Join Fazale “Fuz” Rana and Hugh Ross as they discuss new discoveries taking place at the frontiers of science that have theological and philosophical implications, including the reality of God’s existence.

Designer Proteins

Recently, a research team from the University of Washington achieved a milestone in nanotechnology when they used computational methods to design proteins from the ground up shaped into structures that resemble axles and rotors. In turn, they assembled these components into rudimentary protein machines. This proof-of-principle work sets the stage for scientists and technologists to design other machine parts that can be used to fabricate even more sophisticated protein machines.

In this episode, biochemist Fuz Rana discusses this exciting work and explores how it can be marshalled as evidence for a Creator’s role in the origin and design of life.

Cosmic Time Dilation

Time dilation provides direct evidence for the biblically implied big bang creation model. A cornerstone of big bang cosmology is that the universe expands from an infinitesimally small spacetime volume. In such a universe distant galaxies and quasars will be moving away from Earth at high velocities. According to special relativity, clocks moving at high velocities relative to Earth will show time extended by a factor of 1 divided by the square root of (1 – v2/c2), where “v” is the velocity at which the clock is moving and “c” is the velocity of light. Astronomers have observed the cosmic time dilation predicted by the big bang in the light curves of type Ia supernova in galaxies 4–9 billion years away. However, until now, they have not seen it in the very distant universe where the time dilation effect would be 10–60 times greater. Now, a two-decade study of the variability of quasars more distant than 12.8 billion light-years has spectacularly affirmed the expected cosmic time dilation. Thus, it affirms the Bible’s accuracy in anticipating future scientific discoveries and helps establish the doctrine of biblical inerrancy.

Links and Resources:

• Computational Design of Mechanically Coupled Axle-Rotor Protein Assemblies