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I feel like I'm missing the point of this discussion but to me, math is the fundamental building block of physics. And math can exist without physics but physics can not exist without math.
Imaginary numbers and infinity are prime examples. Both do not exist in the physical world but are mathematical concepts that are used to describe physical things indirectly. A simple example is limits in calculus which uses the concept of infinity and in-doing so calculus describes everything from velocity and acceleration to magnetic flux. Imaginary numbers are also useful in describing various physical phenomena such as electrical voltage in AC circuits and certain themes in fluid dynamics.
As to the genesis of maths and physics? I would say maths ultimately "descended" from physical objects. Rudimentary counting systems were probably based on fingers and toes as any linguist can tell you based on the roots of ancient number names.
Imaginary numbers and infinity are prime examples. Both do not exist in the physical world but are mathematical concepts that are used to describe physical things indirectly. A simple example is limits in calculus which uses the concept of infinity and in-doing so calculus describes everything from velocity and acceleration to magnetic flux. Imaginary numbers are also useful in describing various physical phenomena such as electrical voltage in AC circuits and certain themes in fluid dynamics.
As to the genesis of maths and physics? I would say maths ultimately "descended" from physical objects. Rudimentary counting systems were probably based on fingers and toes as any linguist can tell you based on the roots of ancient number names.
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