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Today, the European Space Agency (ESA) will livestream imagery from its Mars Express orbiter in near-real time. The live stream is scheduled to begin on June 2 at 12:00 PM EDT. You can watch the hour-long live stream on the ESA’s YouTube channel.
Mars Express has been orbiting Mars for the past 20 years, sending back data on the vast landscape of the Red Planet along the way. Slight technical delays have hampered these views, and sometimes the images take hours and even days to transmit to Earth.
[Related: The Mars Express just got up close and personal with Phobos.]
That changes with today’s historic livestream. If all goes according to plan, today’s images will get to Earth about 18 minutes after they are taken. It will take 17 minutes for light to travel from Mars to Earth and then about one minute to pass through the servers and wires on the ground.
According to the ESA, “This will be the closest you can get to a live view from the Red Planet.”
New images will be seen roughly every 50 seconds as they are beamed down directly from the orbiter’s Visual Monitoring Camera (VMC).
On June 2, 2003, Mars Express launched with a lander called Beagle 2. The pair arrived in orbit on December 25, 2003, and Beagle 2 touched ground the same day. However, Beagle 2 never made contact with Earth because at least one of its four solar panels failed to deploy properly, thus blacking the landers communications antenna.
Mars Express still moved on as planned and began to study our celestial neighbor with seven different instruments. In two decades, the orbiter has already accomplished a great deal, including detecting methane in the Martian atmosphere, spotting a possible subsurface lake near the Red Planet’s south pole, and mapping the composition of ice near both of the planet’s poles.
The VMC, or Mars Webcam, was not initially planned to break so many records. Its primary job was just to monitor the separation of the Beagle 2 lander from the Mars Express spacecraft. After completing that first mission, the camera was turned off.
[Related: The ill-fated Beagle 2 may have landed on Mars after all.]
“We developed new, more sophisticated methods of operations and image processing, to get better results from the camera, turning it into Mars Express’s 8th science instrument,” VMC team member Jorge Hernández Bernal said in a statement. “From these images, we discovered a great deal, including the evolution of a rare elongated cloud formation hovering above one of Mars’ most famous volcanoes – the 20 km-high [12 miles] Arsia Mons.”
To celebrate Mars Express’ 20th birthday, multiple ESA teams have spent months developing the tools that will allow for higher-quality, science-processed images to be streamed live for a full hour back on Earth.
“This is an old camera, originally planned for engineering purposes, at a distance of almost three million kilometers [18 million miles] from Earth—this hasn’t been tried before and to be honest, we’re not 100 percent certain it’ll work,” Spacecraft Operations Manager at ESA’s mission control center in Darmstadt, Germany James Godfrey said in a statement. “But I’m pretty optimistic. Normally, we see images from Mars and know that they were taken days before. I’m excited to see Mars as it is now – as close to a martian ‘now’ as we can possibly get!’
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On April 28, 2001, 60-year-old American businessman Dennis Tito became the first tourist to leave Earth’s atmosphere behind, spending nearly 8 days in space, much of it aboard the International Space Station (ISS)—and reportedly paying $20 million dollars to do so. Despite objections from NASA, who thought that Tito’s training would not be sufficient by the time of his flight—Tito also thinks it’s likely they were concerned about his age—tourism company Space Adventures negotiated a deal with the Russian agency Roscosmos that got Tito a seat in a Soyuz.
Since then, there have been only six other space tourists, all traveling aboard a Soyuz to the ISS. The last one, Cirque du Soleil co-founder Guy Laliberté, flew in 2009. The end of this early space tourism era came about due to the doubling of the crew size aboard the ISS in 2009, which left no room for visitors on the station, as well as the retirement of the space shuttle in 2011, which meant that NASA needed all extra Soyuz seats to launch its astronauts.
But the seven space tourists won’t be alone for long. Numerous private companies intend to launch their own space tourism programs. You’ve likely heard of the biggest players in the private spaceflight game: Sir Richard Branson’s Virgin Galactic just resumed testing of its SpaceShipTwo vehicle earlier this month after a fatal test in 2014, and Blue Origin, Jeff Bezos’ private spaceflight venture, is aiming to send crewed missions to space as early as this year.
And, in addition to these heavy hitters, there are quite a few other companies offering tourists a chance to reach space, too. Some are farther along in development than others, and there are always reasons to be skeptical when talking about space tourism. We’ve seen plenty of similar ventures come and go over the years without making it to space. But we choose to remain optimistic. Here are the most recent commercial space programs that would love to take you out of this world—for a price.
An illustration of what the interior of Orion Span’s Aurora Station might look like. Orion Span
In early April, Orion Span announced its plans for the Aurora Station, billing it as the world’s first luxury space hotel. Scheduled to begin construction in space in 2023 using the company’s proprietary technology and construction methodology (though, what rocket system they’ll use to launch the materials isn’t yet clear), the station will have two private suites, with a total of four guests and two crew per stay. Guests will have to undergo a training program prior to their trip: “We have taken what was traditionally a 24-month training program to prepare travelers to visit a space station and streamlined it to three months,” says Orion Span CEO Frank Bunger. “Phase one of the certification program is done online, making space travel easier than ever. The next portion will be completed in-person at Orion Span’s state-of-the-art training facility in Houston, Texas. The final certification is completed during a traveler’s stay on Aurora Station.” In order to actually send guests to the Aurora Station, the company would like to partner with SpaceX for launches.
It will cost guests $9.5 million per person for a 12-day mission, making it one of the more “affordable” ways to temporarily live in space. “In context, historically, space tourists paid between $20 million and $50 million to stay aboard the ISS,” says Bunger. “Our long-term goal is to continue to drive that cost down further so that space is more accessible to more people.”
One other note—Aurora Station also plans on selling space condos if you want to make your stay a little more permanent.
VSS Unity First Powered Flight, April 5, 2023
VSS Unity went on a test flight on April 5, 2023.
Founded in 2004 by Sir Richard Branson, Virgin Galactic aims to take tourists on suborbital flights aboard its SpaceShipTwo spacecraft, which is launched from an aircraft rather than a rocket. Though the company hoped to complete its maiden voyage in 2009, a series of setbacks have continuously delayed that inaugural trip. The most severe of these was the 2014 loss of the VSS Enterprise during a test flight, which killed co-pilot Michael Alsbury.
The company just returned to testing on April 5 with a powered test of VSS Unity, which reached an altitude of 84,271 feet. The ship plans to eventually take people just to the edge of space, at about 330,000 feet. As SpaceShipTwo isn’t designed for long-duration missions—total flight time will be just minutes—a seat on the vehicle for a suborbital flight will cost $250,000, and passengers won’t need extensive training. As of 2023, about 650 people had purchased tickets.
A test run of Blue Origin’s New Shepard in 2024. Blue Origin
Blue Origin’s New Shepard program, named for America’s first man in space, Alan Shepard, seeks to launch passengers in a capsule atop a rocket, just like in the Mercury, Gemini, and Apollo days. The program is still in development and the company is targeting late 2023 or early 2023 for their first flight with humans onboard.
The short-duration missions (lasting approximately 11 minutes) are expected to require a day of training, which would take place right before the flight. Training will include mission and vehicle overviews, safety briefings, and mission simulations. Tickets have not yet been released but are rumored to be comparable to other short-duration missions—i.e., in the low hundreds of thousands of dollars.
Cosmonauts Oleg Kononenko and Anton Shkaplerov on a spacewalk. No tourists have ever been on a spacewalk, but Space Adventures would like to change that. NASA
Responsible for organizing the launches of all seven space tourists, Space Adventures is the only truly successful space tourism company as of today. Though it hasn’t been able to send new guests to the ISS since 2009 due to capacity issues, it is still promoting new missions, including a spacewalk at the ISS (no private citizen has ever performed one) and a trip around the moon, which would also include a stay at the ISS. While Space Adventures has no spacecraft of its own, it has long partnered with Roscosmos to send its guests into space via the Soyuz, and plans to do so in the future.
Historically, Roscosmos worked with Space Adventures to launch space tourists to the ISS, but it recently began development of its own program. The Russian agency plans on building a luxury space hotel module for the ISS through its partnership with RKK Energia, a space station contractor. Guests at the hotel will be treated to private living quarters with four “bedrooms” (each will be about 70 cubic feet), hygiene and medical facilities, as well as a lounge. Though its training plans haven’t been released, it is expected to be an abbreviated version of the professional two-year program, similar to Dennis Tito’s 8-day experience. Prices will range from $40 million for a one- to two-week stay to $60 million for a month-long stay that would include a guided spacewalk by a cosmonaut. The agency would like to launch the space hotel by 2023, though it should be noted that the ISS is scheduled to retire in 2028, meaning the hotel might be a short-lived endeavor.
In 2024, Roscosmos awarded private company KosmoKurs approval to build a reusable rocket with the intention of sending tourists into space. As only the designs have been approved, the company will likely have years of testing ahead of them before crewed missions will be launched. Similar to Blue Origin’s flights, the short-duration missions (about 15 minutes long, with just a few minutes of weightlessness) will see guests launched in a capsule atop a rocket. The training program will last three days, and the entire package will cost approximately $200,000 to $250,000 per person.
Axiom Station plans to build on the ISS’ legacy, and on the ISS—the company plans to begin construction of their station while attached to the ISS. Axiom Space
Though its primary services are on-orbit research and manufacturing, Axiom Space’s ultimate goal is to launch a commercial space station—a self-proclaimed successor to the ISS. Though the company hasn’t released many details on its space tourism program, according to its website, it plans to send modules to the ISS by 2023 and establish its own space station by 2024. Private clients will be able to book seven- to ten-day missions to the station, and they will complete a several-week training program before the trip.
Concept art of a BFR on the Moon. SpaceX
While Elon Musk’s SpaceX is not a space tourism company—it currently operates cargo missions for NASA and other clients—it is developing technology for crewed missions aboard its Dragon spacecraft, which would typically carry NASA astronauts into space. But moving beyond its main operations, in 2023 the company announced its intentions to fly two private citizens on a circumlunar mission, following a similar plan to Apollo 8 (and the unintended flight path of Apollo 13). Details are scarce, but Musk recently announced that the prospective moon missions will not use Falcon Heavy rockets as planned, instead using a larger rocket in development called the BFR.
Brooke Shields, Make International, Casper Association And Wisekey Unveil First Nft Minted From Space
Brooke Shields, Casper Association and MAKE International join forces to launch fully authenticated and secure Brooke Shields NFT from space.
Brooke Shields, Make International and CasperAssociation have joined forces with leading global cybersecurity, AI, Blockchain and IoT company WISeKey International Holding Ltd. (“WISeKey”) (SIX: WIHN, NASDAQ: WKEY) to unveil an industry-first Non-Fungible Token (NFT) minted from space on the Casper Blockchain featuring authenticated photography in cooperation with actor, model, entrepreneur, and author Brooke Shields.
The NFT, containing a one-of-a-kind photo of Brooke Shields from her private collection, was sent by a WISeSat space satellite — marking the first NFT ever to be minted in space. The launch occurred following the successful orbit deployment of several WISeSats on the SpaceX Transporter 3 Rideshare mission earlier this year.
Brooke Shields’ participation was made possible by the actor’s partnership with MAKE International, a blockchain technology services company currently developing her NFT project, scheduled to drop later this year.
“Protecting the integrity of my brand and life’s work has always been a priority for me. With the blockchain solution from WISeKey, Casper Network and MAKE International, I now have a sophisticated way of securing and authenticating this important and personal series of photographs,” said Shields.
Ralf Kubli, Board Member of the Casper Association, said, “The NFT space has developed very rapidly and seen a lot of high profile launches, but to date the technology has not kept up. Combining WISeKey’s space-minting technology and the Casper Blockchain, with its uncompromising focus on security and performance, represents a giant leap forward in future-proofing NFT technology.”
Alex Kelly, CEO of MAKE international, added, “Celebrities spend a lifetime building and creating their content portfolio, and when it comes to commercializing this via NFTs, without secure minting and storage, its value can vaporize in an instant. This project marks the beginning of elevating the standards for secure value creation from celebrity content, an area MAKE International and its partners will be at the forefront of.”
Carlos Moreira, CEO of WISeKey, noted, “The launch of this new NFT from space marks a huge milestone for the NFT industry. The iconic photograph of legendary Brooke Shields will forever be secure, minted in space as an NFT to ensure the authenticity and legacy of the original work.”
“WISeKey’s NFT technology ensures that besides an authenticated and signed version of the actual digital asset, an irreversible link to a physical object can be created by providing a proof of ownership, provenance and relevant contracts describing future use and monetization streams remain forever and immutably verifiable on the blockchain. chúng tôi Marketplace platform, powered and secured by WISeKey’s own security technology, binds irrevocably physical objects to their digital assets in a safe end-to-end process, and includes permanent secured storage of the NFTs.”
The secure chúng tôi NFT is powered by the underlying Casper blockchain, an environmentally friendly Proof-of-Stake (PoS) protocol and the first live PoS blockchain built off the Casper CBC specification. Casper and CasperLabs are working to accelerate enterprise adoption of blockchain technology and be a new home for the global technologically savvy crypto developer community with NFTs being the main medium.
The minting of the NFT coincided with the MWC 2023 event in Barcelona, which took place from February 28 until March 3, and marks a momentous annual milestone for the latest and greatest in mobile technology and innovation globally, and was contemporaneously announced by Brooke Shields at a ceremony in New York City.
About Casper Association
WISeKey (NASDAQ: WKEY; SIX Swiss Exchange: WIHN) is a leading global cybersecurity company currently deploying large scale digital identity ecosystems for people and objects using Blockchain, AI and IoT respecting the Human as the Fulcrum of the Internet. WISeKey microprocessors secure the pervasive computing shaping today’s Internet of Everything. WISeKey IoT has an install base of over 1.5 billion microchips in virtually all IoT sectors (connected cars, smart cities, drones, agricultural sensors, anti-counterfeiting, smart lighting, servers, computers, mobile phones, crypto tokens etc.). WISeKey is uniquely positioned to be at the edge of IoT as our semiconductors produce a huge amount of Big Data that, when analyzed with Artificial Intelligence (AI), can help industrial applications to predict the failure of their equipment before it happens.
Disclaimer: This communication expressly or implicitly contains certain forward-looking statements concerning WISeKey International Holding Ltd and its business. Such statements involve certain known and unknown risks, uncertainties and other factors, which could cause the actual results, financial condition, performance or achievements of WISeKey International Holding Ltd to be materially different from any future results, performance or achievements expressed or implied by such forward-looking statements. WISeKey International Holding Ltd is providing this communication as of this date and does not undertake to update any forward-looking statements contained herein as a result of new information, future events or otherwise.
This press release does not constitute an offer to sell, or a solicitation of an offer to buy, any securities, and it does not constitute an offering prospectus within the meaning of article 652a or article 1156 of the Swiss Code of Obligations or a listing prospectus within the meaning of the listing rules of the SIX Swiss Exchange. Investors must rely on their own evaluation of WISeKey and its securities, including the merits and risks involved. Nothing contained herein is, or shall be relied on as, a promise or representation as to the future performance of WISeKey.
The clash between Israel and Hamas-backed fighters in the Gaza Strip continued over the weekend and into today, with the death toll in Gaza inching toward 100 (there were 91 recorded deaths as of Monday morning). But amid the troubling images and stark numbers trickling out of the conflict there, one set of numbers represents a rare bright spot: the number of Hamas rockets that Israel’s “Iron Dome” missile-defense shield is knocking out the sky. Scattered reports from various Israeli officials and news media suggest that Iron Dome has intercepted more than 300 rockets fired at Israeli population centers since hostilities began, or between 80 and 90 percent of rockets targeted.
As missile defense goes, these success rates are more or less unprecedented. One of the five Iron Dome batteries deployed to southern Israel reportedly intercepted a full 100 percent of incoming rockets fired during one Hamas salvo. The overall success rate has been described by various officials at anywhere between 75 and 95 percent. Calling it a conservative 85 percent success rate still puts Iron Dome in a class by itself where missile defense systems are concerned. Hitting a screaming rocket with a screaming rocket is, after all, really, really difficult.
So how is Israel pulling it off with such unmitigated success? Intercepting Soviet-designed Scuds and the much smaller Grad and Qassam rockets largely fielded by Hamas are in some ways very different, but the primary problem is fairly universal. Any ballistic missile interceptor system needs to meet at minimum three requirements: it must have a way to detect and track an incoming projectile, it must be able to use that tracking data to predict the future course of that projectile, and it must be able to accurately be able to get in the way of that projectile. In Israel’s case there’s a further requirement. Because most of Hamas’ arsenal has a range of just two to 20 miles, it has to do all of this very, very quickly.
Iron Dome satisfies all three of these requirements remarkably well. It starts with radar stations that detect a missile or artillery shell moving toward Israeli airspace. Trajectory data on the missile are beamed to a battle control system, which quickly assembles a ballistic profile of the missle–where it is now, how fast it is moving, and where it is going to be. The system and its overseers then make a decision; Is this projectile a threat to a populated area, or is it destined for a rural field or some place where people are not likely to be harmed. Roughly two-thirds of the rockets fired thus far from Gaza have fallen into the latter category, and Iron Dome lets those rockets fall harmlessly.
But if an incoming rocket is perceived to be a threat, that radar data is quickly transferred to a fixed or mobile missile battery–each of which packs 20 radar-guided Tamir interceptor missiles. Those missiles have thus far proven adequately effective in tracking down Hamas missiles in flight and destroying them before they can reach their targets. Moreover, they seem to have grown even more effective since the system was first deployed last year. In three separate (but much smaller) engagements last year, Iron Dome experienced success rates ranging from 80 percent in a short April conflict to a low of roughly 30 percent last October, when it stopped just three of nine incoming missiles. An inquiry into that October event found that a radar failure caused some of the interceptors to deviate from their marks. That, quite apparently, has been fixed.
About Yadagirigutta Temple
Yadagirigutta Temple is the most famous temple in Telangana. It is the temple of Lord Vishnu, also known as the Lakshmi Narasimha Temple. Around 5000 to 8000 devotees visit the temple every single day. These devotees of the great Lord Vishnu come here to seek his blessings, make promises to him, offer prayers, and perform poojas and abhishekas.
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Valuation, Hadoop, Excel, Mobile Apps, Web Development & many more.What is Yadagirigutta Temple’s Significance?
This Temple is Highly well-liked devotees who visit this temple will have their wishes fulfilled.
The main temple’s twelve Alvar pillars are a favorite structure aspect.
The silver Lakshmi Narasimha idols inside the temple also attract visitors.
The temple’s location is close to the capital city because this temple receives a large number of visitors. A daily average of 5000 – 8000 visitors go to this temple.
The Indian Green Building Council has given the Yadagirigutta Temple a platinum rating for sustainable building.History of Yadagirigutta Temple
Yadari worshipped Lord Narsimha, and one day he was impressed by her. As a result, he appeared on the cave walls in five different incarnations. Sri Gandabharunda, Sri Lakshminarasimha, Sri Yogananda, Sri Ugra, and Sri Jwalanarasimha.
The tribal people learned of the Lord’s presence and began to worship him after Yadari attained salvation. They had been practicing false worship without releasing it. The Lord had left to the hills.Yadagirigutta Temple’s Architecture
The temple has maintained the Vaishnava Agama Shastras, primarily practiced in South India and known for their Thenkalai Heritage.
The famous Film set Designer Anand Sai was the temple’s primary architect and worked under the senior architect P Madhusudhan due to their knowledge of Agama Shastras and old designs.
They mainly imported 2.5 lakh tonnes of granite from Prakasam, Andhra Pradesh, for the temple’s reconstruction.
The carving of the pillars is from a single stone.
Originally, The YadagiriGutta Temple was constructed on two acres; it stands on 14 acres.
CM K Chandrasekhar Rao, his Cabinet, colleagues, and business people donated the 125 kg of gold that covers the temple’s Vimana Gopuram (The top structure of the temple)What are The Timings For Sevas and Poojas at Yadadri Temple? Morning Timings
Suprabhatham 04 am to 04:40 am
Binde Teertam 04.30 am to 05 am
Bala Bogam 05 am to 05:30 am
Nijabhishekam 05:30 am to 06:30 am
Archana 06:30 am to 07:15 am
General Darshanam 07:15 am to 11:30 am
Maharaja Bogamu 11:30 am to 12:30 am
Darshanams 12:30 pm to 03 pm
Dawara Bandanamu 03 pm to 04 pmEvening Timings
Special Darshan 04 pm to 05 pm
General Darshan 05 pm to 07 pm
Aaradhana 07 pm to 07:30 pm
Archana 07:30 pm to 08:15 pm
General Darshan 08:15 pm to 09 pm
Maha Nevidhana 09 pm to 09:30 pm
Shayanostavam 09:30 pm to 09:45 pm
Temple Close 09:45 pmHow to Reach Yadagirigutta Temple? By Road
The distance between the temple and the city of Hyderabad is 85 kilometers. The nearest bus station to the temple is Bhongiri Bus Station, 14 km away, and buses run there every 30 minutes.By Train
The temple is 62 kilometers from Secunderabad Railway Station, and the nearest stations are Wangapalli (7 km) and Raigir (9 km). Private vehicles are frequently available.By Air Best Time to Visit
October to March are the best times to visit the Yadagirigutta temple. You get relief from the heat at this time, allowing you to appreciate your journey more. You can enjoy seeing Yadagirigutta quite well that time of year.Final Thoughts
The Yadagirigutta Temple is a highly well-known temple in Telangana. After more than five years of construction, the temple has developed from a small hill temple into a massive pilgrimage center and architectural wonder.Recommended Articles
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The first permanent English establishment in America, Jamestown served as the base for the country’s administration, the opening of diplomatic ties of Native Americans, and the development of barter and commercial crops, which helped the colonies (and ultimately the country) prosper economically.
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Valuation, Hadoop, Excel, Mobile Apps, Web Development & many more.Jamestown’s History
The establishment of Jamestown, the very first permanent English presence in North America, in Virginia in 1607—13 years before Pilgrims arrived in Massachusetts at Plymouth—sparked a sequence of cultural exchanges that influenced the country and the rest of the world. These ancient Virginians left behind a legacy that still exists today in the shape of their constitution, language, traditions, convictions, and goals.
The colony, whose leader John Smith, and the Native American Pocahontas—whom legend has it rescued Smith’s life—have all been the focus of innumerable books, plays, and movies, many of which are fantastical. It declined after surrounding Williamsburg took over as the seat of government for colonial Virginia in 1699. Due to erosion, the peninsula had become Jamestown Island by the middle of the nineteenth century. The location was added to the Colonial National Historical Park in 1936.Commerce in Jamestown
Every colony created one system of governance. Jamestown, a constituent body consisting of seven members and a president, and the Pilgrims, who signed the Mayflower Contract, played a pivotal role in making future colonies and the entirety of America possible. Captain John Smith became the president in 1608 after the previous three governors had completed their terms. He established the law requiring people to labor for their bread and established food commerce with the Powhatan Nation.
Even though an explosive accident forced Smith to return to England in 1609, he supported North American colonization and provided historically significant chronicles of Jamestown.Labor and the Economy
In Virginia, the very first known Africans came in 1619. During the Portuguese-African War, the Portuguese seized them, and they originated from Ndongo in Angola, Rural Western Africa. Every one of these early Africans was not free, but from the mid-century, the custom of enslavement of Africans for life became more common, taking the place of indentured slaves as the main source of labor. Every one of these early Africans was not free, but from the mid-century, the custom of enslavement of Africans for life became more common, taking the place of indentured slaves as the main source of labor.Legacy of Jamestown
Jamestown saw the start of the initial representative democracy in British America. Colonists demanding a say in the laws that regulated them called for a general assembly to be convened in 1619. The monarch disbanded the Virginia Company in 1624; thus, Virginia became a British crown colony cause of some events, along with a battle with the Powhatan Indians in 1622 and misbehavior by certain Virginia Business executives in England.
Since Williamsburg became the state’s capital in 1699, Jamestown remained the hub of Virginia’s political and social life. Although Jamestown was no longer a town by the middle of the eighteenth century, its influences can still be seen in the modern United States.
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