_otd-in-space-may-29-einstein39s-theory-of-relativity-tested-with-total-solar-eclipse.jpg "OTD In Space – May 29: Einstein's Theory Of Relativity Tested With Total Solar Eclipse from me and i theory Video Screenshot Preview")
GalleryPlay Video:
(Note: The default playback of the video is HD VERSION. If your browser is buffering the video slowly, please play the REGULAR MP4 VERSION or Open The Video below for better experience. Thank you!)
⏲ Duration: 1:13
👁 View: 55K times
✓ Published: 30-May-2024
👁 View: 55K times
✓ Published: 30-May-2024
Description:
On May 29, 1919, a total solar eclipse helped to prove Albert Einstein's theory of general relativity. <br/><br/>Einstein's theory suggested that gravity could bend light by curving the fabric of spacetime. To prove it, he thought it would be a great idea to look at background stars that appear very close to the sun. This isn't possible without a total solar eclipse, because the sun is way too bright. During totality, the sun is completely covered by the moon, which makes it possible to see stars that are usually invisible during the daytime. According to relativity, the stars would appear to be in slightly different locations in the sky. Einstein was planning to test his theory during a total solar eclipse on August 21, 1914, but World War I broke out less than a month before and ruined his plans. For another total solar eclipse in 1919, the British astronomer Sir Arthur Eddington organized two similar expeditions to Africa and Brazil. During totality, they mapped the positions of the stars near the sun to see if they appeared to have shifted. The difference in the stars' positions was tiny, but it was just enough to finally prove Einstein's theory.
On May 29, 1919, a total solar eclipse helped to prove Albert Einstein's theory of general relativity. <br/><br/>Einstein's theory suggested that gravity could bend light by curving the fabric of spacetime. To prove it, he thought it would be a great idea to look at background stars that appear very close to the sun. This isn't possible without a total solar eclipse, because the sun is way too bright. During totality, the sun is completely covered by the moon, which makes it possible to see stars that are usually invisible during the daytime. According to relativity, the stars would appear to be in slightly different locations in the sky. Einstein was planning to test his theory during a total solar eclipse on August 21, 1914, but World War I broke out less than a month before and ruined his plans. For another total solar eclipse in 1919, the British astronomer Sir Arthur Eddington organized two similar expeditions to Africa and Brazil. During totality, they mapped the positions of the stars near the sun to see if they appeared to have shifted. The difference in the stars' positions was tiny, but it was just enough to finally prove Einstein's theory.
Share with your friends:
Whatsapp | Viber | Telegram | Line | SMS
Email | Twitter | Reddit | Tumblr | Pinterest
_the-i-and-the-me.webp "Felsefe u0026 Tasavvuf")
_25-time-travel-stories-to-make-you-question-reality.webp "25 Time Travel Stories To Make You Question Reality from me and i theory")
_groove-theory-tell-me-official-hd-video.webp "GrooveTheoryVEVO")
_meads-theory-i-amp-me-124-ctet-2021124-by-priyanka-gaur.webp "Priyankkaa Gauur")
_theory-rx-medicate-official-video.webp "THEORY")
_professor-mark-solms-interviewed-by-matt-gray.webp "Cheltenham and UK Philosophers")
_inside-the-yorkshire-research-centre-powering-the-nation39s-nuclear-ambitions.webp "In little more than 25 years – so the theory goes at least – one-quarter of the country’s electricity needs will come via homegrown nuclear power. Given the chequered history of attempts to bring through new nuclear, reaching that target by 2050 from the current 15 per cent looks ambitious.<br/>But one place central to turning those aspirations into reality is the Nuclear Advanced Manufacturing Research Centre (AMRC) in South Yorkshire, which sits on land which was once part of Orgreave Colliery.<br/><br/>The facility has been used since 2012 as a base for researchers to test and develop millions of pounds worth of manufacturing innovations for the nuclear industry.<br/><br/>It mostly takes place in a giant open-plan workshop with offices on the top floor which overlook the hive of activity taking place below. It is in these offices where The Yorkshire Post is meeting CEO Andrew Storer.<br/><br/>In the earlier part of his career, Storer, originally from Derby, worked his way up through the ranks at Rolls-Royce to become part of their team tasked with setting up a civil nuclear business.<br/><br/>An initial political push in the early 2010s to find sites around the country for new nuclear power stations – a key factor in the initial establishment of the Nuclear AMRC which had Rolls-Royce as its lead industrial partner – ultimately fizzled out, partly as a consequence of concerns about the 2011 Fukushima nuclear accident in Japan affecting investment decisions.<br/><br/>Storer joined the University of Sheffield-owned Nuclear AMRC in 2015 and was determined to find a viable future for the centre despite the altered political landscape.<br/><br/>It opened up to the nuclear decommissioning market, as well as defence and fusion reactors. The centre also established a supply chain programme called Fit For Nuclear.<br/><br/>Businesses involved in the programme have gone on to win more than £2bn worth of government contracts, safeguarding thousands of jobs.<br/><br/>The centre is also part of the High Value Manufacturing Catapult, a national network of seven specialist industry-focused research centres designed to help turn academic inventions into commercially-viable products.<br/><br/>In early 2022 following meetings with industry figures including Storer, Boris Johnson announced the launch of a new body called Great British Nuclear in a renewed attempt to bring forward projects.<br/><br/>Last week, the Government announced the start of talks with international firms about building a third major new nuclear plant at Wylfa in Anglesey which it is hoped could be similar in scale to also-planned schemes at Sizewell in Suffolk and Hinkley in Somerset. The latter is already under construction but may not open until the early 2030s.<br/><br/>In parallel to the large-scale plans, the UK is also pinning its hopes on what are known as small modular reactors (SMRs) which can be made in factories and involve a cheaper and quicker construction process. It is hoped they could be operational in this country by the mid-2030s.")
_theory-of-a-deadman-all-or-nothing-official-video.webp "THEORY")
_the-i-and-the-me.jpg)
_25-time-travel-stories-to-make-you-question-reality.jpg)
_groove-theory-tell-me-official-hd-video.jpg)
_meads-theory-i-amp-me-124-ctet-2021124-by-priyanka-gaur.jpg)
_theory-rx-medicate-official-video.jpg)
_professor-mark-solms-interviewed-by-matt-gray.jpg)
_inside-the-yorkshire-research-centre-powering-the-nation39s-nuclear-ambitions.jpg)
_theory-of-a-deadman-all-or-nothing-official-video.jpg)
![[+]](/images/menu.gif){kind=small}