What are the origins of good and evil thoughts? Can science explain non-material thoughts? What is the connection between our non-material thoughts and our physical brain?

Can random mutations actually produce the complex molecular machines in our body like the ATP synthase motor that spins faster than a jet engine? How many of these tiny turbines power our cells every day? Which technology company based their new computer chip on the human brain because of its brilliant design? Can our thoughts be weighed? Stayed tuned for a fascinating look at our human body.

From salivary glands that secrete enzymes to lubricate and pre-digest food, to the intricate mucous membranes that line the inside, how does our mouth show amazing design by a creator? What protein binds and protects vitamin B12, without which we would die?

What do Erosion rates tell us about the age of the earth? Is radiometric dating accurate? How do flat-topped mountains support the biblical flood model?

Why did God put Adam and Eve in a garden in Eden?
How does gardening reduce stress, anxiety, and depression? Study after study is showing time in nature and gardening boosts mental health. What's the science behind it? Want to lower your risk of dementia by 50%? Listen to Dr John Ashton dig deeper into this.

Can fossilised trees, lack of fossilised soils and the absence of animal fossils in the Yellowstone fossil forest help us know what is real? Tune in to find out.

Curious about the scientific mystery behind the seven-day week? Uncover evidence supporting the historical accuracy of the Bible and its overlooked scientific relevance. Explore the intriguing link between a biological need for rest and the biblical seven day cycle. Have you ever wondered why, despite societal changes, the seven-day week remains resilient?

From its biofluorescent fur to the venomous spurs on its hind feet, how does the platypus, with its perplexing array of features, defy conventional evolutionary theories? Can the precision of its built-in electrolocation and electroreception abilities truly be attributed to random chance and blind mutations? Moreover, how could blind chance alone account for the complexity of the platypus genome, which seamlessly weaves together elements from mammals, reptiles, birds, and marsupials?