Take smooth flights for granted? Siddharth Trivedi meets the man behind the mechanics.
Born in Freising, Germany in 1875, Ludwig Prandtl spent a significant portion of his childhood with his father due to his mother’s long term illness. A professor in engineering, his father was probably the reason Prandtl picked up his innate ability for scientific observation. He later utilised these same skills as he earned his PhD in Munich, and entered his first job in a factory where he designed a suction device as an equipment design engineer.
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Is space the final frontier of warfare? Siddharth Trivedi explores whether the offensive capabilities of space infrastructure will be needed one day.
The Star Wars franchise is close to the hearts of many around the world for depicting adventurous stories of love and loss throughout a fictional galaxy. The iconic series has continued to wow audiences since the release of A New Hope (1977) in its portrayal of epic space battles, featuring dogfights between the futuristic X-Wing and the sleek TIE Fighters.
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Visionary or mere daydreamer? Siddarth Trivedi investigates Feynman’s contributions to nanoengineering.
Richard Feynman was an American theoretical physicist well-known for his work in quantum electrodynamics for which he won a Nobel Prize in 1965, at the age of 47. The famous pictorial representation schemes in quantum physics that he developed, were later named after him as Feynman diagrams. In contrast, his contributions in the nanoengineering field are relatively unknown – in particular, his lecture There’s Plenty of Room at the Bottom given at Caltech in 1959. At the time, the atomic scale was mostly inaccessible, yet this lecture identified him as a visionary for the future of engineering. But was Feynman’s contribution actually important or was this simply the ramblings of a daydreaming physicist?
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THE FASTEST IMAGINABLE
Over the past millennia, there has been a rapid change in commonly employed modes of transportation. Movement from one place to another has become relatively quicker and easier and the human race is heavily dependent on such systems. This dependence, in turn, has resulted in many advances in transport technology to further evolve different ways of getting from point A to B. But what is the fastest possible speed of travel? Einstein was a firm believer that the speed of light was a barrier that could not be broken.
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