There are actually 2 claims I want to talk about. The first is that Evolution violates the law of entropy.
This is easily dismissed by physicists, as this holds only in a closed system. The temperature in an organism is mostly constant, so dS/dt=(1/T)(dQ/dt). Since the temperature is constant, the only way to increase entropy in this case is to have mass or energy added or subtracted from the organism, i.e it is not a closed system. This
gives us dS/dt=c(dm/dt), where S is entropy, c is specific heat, t is time, and m is mass. Because there is
entropy change in organisms, there must be mass added to the system for there to be entropy. Therefore, it is not a closed system. The mass of an organism changes very little, so we can say that entropy changes very
little in an organism.
The second is that it violates the conservation of information. There is no way conservation of information is
Violated by evolution, and it isn't even an official law.
This is easily dismissed by physicists, as this holds only in a closed system. The temperature in an organism is mostly constant, so dS/dt=(1/T)(dQ/dt). Since the temperature is constant, the only way to increase entropy in this case is to have mass or energy added or subtracted from the organism, i.e it is not a closed system. This
gives us dS/dt=c(dm/dt), where S is entropy, c is specific heat, t is time, and m is mass. Because there is
entropy change in organisms, there must be mass added to the system for there to be entropy. Therefore, it is not a closed system. The mass of an organism changes very little, so we can say that entropy changes very
little in an organism.
The second is that it violates the conservation of information. There is no way conservation of information is
Violated by evolution, and it isn't even an official law.