Pronouncing Subscripts in General Relativity

In summary, a subscript in general relativity is a mathematical notation used to indicate variables or quantities associated with specific points in spacetime. Subscripts are pronounced by stating the main symbol followed by the subscript as a separate word. The purpose of using subscripts is to provide a more precise and concise representation of equations and to distinguish between variables at different points in spacetime. There are general rules for using subscripts, such as repeated subscripts indicating summation and matching subscripts in equations involving tensors. Subscripts are also commonly used in other branches of science for similar purposes.
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Zero-shift
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In General Relativity, the subscripts of G and T are u-ish and v. How do we say them?
 
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They are the Greek letters mu and nu. In American English, they are typically pronounced:

μ - mew or myew
ν - new or nyew

Here is a YouTube where you can hear them pronounced.
 
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cheers, phyzguy
 

FAQ: Pronouncing Subscripts in General Relativity

What is a subscript in general relativity?

A subscript in general relativity is a mathematical notation used to indicate that a variable or quantity is associated with a specific point or coordinate in spacetime. It is typically denoted by a lowercase letter or symbol written below and to the right of the main symbol.

How do you pronounce subscripts in general relativity?

In general relativity, subscripts are pronounced by stating the main symbol followed by the subscript as a separate word. For example, the subscript "ab" in the symbol "Tab" would be pronounced as "T sub a b".

What is the purpose of using subscripts in general relativity?

The use of subscripts in general relativity allows for a more precise and concise representation of mathematical equations and concepts. It helps to distinguish between different variables and quantities associated with different points in spacetime.

Are there any rules for using subscripts in general relativity?

Yes, there are some general rules for using subscripts in general relativity. For example, repeated subscripts indicate a summation over multiple variables, and subscripts must match in equations involving tensors.

Can subscripts be used in other branches of science?

Yes, subscripts are commonly used in various branches of science, including physics, chemistry, and mathematics. They serve a similar purpose of indicating specific points or variables in equations and formulas.

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