Theoretical highest electric charge?

In summary, the theoretical highest electric charge possible for an object without breaking it would depend on the material and the excess of charged particles of one sign, either positive or negative. Ordinary methods for producing high voltages are limited by corona or spark-over, but a system of successive concentric Faraday cages can overcome this limitation. An impulse-method using this system has been described in which the innermost cage can reach a voltage slightly less than nV.
  • #1
Low-Q
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What is the theoretical highest electric charge possible for an object wihout breaking it?

What about charging a piece of PVC to trillions of volt, or trillions times that, or even more. Is it a limit how high the charge can be?

Vidar
 
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  • #2
Low-Q said:
What is the theoretical highest electric charge possible for an object wihout breaking it?

What about charging a piece of PVC to trillions of volt, or trillions times that, or even more. Is it a limit how high the charge can be?

Vidar


You are talking about static electrical charges, right? This is an excess of charged particles of one sign, either positive or negative. It would depend strongly on the material. If there was a great enough excess of electrons then the electrons would fly off of the object, so I think it would have to be an excess of positive charge. Once this charge gets high enough either positive ions begin to fly off into space or the object explodes.
 
  • #3
Department of Terrestrial Magnetism, Carnegie Institution of Washington, Washington D. C.
Received 8 October 1930; published in the issue dated November 1930
Ordinary methods for the production of high voltages for application to vacuum-tubes are satisfactory up to several million volts, but are subject to definite limitation due to corona or spark-over from the high-voltage terminal toward ground. A system of successive concentric Faraday cages, with the outermost cage grounded, is not so limited. An impulse-method for the production of extremely high voltages using such a system of Faraday cages is described. A system of (2n+2) cages gives an impulse-voltage slightly less than nV on the innermost cage.
http://prola.aps.org/abstract/PR/v36/i10/p1576_1
 

FAQ: Theoretical highest electric charge?

What is the theoretical highest electric charge?

The theoretical highest electric charge is known as the elementary charge and is equal to approximately 1.602 x 10^-19 Coulombs.

How is the theoretical highest electric charge determined?

The theoretical highest electric charge is determined by measuring the smallest possible unit of electric charge found in nature, known as the elementary charge.

Can the theoretical highest electric charge be exceeded?

No, the theoretical highest electric charge is a fundamental limit and cannot be exceeded.

What are the implications of the theoretical highest electric charge?

The theoretical highest electric charge plays a crucial role in the understanding of electromagnetism and the behavior of charged particles in the universe.

Is the theoretical highest electric charge constant?

Yes, the theoretical highest electric charge is a fundamental constant in nature and does not change.

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