Seeking a Balanced View of Science and Faith

Throughout human history, mankind has looked to the supernatural to explain things that seemed mysterious. There was a lot of motivation for this, because much of the unknown seemed dangerous — maybe invoking the supernatural could bring benefit in the natural realm. However, as knowledge of the natural world became more and more complete and successful, there seemed less and less need for the supernatural. For many, it became interesting, but not important.

Yet needs and fears didn’t really go away, they changed. We no longer fear the dark, but fear uselessness and hopelessness. We no longer struggle to find food, but still struggle with the need for love and relationship. We seek to understand the unknown instead of fearing it, but also seek a basis for right and wrong. And so religion has persisted, itself evolving from mere dogma to something more transcendent, still claiming to shine a light on these persistent aspects of being human.

So now we are faced with a question: Has science provided enough of a solution, or is faith still the answer for such fundamental needs? Continue reading →

Where’s the Wave Collapser?

This little video illustrates one of the big confounding questions in physics. The question is how to understand the role of conscious observation in resolving a quantum state. The problem has been around for a long time, and Erwin Schrödinger came up with this famous illustration to highlight the question. Towards the end, the video describes a higher-level perspective about the question. Continue reading →

Sudden Phase Change

Imagine a basin of calm, liquid water. Perfectly still and pure. All of a sudden it is jostled, or a speck of dust falls in, and it freezes in a moment. The water must have started below freezing, yet it was liquid. This seeming contradiction can occur when very pure water is carefully lowered below freezing, so ice crystals never have a chance to form. The result is “supercooled” water. Supercooled water may remain liquid while cooled quite far below freezing. It’s easy to make in the lab or at home, and sometimes occurs in nature.

While the water is still liquid, it seems contradictory: below freezing, yet not frozen. If water below freezing is supposed to be frozen, why is this so easy to demonstrate? It just seems wrong. Continue reading →