Nanomotor
A nanomotor is a molecular or nanoscale device capable of converting energy into movement. It can typically generate forces on the order of piconewtons. While nanoparticles have been utilized by artists for centuries, such as in the famous Lycurgus cup, scientific research into nanotechnology did not come about until recently. In 1959, Richard Feynman gave a famous talk entitled "There's Plenty of Room at the Bottom" at the American Physical Society's conference hosted at Caltech. He went on to wage a scientific bet that no one person could design a motor smaller than 400 µm on any side. The purpose of the bet (as with most scientific bets) was to inspire scientists to develop new technologies, and anyone who could develop a nanomotor could claim the $1,000 USD prize. However, his purpose
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2014 in scienceAlex ZettlAyusman SenCarbon nanotube nanomotorClustering of self-propelled particlesCollective motionDonglei FanElectrostatic motorEngineIndex of electrical engineering articlesJoseph WangList of University of Texas at Austin facultyMicromotorMicropumpMolecular assemblerMolecular motorNanocarNanoelectromechanical systemsNanomechanicsNanomotorsNanoroboticsNanoscale plasmonic motorNanotechnologyOutline of nanotechnologyPotential applications of carbon nanotubesSelf-propelled particlesSijbren OttoSynthetic molecular motorThere's Plenty of Room at the Bottom
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Nanomotor
A nanomotor is a molecular or nanoscale device capable of converting energy into movement. It can typically generate forces on the order of piconewtons. While nanoparticles have been utilized by artists for centuries, such as in the famous Lycurgus cup, scientific research into nanotechnology did not come about until recently. In 1959, Richard Feynman gave a famous talk entitled "There's Plenty of Room at the Bottom" at the American Physical Society's conference hosted at Caltech. He went on to wage a scientific bet that no one person could design a motor smaller than 400 µm on any side. The purpose of the bet (as with most scientific bets) was to inspire scientists to develop new technologies, and anyone who could develop a nanomotor could claim the $1,000 USD prize. However, his purpose
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A nanomotor is a molecular or ...... applications within the body.
@en
Un nanomotor es un dispositivo ...... utilizan nanotubos de carbono.
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adalah alat berukuran molekule ...... plikasi untuk pada masa depan.
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Нанодвигун — молекулярний прис ...... матеріалів і хімічних методів.
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Наномотор — молекулярное устро ...... териалов и химических методов.
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محرك النانو هو جهاز جزيئي قادر ...... حساسة للأشعة الفوق البنفسجية.
@ar
纳米马达是一种能够将能量转化为机械能的分子或纳米级装置。 自 ...... 不同,可分为化学驱动、物理场驱动以及混合动力驱动的纳米马达。
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1,022,474,988
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A nanomotor is a molecular or ...... D prize. However, his purpose
@en
Un nanomotor es un dispositivo ...... ra encender y apagar el motor.
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adalah alat berukuran molekule ...... an rotasi berdasarkan karbon n
@in
Нанодвигун — молекулярний прис ...... ікротрубочок всередині клітин.
@uk
Наномотор — молекулярное устро ...... м микротрубочек внутри клеток.
@ru
محرك النانو هو جهاز جزيئي قادر ...... حساسة للأشعة الفوق البنفسجية.
@ar
纳米马达是一种能够将能量转化为机械能的分子或纳米级装置。 自 ...... 不同,可分为化学驱动、物理场驱动以及混合动力驱动的纳米马达。
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Nanomotor
@de
Nanomotor
@en
Nanomotor
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Nanomotor
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Нанодвигун
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Наномотор
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محرك النانو
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纳米马达
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