Science

Is the chimpanzee the human’s closest relative in the animal world? According to the theory of evolution, the answer is a categorical YES. Specialised literature abounds in generous estimates of human-chimpanzee genetic similarity, ranging from 96% to 99%. But how are these percentages obtained, what assumptions do they hide, and what do they mean beyond the evolutionary interpretation?

Genetic testing is a new frontier in preventive medicine. But beyond this border, there lies a minefield of trial and error.

The eye's intricate structure has long been a focal point in the creationism vs evolutionism debate, serving as a key example in the argument of irreducible complexity. More recently, methods of simulating the evolution of the eye have emerged, which claim to provide significant support for Darwinism. Who is right?

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?

After I published the analysis regarding the mirage of cryptocurrencies, I received an irresistible invitation: an IT consultant offered to give me a demonstration, in front of the laptop, of the connection between cryptocurrencies and the black market. The exercise turned into a three-hour discussion on cybersecurity and ended with unexpected conclusions about identity theft for political purposes.

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

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.

At first glance, the idea that life could have emerged spontaneously seems to imply insurmountable probabilities. Indeed, simple yet accurate mathematical modelling reveals infinitesimal probabilities, regardless of the length of time available. So, how is the theory of evolution compatible with these mathematical arguments? Is the spontaneous emergence of life the only improbable aspect of the theory?

All COVID-19 statistics lead to the same conclusion: the young ones, our children, are at the lowest risk of getting ill or dying from the virus. That’s comforting. But the pandemic does pose a certain danger to them.

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

Risks of mRNA vaccines in the COVID-19 era: How we know they don't alter our DNA.

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

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.

Sleep is perhaps the most important, complicated, and misunderstood physiological mechanism that keeps us alive.

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?