Forget what you learned in physics: heat doesn't move through a living cell the same way it moves through water.
Life Science biorxiv | Apr 16
We've discovered a tiny "molecular microwave" that can melt the toxic ice-like clumps found in the brains of dementia patients.
Life Science biorxiv | Apr 16
Poisoning from common metals can trick your body into thinking you have a viral infection.
Life Science biorxiv | Apr 16
Huntington's disease doesn't just poison your cells; it literally strangles them with a "knitted fabric" made of toxic protein.
Life Science biorxiv | Apr 16
You think your political enemies hate the same heroes you love, but they actually like them too.
Society & Education socarxiv | Apr 16
Your skin cells don't just follow chemical signals to grow; they wait until they feel the "crowd" around them get too tight.
Life Science biorxiv | Apr 16
People who feel the most unmotivated and pessimistic are actually better at planning their goals than those who feel great.
Life Science biorxiv | Apr 16
Bacteria have developed a "Trojan Horse" molecule that kills competitors by tricking them into eating fake vitamins.
Life Science biorxiv | Apr 16
Eating too much can cause your fat to "leak" DNA, which tricks your body into becoming diabetic.
Life Science biorxiv | Apr 16
You don't actually need 'high-definition' vision to recognize objects, as proven by a tiny mammal that sees the world in a blur.
Life Science biorxiv | Apr 16
Inside a single bucket of river water, some bacteria species are as diverse as the entire human race while their neighbors are billions of identical clones.
Life Science biorxiv | Apr 16
Your brain doesn't actually 'feel' the texture of a hard surface; it just measures how much it vibrates.
Life Science biorxiv | Apr 16
The lonelier you are, the harder you are willing to work—physically—just to help a stranger.
Psychology psyarxiv | Apr 16
Your brain turns every sniff you take into a moving geometric map, proving our sense of smell is actually a high-speed geometry engine.
Life Science biorxiv | Apr 16
A single protein acts like a "structural beam" to keep your cells from bending out of shape when they divide.
Life Science biorxiv | Apr 16