Loving the spike timing codes for motor control symposium. Definitely going home to read about #FlowerPower https://t.co/MIlu023Oxs #sfn16
RT @dynamicsoar: 参考文献: https://t.co/CpFBIuew27
参考文献: https://t.co/CpFBIuew27
RT @artbiocollab: Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology htt…
Moth vision in dim light- Not too fast and not too slow! http://t.co/E3I5Zyhdj4
How moths, despite their tiny brains, are able to track the movements of flowers in the wind under moonlight: http://t.co/RgfUBkFMqX
INSECT FLIGHT. Luminance-dependent visual processing enables moth flight in low light. http://t.co/HXGUM1LIai
Our Science paper came out today. Take a look! Exciting times! http://t.co/6Vy7CuLkOg
Moth vision designs are precisely adapted to the light and movement of plants and flowers in their environment. http://t.co/oXg826bb5F
Our Science paper came out today. Take a look! Exciting times! http://t.co/6Vy7CuLkOg
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
Moth vision designs are precisely adapted to the light and movement of plants and flowers in their environment. http://t.co/oXg826bb5F
Moth vision designs are precisely adapted to the light and movement of plants and flowers in their environment. http://t.co/oXg826bb5F
Moth vision designs are precisely adapted to the light and movement of plants and flowers in their environment. http://t.co/oXg826bb5F
Integrating longer to collect enough photons in the dark, still fast enough for visually guided behavior: http://t.co/rHZ8OksKOx
Visual processing by moths in dim light – "Luminance-dependent visual processing enables moth flight in low light" – http://t.co/oKUsI8RoDw
Luminance-dependent visual processing enables moth flight in low light >> http://t.co/OhQnd7iIbT
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
暗いところでも蛾が上手く飛べるのはなぜか?#後で #Science Luminance-dependent visual processing enables moth flight in low light http://t.co/bOLGgEMKve
moth brains slow down to catch speeding targets - allows visual system to collect light longer http://t.co/TTRzAolw9w http://t.co/wLW63JFcVX
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
My husband's research published in Science Magazine: http://t.co/gYIMt01hCX I'm super proud of him. :)
Luminance-dependent visual processing enables moth flight in low light http://t.co/UIO2F2TAkn
Our Science paper came out today. Take a look! Exciting times! http://t.co/6Vy7CuLkOg
Our Science paper came out today. Take a look! Exciting times! http://t.co/6Vy7CuLkOg
夜行性の昆虫は長い時間にまたがる光を集めて視覚を確保する。だが、これには光の感受性を高める効果があるものの、運動反応を遅くする欠点がある。Luminance-dependent visual processing enables …http://t.co/bNs4eJMk0p
Cool 'robotic' flower tests reveal how moths can SEE & FLY at night http://t.co/QrRAKbVZcO #BioMimicry #VisualEcology http://t.co/xCiO8hawEX
Moths can adjust exposure time and resolution of their eyes to navigate under dim light conditions. http://t.co/rEYohG8TZH
Luminance-dependent visual processing enables moth flight in low light http://t.co/0yxcIoFfBQ http://t.co/IeaJlWA80i
Luminance-dependent visual processing enables moth flight in low light http://t.co/0yxcIoFfBQ http://t.co/IeaJlWA80i
Night Vision in Tune with Nature in Hovering Hawkmoths http://t.co/uFnRJexvL6 via @uw @georgiatech @northwestu http://t.co/v9WFaEKKum