Electroreception, the ability to sense electric fields, is a fascinating trait found in species like sharks, bees, and platypuses. Recent research has added fruit fly larvae (Drosophila melanogaster) to this list, revealing their capacity to detect electric fields and navigate toward negative electric potentials. This discovery opens new avenues for understanding sensory biology and bioengineering ...
You’ve probably wondered whether humans could unlock abilities beyond our traditional five senses. While animals navigate using magnetic fields, echolocate in total darkness, and detect electrical signals from miles away, we seem stuck with our limited sensory toolkit. Yet fascinating research reveals the potential for humans to develop remarkable new sensory abilities through both natural ...
Imagine negotiating a busy city street, climbing a mountain trail, or even riding a bicycle all without looking forward. Most people find this unfeasible. Still, a growing body of studies shows that people can create comprehensive mental maps of their surroundings by using sound echoes, thus developing a sort of “sonar vision.” Human echolocation is ...
