Brain Might Not Stand in the Way of Free Will
Advocates of free will can rest easy, for now. A 30-year-old classic experiment that is often used to argue against free will might have been misinterpreted.
Advocates of free will can rest easy, for now. A 30-year-old classic experiment that is often used to argue against free will might have been misinterpreted.
New research shows that anyone can be corrupted at the drop of a hat. Indeed, when looked at in evolutionary terms, clinging to the moral high ground could be seen as an irrational position. If everyone else is cheating, then playing by the rules will leave you with the smallest haul—where the haul, whatever it…
The story of how humans evolved from knuckle-walking primates to upright bipeds is still a matter of great debate among anthropologists. One of today’s leading theories suggests that our forest-dwelling ancestors began walking on two feet as climate change stripped away the trees they lived in, forcing them to move to the ground. Another explanation…
During the 19th and early 20th centuries, religion lost influence, but the religious impulse lingered on. Some people sought salvation in the secular religions of politics — in Communism, fascism and various utopian experiments. Others saw artists, musicians and writers as Holy Men, who could provide transcendence and meaning, revealing timeless truths on how to…
The old saying that where there’s muck, there’s brass has never proved more true than in genetics. Once, and not so long ago, received wisdom was that most of the human genome—perhaps as much as 99% of it—was “junk”. If this junk had a role, it was just to space out the remaining 1%, the…
Nationwide, gardeners have been experimenting with their newly assigned plant hardiness zones, a guide provided by the USDA that maps how well a plant will survive winter temperatures in a certain region. The map divides regions into different growing zones based on the average lowest temperature. Since the 1960s, growers have used it as a…
DNA holds the genetic code for all sorts of biological molecules and traits. But University of Illinois researchers have found that DNA’s code can similarly shape metallic structures. The team found that DNA segments can direct the shape of gold nanoparticles — tiny gold crystals that have many applications in medicine, electronics and catalysis. Led…