1.8 billion pixels! Amazing new Mars panorama from Curiosity
The highest resolution panorama of Mars to date from the Curiosity rover has been released. — Curiosity Rover: Facts and Information: (https://www.space.com/17963-mars-curiosity.html)
Panorama in 360 video: youtu.be/0fva2pH41FM
Credit: NASA/JPL-Caltech/MSSS
NASA’s Perseverance Mars Rover Sample Caching System
Watch as NASA-JPL engineers test the Sample Caching System on the Perseverance Mars rover. Described as one of the most complex robotic systems ever built, the Sample and Caching System will collect core samples from the rocky surface of Mars, seal them in tubes and leave them for a future mission to retrieve and bring back to Earth.
The team is on track to launch Perseverance in July 2020 and land in Mars’ Jezero Crater in February 2021. For more information on the Mars 2020 Perseverance mission, please go to: mars.nasa.gov/mars2020/
Credit: NASA-JPL/Caltech
This 11-minute animation depicts key events of NASA's Mars Science Laboratory mission, which will launch in late 2011 and land a rover, Curiosity, on Mars in August 2012. A shorter 4-minute version of this animation, with narration, is also available on our youtube page.
5 НЕВЕРОЯТНЫХ СУПЕРКАРОВ БУДУЩЕГО. Супер дорогие, супер редкие и очень дорогие автомобили привлекают внимание всех без исключения людей, которые любят машины. В этом выпуске мы посмотрим на 5 невероятно удивительных суперкаров будущего, а именно: Dendrobium удивительный суперкар от компании Vanda Electrics с Сингапура. Силовая установка суперкара разрабатывалась при участии инженеров команды Williams Advanced Engineering. Суперкар получил четыре электромотора с дифференциалами на каждой оси. Frangivento Asfanè Charlotte так же уникальное авто, обновленный Zenvo TS1. Электрокар TechRules Ren и многое другое, приятного просмотра.
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Так-же смотрите другие наши ПОПУЛЯРНЫЕ видео:
— 10 ПОЛЕЗНЫХ ГАДЖЕТОВ ДЛЯ ВАШЕГО ВЕЛОСИПЕДА ► youtu.be/gZlerDZ49Lc
12 САМЫХ УПОРОТЫХ ИЗОБРЕТЕНИЙ, ЭТО НУЖНО ВИДЕТЬ
► youtu.be/wS5t7ZfyWEg
8 УДИВИТЕЛЬНЫХ ГРУЗОВИКОВ БУДУЩЕГО
► youtu.be/ILNidiksELE
10 ИЗОБРЕТЕНИЙ КОТОРЫЕ МОГУТ СПАСТИ ВАМ ЖИЗНЬ ► youtu.be/KAuhPt9Cfjw
10 ИЗОБРЕТЕНИЙ КОТОРЫЕ СТОИТ УВИДЕТЬ КАЖДОМУ
►https://youtu.be/Jrwm0IAx2yc
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На нашем канале Лови Момент вы всегда найдете интересные факты и увлекательный видеоматериал о классных новинках в области технологий будущего, изобретений техники, подборки и обзор необычных самоделок, 10 изобретений, некоторые товары с aliexpress и тд… Захватывающие устройства топ 5, топ10, самоделки своими руками и многое другое только на нашем канале Лови Момент. Подписывайтесь будет интересно ► www.youtube.com/channel/UCcpNd-KO0b57e3sSr0ID0KQ
Смотреть видео ► youtu.be/oZJTHopOpw0
Что представляет себе человек, услышав слово «скорость»? Суперкары? Ракеты? Самолеты? И этот список был бы неполным без «лодок»… Да, именно лодки! Вода – отличное место, чтобы гнать на огромной скорости без пробок и полиции, и без всяких сложностей вроде взлета и посадки… Вода – это идеальная возможность для каждой лодки и каждого лодочника проявить себя. Особенно, когда речь идет о «самых – самых».
New devices morph and transform — like Iron Man's suit
BYU researchers unfold new class of mechanical devices
It took just over 10 years, but real science has finally caught up to the science fiction of Iron Man’s transforming exoskeleton suit. In a paper published Feb. 13, 2019, in Science Robotics, engineers at Brigham Young University detail new technology that allows them to build complex mechanisms into the exterior of a structure without taking up any actual space below the surface.
This new class of origami-inspired mechanisms, called “developable mechanisms,” get their name from developable surfaces, or materials that can take on 3-D shapes from flat conformations without tearing or stretching, like a sheet of paper or metal. They reside in a curved surface (like, say, the arms of Iron Man’s suit) and can transform or morph when deployed to serve unique functions. When not in use, they can fold back into the surface of the structure seamlessly.
“These new discoveries make it possible to build complex machines that integrate with surfaces to be very compact, but can deploy and do complex tasks,” said researcher Larry Howell, professor of mechanical engineering at BYU. “It opens up a whole new world of potential devices that have more functions, but are still very compact.”
Making hyper-compact mechanisms is something increasingly important as manufacturers across medical, space and military industries are constantly working to get more complex functionality in less space. Potential applications of developable mechanisms include:
• Medical: Surgical instruments that can both cut materials and deploy lights simultaneously during minimally-invasive surgery
• Vehicles and airplanes: Storage components that could deploy from the inner surface of the fuselage and be completely out of the way when not in use
• Military: Quad-rotor drones that have adjustable wing spans for fitting in tight spaces
• Space: Wheels that could deploy claws for rock crawling, which could be especially useful to an interplanetary rover.
This new class of mechanical structures evolved from Howell and colleague Spencer Magleby’s work on origami-based engineering, done in collaboration with origami artist Robert Lang. From solar arrays for NASA to bulletproof barriers for police officers, their work has generated national and international coverage. As the group of researchers moved to curved origami principles, the mathematics revealed a new way of doing more complex machines.
“Origami was a stepping stone to this,” Magleby said. “The art of Origami has inspired us to do things that don’t even look like Origami, yet it is the core of much of this new engineering.”
The new line of research is sponsored by the National Science Foundation and includes researchers at BYU, the University of Southern Indiana and Lang Origami.
“It’s pretty cool to accomplish things that have merely been science fiction in the past,” Howell said. “These are discoveries that will enable us to do things that no one has ever been able to do before. And we hope that other engineers, as they build on these discoveries, will apply them in ways that will help make the world a better place.
Video credits: Producer Julie Walker; Cinematography Brian Wilcox; Editor Hannah Hansen
News release written by Todd Hollingshead (BYU) See more at news.byu.edu/news/byu-researchers-unfold-new-class-mechanical-devices
Ferroflection Pool was featured at the «Innovators of LA» show in down town LA 2014. It combines real-time video interpolation, microprocessors, and electromagnets to create reflective fluid silhouettes of the viewers moving body.
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