
"in a few million years"
Well, that gives us a bit of time to gather the proper funding then . . .
Four of the 27 moons orbiting Uranus are on a collision course and will smash into each other, creating new rings around the distant ice giant. The prediction [PDF], published by researchers at the University of Idaho and Wellesley College, came from a study into the unusual behavior of one of Uranus' smallest moons Cressida. …
In the next 4 to 20 years, i'll still be around to read news of the event.
I'm reminded of a geology program i watched about the 4km long land fissure in Hawaii.
The geologist explained that the fissure is widening and when it eventually gives way, which it will, and sinks the 15,000+ ft to the ocean floor, it will have such force that a tidal wave 1000ft high will wash over Australia.
Rather gleefully he added that he hopes it happens in his lifetime.
Presumably from a safe place in the Northern Hemisphere.
It'll likely wipe out the West Coast (and Baja) to boot. Well ... The West Coast up to the coastal range, anyway. No more Los Angeles, San Diego, San Francisco etc. No great loss. (I *think* I'm high enough to be out of direct harm's way ... The aftermath will be hell for survivors, though.)
When a similar thing happens in the Azores, the entire East Coast of the US will no longer exist. Again, no great loss (hopefully DC will be in session!). And again, the aftermath will be hell for survivors.
Perhaps if the Norks had any subtlety about them, maybe that's (the fissure) where they should aim their first nuke ICBM, if ever they get accurate guidance systems.
Plausible deniability.
I hope neither they, nor ISIS, are reading this.
There again, agreeing with your sentiment, does anyone have their contact details?
"The geologist explained that the fissure is widening and when it eventually gives way, which it will, and sinks the 15,000+ ft to the ocean floor, it will have such force that a tidal wave 1000ft high will wash over Australia."
Not to belittle these land slip waves, but you have been handed the wrong idea about their destructive potential. Sure, they may start out 1000 meters high, and anyone nearby that's unlucky enough to be in the way is history. But the energy of the biggest conceivable land slip is not going to lay waste to a continent far, far away over the horizon.
Such a land slip wave is, on the global scale, a point source, just as an earthquake is a point source for a tsunami. The same Inverse Square Law applies to both waves, so the destructive potential at various distances from the source is comparable.
Basically that 1000 meter wave is not going to spread out across a vast ocean basin and remain 1000 meters high along its full length. That's just "enhanced news."
John, I don't think you understand the magnitude of these things. Take for example the Nu'uanu slide. It deposited a little rock called the Tuscaloosa Seamount, roughly 19X11X1 miles in size. It now exists roughly fifty miles from where it originated. Here's a look at it (top center of the pic).
Now, granted, that produced what could be called a mere ripple on the global scale of things. But on human terms? Even an ocean of distance won't protect anything near the shoreline from a splash that large.
They can happen, they have happened, and they will happen again. When, not if.
I believe you're thinking of La Palma in the Canary Islands, not an island in the Azores, and unfortunately the devastating tsunami impact was overstated by an (enjoyable) episode of Horizon. The '50m high walls of water' destroying New York theory has been somewhat over-egged - Andrew Orlowski collated many references in this story 2 years ago - https://www.theregister.co.uk/2015/02/17/bbc_trust_oks_hollywood_disaster_factuals/
It's a useful reminder of how easily an enduring urban myth can be created and how difficult it is to extinguish them later on.
East coast Australia's geo-strata shows we get these devastating inundations on average every 200 years. Our recorded history shows we are presently on the lucky part of the first standard deviation. (I believe sea-floor slippage off New Zealand is a common culprit).
Did the geologist also talk about Atlantis? Because that scenario sounds about as likely to happen as Godzilla climbing out of the waters to destroy the island. In case you hadn't noticed, the other Hawaiian islands that were formed by the same moving fissure are all still there, slowly eroding away. Please look up the "Hawaiian–Emperor seamount chain" for a more realistic idea of what happens to the island chain as the fissure moves.
I wonder how many surfer dudes on the West coast of the States and the East coast of Oz will be hanging around to catch ' the wave to end 'em all
A scene like that played out in Niven and Pournelle's meteor strike novel, "Lucifer's Hammer." A surfer caught an epic wave that lasted, as I recall, until his legs were cramping and the upper floors of a skyscraper got in his path.
I have 2 questions for those with some training in astronomy:
1. When the collision happens, will this happen in geological time (over millions of years), in Star Wars' time (a million souls cried out...) or somewhere in between?
2. If this collision were happening now, would we on Earth notice it?
"It won't stop those thieving insurance policy bastards from putting up the premiums now though"
More likely to happen when mining removes mass from the asteroid belt. Though again how quickly bodies start moving in our direction.. Perhaps a legacy for our descendants. I can't help wondering just how stable that belt is.. Enough mass for any inbuilt stability or way too spread out?
It would be a shame to mess up the naming system. Couldn't we navigate a few major asteroids in to fill their places? Or perhaps even around Earth? A couple of decent sized, high-albedo rocks at the Moon's trojans, and we could save a fortune on street lights - permanent moonlight. (Bummer for astronomers though, so maybe not a great idea)
Give the names to the new rings.... if someone still remembers Shakespeare 100M years from now. I'm not sure Shakespeare will still be remembered 100 years from now.... he's not on social networks.
I'm afraid new planets moons will be named after something like social celebrities, in the next future...
Rocket Lab has sent NASA's Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment (CAPSTONE) spacecraft on its way to the Moon atop an Electron rocket launched from New Zealand.
The launch had been subject to a number of delays, but at 09.55 UTC today, the Electron lifted off from Rocket Lab's Launch Complex 1 on the Mahia Peninsula of New Zealand.
Pic When space junk crashed into the Moon earlier this year, it made not one but two craters on the lunar surface, judging from images revealed by NASA on Friday.
Astronomers predicted a mysterious object would hit the Moon on March 4 after tracking the debris for months. The object was large, and believed to be a spent rocket booster from the Chinese National Space Administration's Long March 3C vehicle that launched the Chang'e 5-T1 spacecraft in 2014.
The details are fuzzy. Space agencies tend to monitor junk closer to home, and don't really keep an eye on what might be littering other planetary objects. It was difficult to confirm the nature of the crash; experts reckoned it would probably leave behind a crater. Now, NASA's Lunar Reconnaissance Orbiter (LRO) has spied telltale signs of an impact at the surface. Pictures taken by the probe reveal an odd hole shaped like a peanut shell on the surface of the Moon, presumably caused by the Chinese junk.
Interview NASA has set late August as the launch window for its much-delayed Artemis I rocket. Already perched atop the booster is the first flight-ready European Service Module (ESM). Five more are in the pipeline.
Airbus industrial manager Siân Cleaver, whom The Register met at the Goodwood Festival of Speed's Future Lab, has the task of managing the assembly of the spacecraft, which will provide propulsion, power, water, oxygen and nitrogen for the Orion capsule.
Looking for all the world like an evolution of the European Space Agency's (ESA) International Space Station (ISS) ATV freighter, the ESM is not pressurized and measures approximately 4 meters in length, including the Orbital Maneuvering System Engine (OMSE), which protrudes from the base.
South Korea's ambition to launch a space industry on the back of a locally developed rocket have stalled, after a glitch saw the countdown halted for its latest attempt to place its Nuri vehicle into orbit.
The launch was planned for Wednesday, but postponed by a day due to unfavourable weather.
The Korea Aerospace and Research Institute tried again but, as the countdown progressed, an anomaly appeared in a first stage oxidizer tank. That issue was considered so serious that Nuri was returned to its assembly facility.
Imagine a future where racks of computer servers hum quietly in darkness below the surface of the Moon.
Here is where some of the most important data is stored, to be left untouched for as long as can be. The idea sounds like something from science-fiction, but one startup that recently emerged from stealth is trying to turn it into a reality. Lonestar Data Holdings has a unique mission unlike any other cloud provider: to build datacenters on the Moon backing up the world's data.
"It's inconceivable to me that we are keeping our most precious assets, our knowledge and our data, on Earth, where we're setting off bombs and burning things," Christopher Stott, founder and CEO of Lonestar, told The Register. "We need to put our assets in place off our planet, where we can keep it safe."
Rocket Lab has taken delivery of NASA's CAPSTONE spacecraft at its New Zealand launch pad ahead of a mission to the Moon.
It's been quite a journey for CAPSTONE [Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment], which was originally supposed to launch from Rocket Lab's US launchpad at Wallops Island in Virginia.
The pad, Launch Complex 2, has been completed for a while now. However, delays in certifying Rocket Lab's Autonomous Flight Termination System (AFTS) pushed the move to Launch Complex 1 in Mahia, New Zealand.
Progress on NASA's Volatiles Investigating Polar Exploration Rover (VIPER) mission to search for useful chemicals at the Moon's South Pole has been delayed by two tech-related issues springing from the COVID-19 pandemic.
As explained by the space agency's Office of Inspector General and Office of Audits in a report [PDF] published on Wednesday, NASA staff "reported they experienced collaboration challenges due to limitations of remote, virtual interactions caused by the pandemic and resulting mandatory telework for much of the NASA workforce."
Scratch building Moon rovers off the list of jobs that are suitable for the new normal of hybrid work.
NASA is offering a second lucrative contract to fund a lunar lander for its upcoming mission to put men and the first woman on the Moon, it announced this week.
Under the Artemis program, NASA's most ambitious project yet, the space agency hopes to send humans back to the surface of Earth's natural satellite as early as 2025, more than half a century after it last set foot, in 1972 with the Apollo 17 mission. In April 2021, SpaceX was awarded a $2.89bn contract to build a lander to take a crew down to the lunar dunes.
Rivals Blue Origin and Dynetics in response fired off an official complaint to protest NASA's decision. All work for SpaceX's Human Landing System was paused while the US Government Accountability Office investigated claims of foul play.
Space startup Astrolab, led by ex-SpaceX manager and NASA engineer Jaret Matthews, has successfully tested a lunar rover prototype that can operate telerobotically or ferry around a crew of two astronauts.
A full-scale prototype was lately tested in the California desert near Death Valley. The five-day field test (which included the participation of retired astronaut and orbital artiste Chris Hadfield) demonstrated both the rover's ability to carry large payloads and cope with challenging terrain.
A chunk of Chinese space junk today crashed into the far side of the Moon, according to a maker of astrometry software.
The trash is believed to be a spent Long March 3C rocket booster from the launch of Chang'e 5-T1, a Chinese experimental robotic spacecraft that lifted off in 2014. The leftover component was estimated to have smashed into the Moon at 1225 UTC on Friday, after hurtling through space at 5,800 miles per hour.
We're not sure of the timing because debris at such altitudes isn't usually tracked by agencies, such as the US Space Force, according to Bill Gray, who develops software for professional astronomers and first predicted the impact. Gray said he started tracking the debris in 2015 but an astronomer at NASA alerted him a few weeks ago to something that seemed, in Gray's words, "suspiciously large."
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