Fossil Ape Inner Ear Shows No Evolution

The ear is comprised of three parts, the outer of which helps collect and amplify sounds for the sending of sound vibrations onward. In the middle ear, there are three small bones that transmit information from the tympanic membrane onward to the inner ear. The brain sorts out the sound information.

Another function of the inner ear is balance. People who have inner ear infections can have dizziness and spacial awareness trouble. In infection can affect walking and other activities. Darwin's acolytes try to link us to our alleged apelike ancestors by examining fossils of their inner ears.

Anatomy of the Human Ear, Wikimedia Commons / Lars Chittka; Axel Brockmann (CC BY 2.5)

The inner ear is extremely complex with many parts working together. This specified complexity strongly testifies to the genius of the Master Engineer.

Like apes today, those pretended ancestors would have been quite at home swinging from trees. Walking on two legs is uncomfortable and tolerated for short distances. It is assumed that our last common ancestor (we split from apes due to creative differences and royalty payments) was like Lufengpithecus, the inner ear of which was studied.

That extinct ape was like our supposed last common ancestor, but nobody knows what the critter looked like. (Very good, very scientific. Actually, it's not even blind faith, it is wishful thinking springing from presuppositions.) Somehow, that inner ear gives insight into how humans learned to walk upright. No, humans were created to walk upright, and apes were created to do what they do — which is a far more reasonable explanation of the facts.

he vain attempt by evolutionists to make an evolutionary connection between people and ape-like ancestors continues. This time, it is in regard to the inner ear of a supposedly six-million-year-old ape fossil called Lufengpithecus.

To begin, scientists from New York University made a refreshingly blunt admission: "While scientists have long been intrigued by the question of how humans’ bipedal stance and movement evolved from a quadrupedal ancestor, neither past studies nor fossil records have permitted the reconstruction of a clear and definitive history of the early evolutionary stages that led to human bipedalism."

This is certainly true, and some scientists have suggested some truly outrageous theories for how and why mankind started walking upright. So, this disclaimer is appreciated; however, as is typical with macroevolutionary stories, this report is still awash with speculation, bias, and subjectivism.

To read the rest and see how wishful thinking is passed off as objective science, see "Human Evolution and the Inner Ear." The video below about hearing and balance is not only good, but it is another example that science can be explained without giving homage to Darwin.