Modeling involuntary aspects of human behavior, such as blinking or even jet lag, might help build trust in robot-human interactions.
Bradley van Paridon
Brad completed a Ph.D. where he studied invasive parasites and parasites that manipulate their hosts. After graduating, he began freelance science writing and podcasting. His written and audio stories have appeared in Chemistry World, Hakai, Scientific American, and Undark.
Impact sensor to measure the force of headers
Even light blows from heading a soccer ball can contribute to long term brain injury, highlighting the need for collecting precise data.
Making progress with a gene therapy for muscular dystrophy
Important findings from an animal study have prompted the exploration of a gene therapy for Duchenne muscular dystrophy in an ongoing human trial.
Heart attack treatment uses reprogrammed cells
Scientists explore whether macrophages — key players in trauma repair — can sense and respond to damage caused by a heart attack.
Should COP15 countries guarantee access to scientists?
Scientists argue that guaranteeing unimpeded access for researchers to all COP15 member countries’ territories should be added to the Convention on Biological Diversity.
Mapping the octopus brain
Understanding how a completely different neural structure achieves the same function as the human brain opens up possibilities for designing new types of AI systems.
Finally, an anti-fizzing paper straw that doesn’t get soggy
Soggy, limp paper straws have for too long been the only option to minimize plastic waste, but a new, improved design will remedy this.
How do nanoplastics affect crop yield and nutrition?
From soil to the seed, nanoplastics were shown to accumulate in rice and peanuts with potential affects on crop yield and nutrition.
How wildfires are pushing mountain lions toward riskier behavior
What lessons can a threatened mountain lion population living within the bounds of Los Angeles teach about the future of conservation?
Leveraging the nervous system to manage pain
Implantable and completely dissolvable electrical devices may end the dominance of opioids in managing pain.