Many of us would love the superpower to fly, and for good reason: Flight offers a crucial evolutionary advantage. Flying enables an animal to travel large distances quickly, in search of food and new ...

Robots helped achieve a major breakthrough in our understanding of how insect flight evolved. The study is a result of a six-year long collaboration between roboticists and biophysicists. Robots built ...

Different insects flap their wings in different manners. Understanding the variations between these modes of flight may help scientists design better and more efficient flying robots in the future.

Mosquitoes are some of the fastest-flying insects. Flapping their wings more than 800 times a second, they achieve their speed because the muscles in their wings can flap faster than their nervous ...

Within two years, researchers at the University of Washington, Seattle, intend to flight-test a package of commercial flight control sensors on the RoboFly, which already has advanced the field of ...

How did insect wings originate? This is a question that represents an unsolved mystery of insect evolution. Despite many years of research, it is still not entirely clear from which body structure ...

Classification of insects and their wingbeat kinematics -- Wingbeats and vorticity -- Evolution of flight in the insect orders -- Problems of endopterygote insect wing functional morphology -- ...

As a flying machine, a mosquito is not efficient, but since its weight is low it gets 450 million miles per gallon of nectar, which it uses as fuel. In the Scientific Monthly, Professor Brian Hocking ...

A little leg may reveal something big about how closely related insect species can drastically differ in body shape, according to a new study. The team imaged live cells of fruit flies in the last ...

Most of the volume of epithelial cell bodies containing nuclei are aligned as a monolayer on the apical (upper) side. They extend pillarlike cell processes in a basal (downward) direction. At the ...