In an unprecedented technological feat, Linus Tech Tips (LTT) has shattered the world record for calculating the most digits of pi, reaching an astounding 300 trillion digits. This monumental achievement was officially recognized by Guinness World Records.
The project spanned nearly seven and a half months, operating continuously without a single SSD failure. The computation was powered by a high-performance storage cluster comprising 2.2 petabytes of KIOXIA’s CM Series 30.72TB and CD Series 15.36TB PCIe NVMe SSDs. These SSDs were configured in a network-attached storage environment connected to a dual-CPU compute server.
The endeavor was not just a test of computational limits but also a testament to hardware reliability and endurance. The project incurred substantial costs, with electricity expenses alone exceeding $6,000 over the 190-day period.
gayaone.com
This achievement not only sets a new benchmark in computational mathematics but also showcases the capabilities of modern hardware and the dedication of the LTT team.
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World’s Biggest Nuclear Power Plant” to be built in INDIA:- https://youtu.be/3SCzzshdcyI
Construction of India`s largest nuclear power plant commences in Tamil Nadu
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Article:- https://www.google.com/amp/s/zeenews.india.com/india/construction-of-indias-largest-nuclear-power-plant-commences-in-tamil-nadu-2372652.html/amp
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Construction of Units 5 & 6 of India’s Kudankulam Nuclear Power Plant (KKNP) located in Tamil Nadu’s Tirunelveli district commenced on Tuesday (June 29).
Rosatom has all the most advanced nuclear power technologies. Together with our Indian colleagues we are ready to launch the serial construction of the state-of-the-art Generation III+ Russian-designed nuclear power units at a new site in India. It is stipulated by the existing agreements,” Rosatom Director General Alexey Likhachev stated during the ceremony.
automobile manufacturing in India
india to become global manufacturing hub
freight containers manufacturing in India
manufacturing sector
upcomming expressway in India
ultra fast charging electric bike
charging station
steel manufacturing company
steel manufacturing machine
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World’s Biggest Steel Plant in India
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We could soon be able to take photographs of stars 75,000 years away after new technology was configured to speed the up the process using lasers, according to ANU astrophysicist and cosmologist Dr Brad Tucker.
“The fact that we’ve never even seen anything else besides a few planets in our own solar system up close is the exciting thing,” he told Sky News.
“At the current technology right now, it takes 75,000 years to get to the nearest star system but now with this idea of using a huge array of lasers to shoot at a sail and then blast that sail off into space we think that we could reach the next star in a couple of decades.”
Dr Tucker said the technology was “not that far off being achievable” because it uses technology which have already been developed such as lasers and light sails.
“If you can get to the next star system, we can take up-close photos of the star and the planets around it in a way that we just never even considered being an option.”
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Quantum Computers Explained – Limits of Human Technology
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For more:
https://news.cgtn.com/news/2021-05-27/Is-China-strong-enough-in-science-and-technology-fields–10BtojhRpBu/index.html
Is China strong enough in science and technology fields? Is there space left for further improvement? In an interview with CGTN’s Robert Kuhn, Xue Lan of Schwarzman College at Tsinghua University said China has very strong human resources and investment but needs to expand institutional arrangements and scientific publications.
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What is the technology behind 5G? How is 5G faster than 4G? What the different generations of Mobile Telecommunication? How 5G will kickstart other revolutions? Why China leading the 5G race is seen as a ‘security threat’ by others? How is the Internet in 5G a hundred times faster than 4G? Know all about 5G in this episode of #Sciencekaari. #LallantopScience
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Going to a stadium to see a match or a race is a thrilling experience since these magnificent structures provide an atmosphere where you can truly immerse yourself in the competition. In today’s world, stadiums play an important role in social gatherings and entertainment areas.
They are also a key factor affecting the athletes’ performance. To answer the question of “Why are stadiums important?”, we need to learn about stadium history first.
The first stadium was built around a crude athletics track in the form of an elongated “U” in the 8th century BC. The starting and finish lines were at opposite ends of the track, which was only 630 feet long (192 meters) and 105 feet (32 meters) wide.
As sports became more widespread, stadiums and hippodromes were established in many Greek towns. They had similar dimensions and features. Soon after, these sports facilities began to play important roles within the cities. People had a place to gather and enjoy a thrilling experience.
Over time, new stadiums, compared to the old stadiums, became more and more sophisticated. Thanks to the new construction techniques, stadium capacity increased dramatically and new architectural designs emerged. Today, there are even open stadiums with air conditioning systems.
Stadiums have been places where people gather, share a laugh, and enjoy exciting competitions for a long time. Even though the emotions and the experiences mostly stayed the same, the designs and the capacity of the stadiums have changed significantly.
If you are curious about the evolution of the stadiums and want to learn more, you can check out our video.
Find out more information at https://bit.ly/3eoC2Mr
For the last half millennium, scientific curiosity has driven a series of technological revolutions that powers today’s economy and dominates our way of life. About 500 years ago, studies of the motions of the planets and Moon led to mechanics. Mechanics led to the Industrial Revolution. Investigation of electricity, magnetism, and atoms led to the electrification of the planet, computers, cell phones, and a host of modern gadgets. Science now dominates the human experience. Where will today’s discoveries take us in the future? John did his undergraduate studies at the University of California Berkeley and earned his PhD at the University of Massachusetts in 1980. He was a researcher at AT&T Bell Laboratories between 1980 and 1991. He then joined the faculty of the University of Colorado Boulder. He studies the interstellar medium, the formation of stars and planets, and the cosmic cycling and evolution of matter. He is interested in fundamental physics and cosmology. He is an avid skier. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx
