the space between the electromagnet and the inner metal sphere.
2. I need to know how much energy is needed to use the electromagnet to levitate the inner sphere. (Exactly what implications will I need to do such levitation? Polarity…someone’s going to have to explain that…)
3. How thick the glass ahs to be to escape dangers of exposure to electromagnetism inside it.
4. Someone to explain about electricity (Difference in watts, volts, amperes).
5. Does this type of device need a ground? Or does the glass do that for it?
6. Will the glass be effected from electricity/resistant heat-such as melting or cracking?
This could save me years of research and testing, because I would have to do this experiment by myself. I would appreciate it extremely if I could get these questions answered, and perhaps modifications if needed. It is vital to not only my future career but also my own personal work (I’ve been working on a theory for three and a half years). It is absolutely imperative that I find a way for this device to work.
I would include a picture to help illustrate my problems and project, but I work from a high school computer and it blocks image uploading on the computer (unless of course the picture is saved on another site).
also, how much money do you think it would take to make this entire device?
cd
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