Science

Hope can be palpable and elusive at the same time, both reasonable and independent of logic. Yet this independence from logic is not synonymous with indifference to reason, but a victory over it. Hope has its own logic, one that changes lives for the better.

When the founders of the Loma Linda University Medical Center in California laid the foundation, their purpose was somewhat paradoxical. Christians to the bone, and Adventists on top of that, they echoed the words attributed to the great reformer Martin Luther: “Even if I knew that tomorrow the world would go to pieces, I would still plant my apple tree.”

The first time he saw a living human brain, neurosurgeon Sanjay Gupta says it became “a powerful and life-changing experience."

"[B]ut test them all; hold on to what is good" (1 Thessalonians 5:21).

For Carl Sagan, renowned astronomer and militant atheist, God's place in the universe was certain: "The cosmos is all that is, or ever was, or ever will be." For Richard Dawkins, exponent of the "new wave" of atheism, true science is necessarily atheistic and materialistic. This paradigm dominates the scientific world today.

The field of science was flourishing, and amid its youngest and brightest, one student in particular consistently topped physics and chemistry courses, took its academic prizes and was courted with offers of scholarships by prestigious universities. His trajectory was toward the heights of the scientific world.

It is commonly assumed that at least 96% of the genome of a multicellular organism has no functional role. A junk-dominated genome is the ideal place for evolution to randomly explore new functions and characteristics of the species. After all, who would ever think that a wise and all-knowing Creator would use 96% informational junk to define a human being or a mollusc?

Bacteria are becoming increasingly resistant to antibiotics; some butterflies and fish are developing new colours for better camouflage; and a series of laboratory experiments have revealed small but significant changes in various microorganisms. Are these phenomena conclusive evidence of evolution unfolding before our eyes?

Scientific progress in understanding the DNA molecule and in deciphering the molecular mechanisms by which cells function can only be described as revolutionary. In the first of our "Genetics and Evolution" series of articles we examine the implications of these discoveries for evolutionary and creationist perspectives on the origin of life.

The increased frequency with which doctors are encountering antibiotic-resistant bacteria is worrying. And it could affect an already precarious medical field—cancer treatment.

On 17 March 2014, the science and technology blog of the prestigious newspaper The New Yorker announced, "A scientific breakthrough lets us see to the beginning of time". Lawrence M. Krauss, renowned physicist and author of "A Universe From Nothing: Why There is Something Rather than Nothing", commented in his article on the news that went around the world, heralding a landmark moment...

Although the results do not seem spectacular yet, at least to the majority of the population, probably the most remarkable advances in the field of healthcare in the last 30 years relate to the mapping of the human genome (completed in 2003), the genome of other animal and plant species, and the development of bioinformatics.

Humans have only a fifth of the genetic material of an onion, and slightly more DNA than a mouse. Why would the Creator of life use five times more genetic information for an onion than for a human? And why would He create humans to be only slightly more genetically complex than mice? Aren't long and aimless evolutionary processes a better explanation for...

Atheists frequently invoke the theory that in the Middle Ages, Christians (not just lay people, but even church leaders) believed in the myth of the flat Earth.

Very few ordinary people seem to be overflowing with passion for quantum physics, as the field involves a high degree of abstraction and relatively complicated mathematical equations.