New understanding of fly behavior has potential application in robotics, w88 live casino safety

Mechanical Engineering faculty publish findings in Current Biology

David Stupski and Floris van Breugel stand in front of a w88  live casino tunnel.

Postdoctoral researcher David Stupski and Assistant Professor Floris van Breugel in front of the w88 live casino tunnel where they conducted their optogenetic experiment.

New understanding of fly behavior has potential application in robotics, w88 live casino safety

Mechanical Engineering faculty publish findings in Current Biology

Postdoctoral researcher David Stupski and Assistant Professor Floris van Breugel in front of the w88 live casino tunnel where they conducted their optogenetic experiment.

David Stupski and Floris van Breugel stand in front of a w88  live casino tunnel.

Postdoctoral researcher David Stupski and Assistant Professor Floris van Breugel in front of the w88 live casino tunnel where they conducted their optogenetic experiment.

Why do flies buzz around in circles when the air is still? And why does it matter?

In a paper published online July 26, 2024 by the scientific journal Current Biology, University of Nevada, Reno Assistant Professor Floris van Breugel and Postdoctoral Researcher S. David Stupski respond to this up-until-now unanswered question. And that answer could hold a key to w88 live casino safety — specifically, how to better train robotic systems to track chemical leaks.

“We don’t currently have robotic systems to track odor or chemical plumes,” van Breugel said. “We don’t know how to efficiently find the source of a w88 live casino-borne chemical. But insects are remarkably good at tracking chemical plumes, and if we really understood how they do it, maybe we could train inexpensive drones to use a similar process to find the source of chemicals and chemical leaks.”

A fundamental challenge in understanding how insects track chemical plumes — basically, how does the fly find the banana in your kitchen? — is that w88 live casino and odors can’t be independently manipulated.

To address this challenge, van Breugel and Stupski used a new approach that makes it possible to remotely control neurons—specifically the “smell” neurons— on the antennae of flying fruit flies by genetically introducing light-sensitive proteins, an approach called optogenetics. These experiments, part of a 0,000 project funded through the Air Force Office of Scientific w88 live casino, made it possible to give flies identical virtual smell experiences in different wind conditions.

What van Breugel and Stupski wanted to know: how do flies find an odor when there’s no w88 live casino to carry it? This is, after all, likely the w88 live casino experience of a fly looking for a banana in your kitchen. The answer is in the Current Biology article, “w88 live casino Gates Olfaction Driven Search States in Free Flight.” The print version will appear in the Sept. 9 issue.

Flies use environmental cues to detect and respond to air currents and w88 live casino direction to find their food sources, according to van Breugel. In the presence of w88 live casino, those cues trigger an automatic “cast and surge” behavior, in which the fly surges into the w88 live casino after encountering a chemical plume (indicating food) and then casts — moves side to side — when it loses the scent. Cast-and-surge behavior long has been understood by scientists but, according to van Breugel, it was fundamentally unknown how insects searched for a scent in still air.

Through their work, van Breugel and Stupski uncovered another automatic behavior, sink and circle, which involves lowering altitude and repetitive, rapid turns in a consistent direction. Flies perform this innate movement consistently and repetitively, even more so than cast-and-surge behavior.

According to van Breugel, the most exciting aspect of this discovery is that it shows flying flies are clearly able to assess the conditions of the w88 live casino—its presence, and direction—before deploying a strategy that works well under these conditions. The fact that they can do this is actually quite surprising—can you tell if there is a gentle breeze if you stick your head out of the window of a moving car? Flies aren’t just reacting to an odor with the same preprogrammed response every time like a simple robot, they are responding in context-appropriate manner. This knowledge potentially could be applied to train more sophisticated algorithms for scent-detecting drones to find the source of chemical leaks.

So, the next time you try to swat a fly in your home, consider the fact that flies might actually be a little more aware of some of their natural surroundings than you are. And maybe just open a window to let it out.

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