Physics experiments have observed causality almost everywhere, otherwise equations would not be reliable, but they are. We can observe unerring causality literally anywhere we look in the universe but uncertainty only is a, relatively, very small number of places.
Ever heard the phrase 1+1=3 for high values of 1? Equations “work” because numbers are abstract representations of value we assign.
We observe particles and forms of radiation we can’t explain the origins of or name literally everywhere we look, which is an infinitesimally, incomprehensibly small mote of the universe.
Any system that can be predicted accurately, is a system of cause and effect. The abstract nature of maths to describe the universe is not incongruent with causality. Not having an explanation, or not being able to observe, or having too little information, is not evidence of a lack of cause and effect.
Physics experiments have observed causality almost everywhere, otherwise equations would not be reliable, but they are. We can observe unerring causality literally anywhere we look in the universe but uncertainty only is a, relatively, very small number of places.
Ever heard the phrase 1+1=3 for high values of 1? Equations “work” because numbers are abstract representations of value we assign.
We observe particles and forms of radiation we can’t explain the origins of or name literally everywhere we look, which is an infinitesimally, incomprehensibly small mote of the universe.
Any system that can be predicted accurately, is a system of cause and effect. The abstract nature of maths to describe the universe is not incongruent with causality. Not having an explanation, or not being able to observe, or having too little information, is not evidence of a lack of cause and effect.
No, a lack of evidence for determinism is a lack of evidence for determinism.