Gavin Howe
The theory of evolution is a hotly debated topic, with some arguing that it contradicts the laws of probability, chemistry, information, and thermodynamics. Others propose that evolution is not based on natural laws and is, in fact, contrary to them. However, there are also researchers who suggest that evolution follows a missing scientific law that drives the evolution of life, minerals, planets, and stars. This law highlights the tendency for natural systems to become more complex over time.
| Characteristics | Values |
|---|---|
| Basic laws of chemistry | Life's self-assembly contradicts everything we currently understand about basic laws of chemistry |
| Basic laws of information | Life's self-assembly contradicts everything we currently understand about basic laws of information |
| Basic laws of thermodynamics | Life's self-assembly contradicts everything we currently understand about basic laws of thermodynamics |
| Laws of probability | All theories on an evolutionary origin of the universe contradict the laws of probability |
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What You'll Learn
The laws of probability
The theory of evolution is not based on natural laws but is, in fact, contrary to them. It contradicts the laws of probability, chemistry, information, and thermodynamics.
Evolutionary theories on the origins of the universe contradict the laws of probability. The laws of probability are based on the assumption that events are independent of each other. However, evolutionary processes are dependent on previous events and are influenced by the environment and genetic variations. For example, the evolution of a species is dependent on the genetic variations that occur in a population, which are influenced by factors such as mutation rates, genetic recombination, and natural selection. These factors are not independent of each other and can be influenced by the environment and other factors.
Additionally, the laws of probability deal with large numbers and assume that the larger the number, the more likely an event is to occur. However, evolutionary processes often involve small numbers and can be influenced by factors such as genetic drift and founder effects. Genetic drift refers to the random changes in allele frequencies that can occur in small populations, which can have a significant impact on the evolution of a species. Founder effects refer to the loss of genetic variation that occurs when a new population is established by a small number of individuals from a larger population. These effects can result in reduced genetic variation and can influence the evolutionary trajectory of a species.
Overall, the theory of evolution contradicts the laws of probability by involving dependent events, non-random processes, and small numbers. These factors can influence the evolutionary trajectory of a species and are not accounted for by the laws of probability.
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The laws of chemistry
The theory of evolution is not based on natural laws and is actually contrary to them. It contradicts the laws of chemistry, information, and thermodynamics. Life's self-assembly goes against everything we understand about the basic laws of chemistry. It is also argued that evolutionary theories on the origins of the universe contradict the laws of probability.
However, some researchers have proposed a "missing" scientific law for the evolution of life, minerals, planets, stars, and everything else in the universe. This new law identifies "universal concepts of selection" that drive systems to evolve, whether they are living or not. It addresses the tendency for natural systems in the universe to become more complex over time.
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The laws of thermodynamics
Evolutionary theory is not based on natural laws but is actually contrary to them. This means that it cannot be considered a scientific theory. The laws of thermodynamics are fundamental to our understanding of the natural world, and any theory that contradicts them must be treated with caution.
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The laws of information
The theory of evolution is not based on natural laws but is actually contrary to them. It contradicts the laws of chemistry, information, and thermodynamics. For example, life's self-assembly contradicts everything we currently understand about the basic laws of information. Natural systems cannot write life's code or synthesise life's decoding machines.
Evolutionary theories on the origins of the universe also contradict the laws of probability. Researchers have proposed a "missing" scientific law for the evolution of life, minerals, planets, stars, and everything else in the universe. This new law identifies "universal concepts of selection" that drive systems to evolve, whether they are living or not. It addresses the tendency for natural systems in the universe to become more complex over time.
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The laws of natural systems
Evolutionary theory also contradicts the laws of probability. The probability of evolutionary events occurring is so low that they should be excluded as a basis for scientific theory. This is because the probability of evolutionary events occurring is so low that they are unlikely to have occurred.
However, some researchers have proposed a "missing" scientific law for the evolution of everything in the universe. This law identifies "universal concepts of selection" that drive systems to evolve, whether they are living or not. It addresses the tendency for natural systems in the universe to become more complex over time. This suggests that evolution may not break the laws of natural systems but instead follows a law that has not yet been discovered or understood.
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Frequently asked questions
Yes, evolution breaks the laws of chemistry, information, and thermodynamics.
Evolution contradicts the laws of chemistry, information, and thermodynamics because natural systems cannot write life's code or synthesise life's decoding machines.
Evolutionists claim that evolutionary theory is based on natural laws and therefore qualifies as a scientific theory. They argue that the theory of creation is not based on natural laws and therefore cannot be scientific.
