Levitation Technology
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Improved Acoustic Tweezers Can Levitate, Move Objects Without Physical Contact Using Sound Waves
A technology to move and levitate objects using just sound waves has been developed by researchers. The technique was demonstrated on small polystyrene balls that were lifted off a reflective surface without any physical contact. The reseachers fine-tuned the so-called acoustic tweezers using an adaptive algorithm and further miniaturisation, to ma...
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Indian Railways, IIT Madras Collaborate to Develop Country’s First Indigenous Hyperloop
The Indian Ministry of Railways will collaborate with IIT Madras to develop an "indigenous" Hyperloop system, officials confirmed. Railway ministry will also help set-up a Centre of Excellence for Hyperloop Technologies at IIT Madras. The premier institute approached Ministry of Railways in March-2022 with a proposal for collaborative working.
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MIT Designed A Flying Saucer That May Make It To The Moon
MIT has shown this off in a proof of concept experience where a 60-gram model rover which is approximately the size of a person's hand.
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China Unveils New Maglev Train That 'Levitates' Above the Track, Has Top Speed of 600kmph
China has introduced a maglev train, the fastest ground vehicle globally, that "levitates" above the track with no contact between body and rail.
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China Has A 620 Kmph MagLev Train Prototype
MagLev trains are only used in China, Japan and South Korea and will likely see the light of day only in about a decade.
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Virgin Hyperloop Hosts First Human Ride on Levitating Pod System
Richard Branson's Virgin Hyperloop has completed the world's first passenger ride on a super high-speed levitating pod system, the company said on Sunday. Josh Giegel, its Chief Technology Officer, and Sara Luchian, Director of Passenger Experience, reached speeds of up to 107 miles per hour (172 km per hour) at the company's DevLoop test site in L...
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Virgin Hyperloop Tests First Hyperloop With Humans Aboard
The pod is propelled by magnetic levitation, a type of technology already used in MagLev trains in China which can achieve speeds of up to 480 kmph.
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Virgin Hyperloop Tests 1st Human Ride, Its Top Executives Are Passengers
Richard Branson's Virgin Hyperloop has completed the world's first passenger ride on a super high-speed levitating pod system, the company said on Sunday, a key safety test for technology it hopes will transform human and cargo transportation.
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HyperloopTT to Start Building Track in Abu Dhabi Next Year
Hyperloop Transportation Technologies (HyperloopTT) said that design and engineering firm Dar Al-Handasah would be the lead designer on the Abu Dhabi project.
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Hyperloop One Completes World's First Full Systems Test
It was the first phase of a multi-phase programme which was privately conducted on May 12 at the companys test track, -DevLoop,- in the Nevada Desert. The vehicle coasted above the first portion of the track for 5.3 seconds using magnetic levitation while achieving the target speed of 70 mph set for phase 1
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Futuristic Hyperloop Transport Vehicle Completes First Full System Test
Transport technology firm Hyperloop One today announced the successful completion of the world's first full-system Hyperloop test in a vacuum environment
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Mission 350 Plus: Railways To Explore Levitation Technology
Moving ahead on its Mission 350 Plus, Railways will organise a global meet to explore the possibilities of introducing ultra-high speed technology to run trains at a speed of 500 km per hour.
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The Lexus Hoverboard is Finally Here
After countless teasers, car manufacturer Lexus has finally unwrapped the hoverboard and now has provided footage on how it works. The company had said that it was a rideable hoverboard, yes, more like the Back to the Future kinds.
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Japan's Maglev Train Sets Speed Record by Going 603Km/h
Known for its prowess in high-speed rail travel, Japan set a world record with its state-of-the-art Maglev train recently. The record saw the Maglev - short for magnetic levitation - cross the 600Km/h mark on a test-run in Yamanashi Prefecture just outside of Tokyo.
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Improved Acoustic Tweezers Can Levitate, Move Objects Without Physical Contact Using Sound Waves
A technology to move and levitate objects using just sound waves has been developed by researchers. The technique was demonstrated on small polystyrene balls that were lifted off a reflective surface without any physical contact. The reseachers fine-tuned the so-called acoustic tweezers using an adaptive algorithm and further miniaturisation, to ma...
-
Indian Railways, IIT Madras Collaborate to Develop Country’s First Indigenous Hyperloop
The Indian Ministry of Railways will collaborate with IIT Madras to develop an "indigenous" Hyperloop system, officials confirmed. Railway ministry will also help set-up a Centre of Excellence for Hyperloop Technologies at IIT Madras. The premier institute approached Ministry of Railways in March-2022 with a proposal for collaborative working.
-
MIT Designed A Flying Saucer That May Make It To The Moon
MIT has shown this off in a proof of concept experience where a 60-gram model rover which is approximately the size of a person's hand.
-
China Unveils New Maglev Train That 'Levitates' Above the Track, Has Top Speed of 600kmph
China has introduced a maglev train, the fastest ground vehicle globally, that "levitates" above the track with no contact between body and rail.
-
China Has A 620 Kmph MagLev Train Prototype
MagLev trains are only used in China, Japan and South Korea and will likely see the light of day only in about a decade.
-
Virgin Hyperloop Hosts First Human Ride on Levitating Pod System
Richard Branson's Virgin Hyperloop has completed the world's first passenger ride on a super high-speed levitating pod system, the company said on Sunday. Josh Giegel, its Chief Technology Officer, and Sara Luchian, Director of Passenger Experience, reached speeds of up to 107 miles per hour (172 km per hour) at the company's DevLoop test site in L...
-
Virgin Hyperloop Tests First Hyperloop With Humans Aboard
The pod is propelled by magnetic levitation, a type of technology already used in MagLev trains in China which can achieve speeds of up to 480 kmph.
-
Virgin Hyperloop Tests 1st Human Ride, Its Top Executives Are Passengers
Richard Branson's Virgin Hyperloop has completed the world's first passenger ride on a super high-speed levitating pod system, the company said on Sunday, a key safety test for technology it hopes will transform human and cargo transportation.
-
HyperloopTT to Start Building Track in Abu Dhabi Next Year
Hyperloop Transportation Technologies (HyperloopTT) said that design and engineering firm Dar Al-Handasah would be the lead designer on the Abu Dhabi project.
-
Hyperloop One Completes World's First Full Systems Test
It was the first phase of a multi-phase programme which was privately conducted on May 12 at the companys test track, -DevLoop,- in the Nevada Desert. The vehicle coasted above the first portion of the track for 5.3 seconds using magnetic levitation while achieving the target speed of 70 mph set for phase 1
-
Futuristic Hyperloop Transport Vehicle Completes First Full System Test
Transport technology firm Hyperloop One today announced the successful completion of the world's first full-system Hyperloop test in a vacuum environment
-
Mission 350 Plus: Railways To Explore Levitation Technology
Moving ahead on its Mission 350 Plus, Railways will organise a global meet to explore the possibilities of introducing ultra-high speed technology to run trains at a speed of 500 km per hour.
-
The Lexus Hoverboard is Finally Here
After countless teasers, car manufacturer Lexus has finally unwrapped the hoverboard and now has provided footage on how it works. The company had said that it was a rideable hoverboard, yes, more like the Back to the Future kinds.
-
Japan's Maglev Train Sets Speed Record by Going 603Km/h
Known for its prowess in high-speed rail travel, Japan set a world record with its state-of-the-art Maglev train recently. The record saw the Maglev - short for magnetic levitation - cross the 600Km/h mark on a test-run in Yamanashi Prefecture just outside of Tokyo.
