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Debaser
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Is it possible that we are the result of matter which follows a certain set of rules?
It is not possible. No set of rules exists which can account for all phenomena not yet observed, no matter how good those rules are at explaining phenomena already observed.Debaser said:Is it possible that we are the result of matter which follows a certain set of rules?
confutatis said:It is not possible. No set of rules exists which can account for all phenomena not yet observed, no matter how good those rules are at explaining phenomena already observed.
confutatis said:It is not possible. No set of rules exists which can account for all phenomena not yet observed, no matter how good those rules are at explaining phenomena already observed.
i believe that we have agreed to follow certain rules within the physical. i suspect, however, that they are not the rules that we consider scientific. rather that we agree to include the physical laws within our starting point.Alliance said:From what scientists know so far, it is possible that we are merely matter destined to follow rules. However, within these rules there is a lot uncertainty (I mean at a Quantum level) as to the exact positioning of particles etc. that cannot be resolved.
Actually that isn't quite true. Have you read 'The Laws of Form' by mathematician George Spencer-Brown?confutatis said:It is not possible. No set of rules exists which can account for all phenomena not yet observed, no matter how good those rules are at explaining phenomena already observed.
The concept of matter following rules to create us refers to the idea that the physical matter in the universe is governed by certain laws and principles that ultimately give rise to the complexity of life forms, including humans. This includes the fundamental forces of nature such as gravity, electromagnetism, and the strong and weak nuclear forces, as well as the laws of thermodynamics and the principles of chemistry.
The rules and laws of the universe dictate the behavior and interactions of matter at the atomic and molecular level, which ultimately leads to the formation of complex structures and systems necessary for life. These laws also govern the processes of evolution and natural selection, which drive the diversity of life forms on Earth.
While the laws and principles of the universe are generally consistent and predictable, there may be some exceptions or variations in certain circumstances. For example, quantum mechanics allows for some uncertainty and randomness at the subatomic level, and the theory of relativity explains the behavior of matter at extremely high speeds or in the presence of strong gravitational fields.
Scientists use a variety of methods and tools, including mathematics, experimentation, and observation, to study and understand the rules and laws that govern the behavior of matter in the universe. This includes conducting experiments in controlled environments, creating mathematical models, and making observations of natural phenomena.
The implications of matter following rules to create us are vast and have implications for various fields such as biology, physics, chemistry, and philosophy. It helps us understand the fundamental nature of our existence and the interconnectedness of all living and non-living things. It also allows us to make predictions and advancements in technology, medicine, and other areas of human life.