...just like the electricity in a light bulb doesn't move on to light bulb heaven when it's life ends.
But the light bulb is not the electricity. What happens to the electricity that powered the light bulb when the light bulb dies? Does it stop existing? Well, test out your theory there... next time you blow a bulb, take the expired bulb out and stick your finger in the socket and let us know if the electricity still lives on?
No fool. When the bulb burns out, what happens to the light it was putting out? Does it go to light heaven? Does it still feel/exist? Do an experiment. In a dark room light a match. When the match burns out, what happens to the light? That is what happens to your soul when you die. The light doesn't move on to light heaven.
Oh by the way, From amphibians came the first reptiles: Hylonomus is the earliest known reptile.
Reptiles have advanced nervous systems, compared to amphibians.
So amphibians came from the first reptiles. Do you dispute that?
Shortly after the appearance of the first reptiles, two branches split off. One branch is the Diapsids, from which come the modern reptiles and birds. The other branch is Synapsida, from which come modern mammals.
So all mammals evolved from early reptiles.
I'm not a scientist but I believe them more than I believe you.
Do you really believe man/human was always in this man form? You don't believe we came from
100 Ma Last common ancestor of mice and humans (base of the clade Euarchontoglires).
A group of small, nocturnal and arboreal, insect-eating mammals called the Euarchonta begins a speciation that will lead to the primate, treeshrew and flying lemur orders.
Primates diverge into suborders Strepsirrhini (wet-nosed primates) and Haplorrhini (dry-nosed primates). Strepsirrhini contain most of the prosimians; modern examples include the lemurs and lorises. The haplorrhines include the three living groups: prosimian tarsiers, simian monkeys, and apes. One of the earliest haplorrhines is Teilhardina asiatica, a mouse-sized, diurnal creature with small eyes. The Haplorrhini metabolism lost the ability to make its own Vitamin C. This means that it and all its descendants had to include fruit in its diet, where Vitamin C could be obtained externally.
Catarrhini splits into 2 superfamilies, Old World monkeys (Cercopithecoidea) and apes (Hominoidea). Our trichromatic color vision had its genetic origins in this period.