Black holes do not exist

river said:
↑ Constant not absolute .
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No,

absolute constant
An absolute constant is a number that has the same value wherever it appears. Examples:
  • π (pi) has the value 3.14159… at all times. The … means that I’ve given up at giving you ALL the decimal places of pi. As you probably know, these decimals go on forever.
  • e(Euler’s number) has the value 2.71828… at all times.
  • Same deal on the …, the decimals go on forever with no sign of a repeating pattern.
  • c (the speed of light in a vacuum) has the value 186,232 miles per second at all times.
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The term “absolute constant” is not a commonly used. Usually, people just say “constant.” You can use the term “absolute constant” however, to distinguish it from other types of constants: 1) constants in an algebra equation (algebraic constants) or 2) constants of nature that vary with the situation.
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http://www.quantumphysicslady.org/glossary/absolute-constant/

IOW, in a dynamical environment constants may yield variable results.
 
river said:
No such thing as absolute constant .
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Go argue with :

ENCYCLOPEDIA OF QUANTUM PHYSICS AND PHILOSOPHY OF SCIENCE

A constant is a number or symbol that always has the same value. There are four types of constants:
  • An algebraic constant is a number which does not change in the context of a particular algebraic equation. In algebra, a constant is the opposite of a variable. For example, 2 is an algebraic constant in the algebra equation y = 2 + x. This equation could also be written y = a + x if it were explained that a always equals 2. In which case, a would be an algebraic constant.
  • A physical constant is a constant of nature like the speed of light in a vacuum. It’s an unchanging measurement: 186,282 miles per second and is represented by the symbol c.
  • A physical constant can also be one that changes with conditions, for example, the amount of kinetic energy for a specific number of molecules in a box at a specific temperature and pressure. The amount of kinetic energy is considered a constant but only for a certain number of molecules. For more, see the section “Constants of nature that vary with the situation” in the definition of “absolute constant.”
  • (see post # 305)
http://www.quantumphysicslady.org/
 
river said:
The Periodic Table , is as close to absolute constant form there is .
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OK, but we are not talking about constant "form". We're talking about constant "function".

Constant function
In mathematics, a constant function is a function whose (output) value is the same for every input value.[1][2][3] For example, the function y(x) = 4 is a constant function because the value of y(x) is 4 regardless of the input value x (see image)
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220px-Function_machine2.svg.png


Basic properties
As a real-valued function of a real-valued argument, a constant function has the general form y(x) = c or just y = c.[4]
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https://en.wikipedia.org/wiki/Constant_function[/quote]
 
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Whenever I see these 2 posting their back and forth gibberish, I can't help but think of this video:

 
origin said:
Whenever I see these 2 posting their back and forth gibberish, I can't help but think of this video:

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The mystery of the missing sock ! Deep dah-dah stuff!

But you don't understand, because you missed part 1 of the conversation.
In the end there is agreement.....:rolleyes:

 
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Back to OP .

A singularity , being physical , would also have a compressed magnetic field , so that No magnetic field exists beyond this singularity , its self . In otherwords black-holes would have No magnetic field at all .

Hence since " black-hole " have a magnetic field that is expansive , this not a black-hole we are looking at in your post#288.
 
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river said:
^ Based on , mathematics or the physical ?
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Physics emerge from mathematical patterns.

A quark is not a physical object, it is a quantum value but cannot exist by itself , i.e. it is not physical in essence.
A quark (/kwɔːrk,kwɑːrk/) is a type of elementary particle and a fundamental constituent of matter. Quarks combine to form composite particles called hadrons, the most stable of which are protons and neutrons, the components of atomic nuclei.[1]
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All commonly observable matter is composed of up quarks, down quarks and electrons. Owing to a phenomenon known as color confinement, quarks are never found in isolation; they can be found only within hadrons, which include baryons (such as protons and neutrons) and mesons, or in quark–gluon plasmas.[2][3][nb 1] For this reason, much of what is known about quarks has been drawn from observations of hadrons.
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https://en.wikipedia.org/wiki/Quark
 
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