At 603 km/h, the new maglev train sets a record and changes how distance is experienced. The remarkable part is not just that ...
Real Engineering on MSNOpinion
Why governments struggled to build the first intercity maglev train
The world’s first intercity maglev train promised to revolutionize long distance travel. Floating above the track, it ...
The Deendayal Port Authority has awarded TuTr Hyperloop a Rs 8.7 crore contract to pick up and transport 40-tonne containers ...
China has set a new world record with its fastest maglev train, achieving a speed of 700 km/h in just two seconds - so fast that it disappears before you even realise it. Researchers at China's ...
Interesting Engineering on MSN
China’s electromagnetic sledge goes supersonic after US, USSR efforts fell short
In 2023, China’s ‘electromagnetic sledge’ system became the first large-scale electromagnetic launcher to break ...
Teach electromagnetism with this simple electromagnetic train project. A simple STEM activity connecting electricity, ...
LATHEN, Germany - A high-tech train that floats on powerful magnetic fields smashed into a maintenance car on an elevated test track Friday, killing 23 people and injuring 10 - the first fatalities on ...
Central Japan Railway President Shunsuke Niwa has stressed that the company will continue promoting the construction of the Chuo Shinkansen, the high-speed magnetic levitation train line that has ...
Fast Track Debt Relief offers debt settlement and debt consolidation services. The company negotiates with creditors to lower the total debt owed and settle on behalf of clients. It also offers credit ...
If you're a casual track and field fan, you've probably heard of the 4x100 and 4x400 meter relays and can likely deduce how they are run from the names of the events alone. However, those are not the ...
Here's a quick guide to the 2026 Division I indoor track and field championships, including the schedule of events, TV information and how teams and individuals are selected. When and where are the ...
Hyperloop technology is based on the principle of minimising physical and aerodynamic resistance to enable faster travel than conventional modes.
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