Aesthetically Pleasing: Exploring How the Brain Perceives the Arts
Beauty is in the eye of the beholder—a mostly subjective experience, so the saying implies. While we may share many common ideals about beauty and aesthetics, our reactions to art, music, and literature can diverge, converge, and overlap to a myriad of degrees....
Only the Lonely: The Human Impact of Social Isolation
Humans by their nature are social creatures. A sense of community, daily interactions, and shared experiences are tied to our overall mental and physical well-being. Few events in modern history have shut down such interactions more thoroughly than the outbreak of...
Pour One Out: The Physiology of Alcohol Consumption
“Dry January,” the cutting out of alcohol consumption during the first month of the calendar year, entered the public vernacular a little over a decade ago. The idea was first promoted in 2013 by a British charity to encourage alcohol abstinence, or at the very least,...
A Remarkable 2024: Introducing Tools for a Better and Brighter Research Future
As 2024 winds down and we ready the confetti to ring in 2025, we at BIOPAC Systems Inc. want to toot our horn after wrapping up an exciting year of growth and innovation. This year brought some big wins for the research community, thanks to BIOPAC’s efforts to make...
Everybody Hurts: Studying the Physiological and Neurological Components of Pain
A Buddhist saying states, “Pain is inevitable, but suffering is optional.” Pain’s dual nature has presented a conundrum for philosophy and the sciences. As a warning system, it protects us from harm, but it can also be the source of profound psychological and...
Facing Fear: Measuring What Scares Us
In many countries, October ushers in the season of ghosts, goblins, and all manner of frightening things that inhabit our deepest fears. While the popularity of Halloween reflects the thrills many derive from a good scare, facing one’s fears is not always fun and...
Free Your EEG: Wireless and Wearable Systems for the Lab and Beyond
The evolution of wearable technology for recording physiological signals represents a transformative leap for research, particularly when it comes to electroencephalography (EEG). These advancements allow researchers to capture brain activity data in real-world settings, moving beyond the confines of laboratory-based experiments. Mobile and wearable EEG devices utilize wireless technology to transmit data, offering significant advantages over traditional methods.
Back to School: Studying the New Frontiers in Digital Learning
As students return to the classroom and the academic year kicks off, it’s worth acknowledging that the campus is not just a setting for learning. The classroom and the academic processes within it are ripe for study. The application of physiological and psychological...
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