Stars, Cells, and God

Join biochemist Fazale “Fuz” Rana and astrophysicist Hugh Ross as they discuss discoveries with theological and philosophical implications that point to the reality of God’s existence.

Why would God create a world with viruses? In this episode, biochemist Fuz Rana discusses work by scientists from Imperial College London that provides one possible reason why God created a world with viruses.

For 70 years, astronomers have looked for a star close enough to the Sun to host an Earth-like, life-friendly planet––but they still haven’t found one. Studies of thousands of “Sun-like” stars suggest that our Sun stands out in several ways, including unusually low lithium and other element abundances, an unusually calm and steady energy output, and remarkably low flare activity. Hugh explains that despite extensive research, scientists don’t yet have a satisfying natural explanation for why the Sun combines all these traits.

LINKS & RESOURCES:

Type I Interferons Induced upon Respiratory Viral Infection Impair Lung Metastatic Initiation

A Comprehensive Study of the Relations Between the Properties of Planetary Systems and the Chemical Compositions of Their Host Stars

Designed to the Core

Join biochemist Fazale “Fuz” Rana and astrophysicist Hugh Ross as they discuss discoveries with theological and philosophical implications that point to the reality of God’s existence.

To determine whether the geochemical signatures of biological nitrogen fixation—a key metabolic process necessary for life to flourish—are bona fide, investigators from the University of Wisconsin used evolutionary principles to reconstruct ancient versions of nitrogenase and evaluated their biochemical properties. In this episode, biochemist Fuz Rana describes this work and its implications for creation and evolutionary models for the origin of life.

Astronomers have discovered a star, SDSS J0715-7334, whose abundance of elements heavier than helium is less than 0.00000078! Such a low abundance can only be explained if it formed immediately after the burnout of a huge star in its vicinity, one composed of 100% hydrogen and helium. The elemental composition of this star and seven other stars like it affirms a major prediction of the biblically predicted big bang creation model.

LINKS & RESOURCES:

Resurrected Nitrogenases Recapitulate Canonical N-Isotope Biosignatures over Two Billion Years

A Nearly Pristine Star from the Large Magellanic Cloud

Big Bang Implications of Detecting the Universe’s First Stars

What Does the Bible Say About the Big Bang?

Join biochemist Fazale “Fuz” Rana and Dr. Uditha Jayatunga, senior consultant in rehabilitation medicine at Royal Derby Hospital, UK, as they discuss discoveries with theological and philosophical implications that point to the reality of God’s existence.

Discussions of evolution often focus on visible traits like wings, beaks, and eyes, but many essential mechanisms are unseen. Physiological systems—complex, dynamic, and interconnected—are vital for life and may not fit neatly into explanations based on gradual change.

Homeostasis, the body’s ability to maintain stable internal conditions, highlights this complexity. Certain life stages—such as pregnancy, birth, and puberty—trigger rapid, hormone-driven changes across multiple systems. Some mechanisms may lie dormant for generations yet remain inheritable.

In this episode, Fuz and Uditha discuss several remarkable physiological characteristics in animals and humans that defy common evolutionary mechanics.

LINKS & RESOURCES: 

Homeostasis and Feedback Loops

Physiology, Stress Reaction

Comparison of the Gastrointestinal Anatomy, Physiology, and Biochemistry of Humans and Commonly Used Laboratory Animals

The Gut Microbiome

Hibernation Physiology, Freezing Adaptation and Extreme Freeze Tolerance in a Northern Population of the Wood Frog

The Secret to an Elephant’s Trunk Is Skin Deep

Join biochemist Fazale “Fuz” Rana and astrophysicist Hugh Ross as they discuss discoveries with theological and philosophical implications that point to the reality of God’s existence.

One of the most prominent explanations for life’s origin is the RNA World Hypothesis—a model that hinges on the existence of a self‑replicating RNA molecule. Recently, researchers at Cambridge University announced what they describe as a tiny RNA replicator, only 45 base pairs in size—a discovery hailed by many as a breakthrough in chemical evolution. But does this finding truly bridge the gap between chemistry and life? In this episode, biochemist Fuz Rana takes a close look at the accomplishment, explaining why this much‑publicized advance ultimately falls short of explaining life’s origin—and how, paradoxically, it strengthens the case that a Creator is essential to life’s emergence.

In a tiny sample from the Ryugu asteroid, scientists found all five of the basic building blocks that make up DNA and RNA. However, these molecules were present only in extremely small amounts—just a few parts per billion. In fact, they made up only a small fraction of the nitrogen-based compounds in the sample. Given how small and simple these molecules are, their presence isn’t especially surprising. Although some have suggested this discovery supports the idea that life began from RNA alone, Hugh Ross explains that the amounts found are far too low to realistically contribute to the natural formation or long-term stability of DNA or RNA, which are essential for life.

LINKS AND RESOURCES:

A Small Polymerase Ribozyme That Can Synthesize Itself and Its Complementary Strand

 

A Complete Set of Canonical Nucleobases in the Carbonaceous Asteroid (162173) Ryugu

 

Origins of Life

Join astrophysicist Jeff Zweerink and geographer Joseph Kerski as they discuss discoveries with theological and philosophical implications that point to the reality of God’s existence.

What is where, why is it there, and why should we care? Joseph Kerski explores what geography is—and what it's not—and why it matters for sustainable, ethical, and resilient decision‑making today. GIS, GPS, and remote sensing are key geographic tools for understanding issues at every scale, from local to global. They’re used to study things like energy, water, habitats, natural hazards, population changes, human health, weather and climate, business site selection, supply chains, public safety, and more. Nonprofits, academia, government, and industry use such geographic thinking tools daily. Kerski examines how a Christian worldview aligns with geography’s ethic of care for the earth and its people.

LINKS & RESOURCES: 

Spatial Thinking

Thinking Spatially Podcast: Geography Is Revolutionary

Climate Data from NOAA Regional Climate Centers

Our Earth YouTube Channel

Teaching Mathematics Using Interactive Mapping

Interpreting Our World: 100 Discoveries That Revolutionized Geography