ID the Future Intelligent Design, Evolution, and Science Podcast
Topic

multicellular

dickinsonia-extinct-creatures-of-the-ediacaran-era-one-of-the-first-animals-stockpack-adobe-stock
Dickinsonia, extinct creatures of the Ediacaran era, one of the first animals
Image Credit: dottedyeti - Adobe Stock

Günter Bechly on Why Seventy Years of Textbook Wisdom Was Wrong

A new study challenges decades of conventional wisdom on what caused the geologically sudden rise of multicellular life on earth. So what mechanism triggered the Avalon explosion and other similar infusions of new life? And is it a science stopper to use intelligence or mind as a working hypothesis? On this ID The Future, we welcome back paleoentemologist Dr. Günter Bechly to answer these questions and more. A 1959 paper argued that an increase in oxygen content was a pre-condition for the rise of the first complex macro-organisms. This became mainstream consensus for decades. But a new study shows that this geologic event, known as the Avalon explosion, was actually precipitated by a drop in oxygen levels. Dr. Bechly explains the new paper's findings. He also explains the type of mechanism that has the power to produce the effects in question. Read More ›
nanoparticles-destroying-cancer-cells-nanoparticles-cancer-t-535202789-stockpack-adobestock
Nanoparticles destroying cancer cells, nanoparticles cancer therapy, cancer cell surrounded by nanoparticles killing the tumor 3d rendering
Image Credit: catalin - Adobe Stock

Inside the Cell: Death and Self-Sacrifice

On this episode of ID the Future, Sarah Chaffee interviews CSC Senior Fellow Ann Gauger about apoptosis — or self-induced cell death — and how it plays into multicellular life. Listen in to learn more about the immune system, development, and how apoptosis demonstrates purpose.

IDTF-thumbnail
IDTF-thumbnail

Are Pre-Cambrian Fossils the Solution to Darwin’s Dilemma?

On this episode of ID the Future, David Boze interviews Casey Luskin about a new study which determined that Precambrian microfossils could not have been evolutionary ancestors of the complex animals that appear in the Cambrian explosion. Previously, Darwinian paleontologists believed these fossils were multicellular animal embryos, but computer tomographic analysis has now shown they were single-celled algae-like organisms. As Boze and Luskin explain, they cannot be the solution to “Darwin’s Dilemma.”