Listening to rhythm isn’t passive—your brain reshapes in real time, building new networks and syncing waves to match the beat.
One study showed that only 59% of organ transplant patients lived for one year after getting invasive aspergillosis. Only 25% of stem cell transplant patients survived that long.
From 2000 to 2013, US hospital stays for invasive aspergillosis went up about 3% each year. By 2014, there were almost 15,000 hospital stays, costing around $1.2 billion. Autopsies in ICUs show aspergillosis is one of the top four infections that can cause death.
A group of the top minds in AI gathered over the weekend to discuss the “posthuman transition” — a mind-bending exercise.
Working long hours may actually change the structure of your brain, according to new research published in Occupational & Environmental Medicine. The study points to alterations in key brain areas responsible for emotional regulation and executive functions like working memory and problem solving.
Researchers believe that chronic overwork could trigger neuroadaptive changes, which might have lasting effects on both cognitive performance and emotional well-being.
The dangers of working too much extend beyond burnout. Long hours have already been linked to higher risks of heart disease, metabolic disorders, and mental health problems. The International Labour Organisation (ILO) reports that overwork contributes to more than 800,000 deaths worldwide each year.
Neuroscientists have uncovered a fascinating piece of the puzzle behind what makes us truly intelligent. While machines excel at repetitive tasks, humans and animals amaze with their ability to adapt, imagine, and generalize. What in the brain allows for this flexible thinking? A recent study in mice gives us clues by identifying specific brain cells responsible for tracking progress in complex behaviors—not just physical locations.
For decades, it has been known that certain brain cells, like place cells and grid cells, help animals navigate physical space. These cells create mental maps of the environment, guiding an animal or person through streets, rooms, or mazes. But what about navigating through a sequence of actions, such as cooking a new recipe or solving a fresh problem?
Researchers trained mice to perform a task in which they moved through a series of four goal locations to receive water rewards. The order of goals repeated in a loop, but to challenge them, the locations were moved. The mice instantly adjusted, understanding the sequence even in completely new situations. This wasn’t memory playing tricks; the mice were generalizing the structure of the task.
Astronomers find object larger than pluto, is this the biggest solar system discovery in decades?
The realization and phonon imaging of nanoscale mechanical metamaterials has remained challenging. Here the authors resolve the phonon dynamics and band structures of five different self-assembled nanoparticle lattices, revealing the role of nanoscale colloidal interactions in modulating the lattice properties.
A big new study discovered a simple way busy entrepreneurs can squeeze even more health benefits out of their daily walk.
A research team has identified genetic factors that influence the shape of subcortical brain regions—far beyond volume measurements. The results could open up new approaches for the early detection of neurological and mental disorders.
The large-scale study led by Forschungszentrum Jülich, Heinrich Heine University Düsseldorf, and Helmholtz Munich examined the genetic influences on the shape of certain brain regions. The researchers focused on 22 subcortical structures, including the cerebellum. For the analysis, they used data from around 20,000 healthy White-British UK Biobank participants.
The research is published in the journal Science Advances.
Researchers have developed a groundbreaking 3D brain model that closely mirrors the architecture and function of the human brain.