The asteroid that could theoretically make everyone a billionaire is 16 Psyche, a massive, metal-rich asteroid estimated to hold trillions (or even quintillions) of dollars worth of iron, nickel, and potentially gold, making it incredibly valuable; however, mining it is far beyond current tech, and flooding the market with its metals would crash their value, making it more a scientific curiosity than a quick riches scheme, according to several sources https://www.facebook.com/groups/775801081313358/posts/1156766389883490/, https://www.youtube.com/shorts/Vynoe8XeFyg,. NASA's Psyche mission is currently en route to study it, hoping to learn about planetary core formation rather than immediate mining.
The asteroid Psyche 16 has been found to contain gold reserves worth $700 quintillion. That's enough to make everyone on Earth a billionaire.
Asteroid Psyche 16 has been found to contain gold reserves worth $700 quintillion.
Its full name is Apophis 99942. After Apophis was discovered in 2004, the asteroid was given a 2.7% chance of hitting Earth in 2029, causing a great deal of media attention. It also for a time had a small chance of hitting Earth in 2036. Additional observations have shown it will not hit Earth in 2029 or in 2036.
The image shows asteroid 16 Psyche, which is estimated to contain $700 quadrillion worth of precious metals. The asteroid is large, about 140 miles (226 kilometers) across, and has a surface rich in iron, gold and platinum. Asteroid 16 Psyche is located in the main asteroid belt between Mars and Jupiter.
The asteroid 'Davida', which has a diameter of 326 kilometers, has been identified as the most valuable asteroid in the belt, with a resource value estimated to be some 27 quintillion (26,990,000,000,000,000,000) U.S. dollars.
Impacts of projectiles as large as one km in diameter are generally thought to explode before reaching the sea floor, but it is unknown what would happen if a much larger impactor struck the deep ocean. The lack of a crater, however, does not mean that an ocean impact would not have dangerous implications for humanity.
On April 13, 2029 (which happens to be Friday the 13th), something unsettling will happen. A decent-sized asteroid, the 1,100-foot-wide Apophis, will pass so close to Earth it'll be visible in the sky from certain places. Crucially, the giant rock will not strike our humble planet.
Such an asteroid is expected to actually hit Earth once in about 80,000 years. Preliminary observations by Goldstone radar in January 2013 effectively ruled out the possibility of an Earth impact by Apophis in 2036 (probability less than one in a million).
A 300m-wide asteroid will not hit the Earth in 2036, US astronomers say. It was thought there was a one-in-200,000 chance that it could strike on 13 April 2036, but revised calculations have now ruled this out. Instead, Nasa scientists said it would not get closer than 31,000km as it flies past on this date.
While no planet in our solar system is entirely made of gold, the asteroid 16 Psyche is believed to contain an astonishing amount of gold and other precious metals. Located between Mars and Jupiter, this metallic giant could be worth trillions—yes, trillions! —of dollars.
Sedimentation on the floor of the gulf filled in the crater and eventually buried it beneath several hundred to ~1 kilometer of sediment. The Chicxulub crater is not visible at the Earth's surface like the famous Meteor Crater of Arizona.
Isaacman, who is worth an estimated $1.9bn (£1.46bn), is an amateur jet pilot and also became the first non-professional astronaut to walk in space last year, on a mission with SpaceX that he bankrolled.
The team discovered that Ryugu began its life in the outer solar system as part of a larger asteroid more than 4 billion years ago. Since breaking off from its larger parent, Ryugu slowly made its way to its current orbit within 60,000 miles of Earth.
When Apophis was discovered in 2004, it appeared the asteroid could potentially impact Earth in the coming decades. Astronomers closely tracked the asteroid, and now NASA is confident that there is no risk of Apophis impacting our planet for at least 100 years.
Any asteroid that's over 1 kilometer in size is considered a planet killer — and one day, one of them might head our way. An impact event of this size would trigger an extinction event like Earth has never seen.
Human activity has driven Earth's natural systems dangerously close to collapse. A new study reveals that 60% of the planet's land is now outside the safe operating zone required to maintain stable ecosystems. This alarming shift reflects accelerating environmental pressures.
Given enough warning, yes we could deflect it. As far as how much warning we would get is variable depending on if the asteroid approaches from the sunward side of earth's orbit or from the night side. But an asteroid that size would likely get detected years in advance.
ASTEROID'S CHANCE OF EARTH IMPACT IN 2027 NOW 96%
Based on new tracking measurements taken this week, the International Asteroid Warning Network (IAWN) has confirmed that asteroid 2017 PDC is on a course that will almost certainly impact Earth on July 21, 2027, less than nine years from now.
While Apophis itself poses no danger, it belongs to the class of near-Earth asteroids that could one day threaten our planet. By studying how Earth's tidal forces reshape Apophis, scientists can refine the models that would be critical for deflecting a hazardous asteroid.
Present capability. As of late 2022, the most likely and most effective method for asteroid deflection does not involve nuclear technology. Instead, it involves a kinetic impactor designed to redirect the asteroid, which showed promise in the NASA DART mission.
If the object happened to be on an orbit that had it collide with Earth then there could be less than a year's warning. That is very unlikely. It is slightly more likely that an object will be discovered to be on a collision course only after several orbits, in which case there would be years or decades warning.
The asteroid is thought to have been between 10 and 15 kilometres wide, but the velocity of its collision caused the creation of a much larger crater, 150 kilometres in diameter.