Although generating enough metal to build a Death Star would be "bonkers," technically speaking, it would be possible, Peck said. But there would need to be a huge space industry infrastructure to support it, including the ability to launch many more rockets than we can today, and asteroid mining.
Is it possible to build a Death Star?
Although generating enough metal to build a Death Star would be "bonkers," technically speaking, it would be possible, Peck said. But there would need to be a huge space industry infrastructure to support it, including the ability to launch many more rockets than we can today, and asteroid mining.
Could the Death Star survive in Earth orbit?
But even then, there are problems, he added. The Death Star is at most 100 miles (160 kilometers) in diameter, and would not be able to survive long in low Earth orbit.
How powerful is the Death Star?
The Death Star’s ability to send a single laser pulse targeting the planet it intends to destroy will also "need over a million billion times more power than Earth’s most powerful laser beam."
Could a Death Star use asteroids as a fuel source?
A Death Star would require raw materials, and asteroids could provide that. Using asteroids as a source of raw materials would also reduce the need to launch rockets from Earth, he said.
How long would it take to build the Death Star in real life?
In most construction cases, materials represent about one third of total project costs, so at the very least, a Death Star would actually run you about 50 septillion dollars. Conservatively. But since it's going to take around 30 million years to complete the whole project, we've got time to save up.
How much will it cost to build a Death Star?
At this rate, it would take almost 850,000 years to produce enough steel to complete the planet-buster. Each Nimitz class aircraft carrier costs $4.5 billion dollars, and a project 11.3 billion times larger would suggest a cost of more than 50 billion billion dollars.
Is a Death Star laser possible?
While we can create lasers that emit extremely powerful energies, we need to pump great energies into them to make them work. That energy source takes space, which the Death Star, at least, provides. To vaporize a planet, we'd need a laser with a billion trillion times the energy of MIRACL.
Was the Death Star a waste of money?
The takeaway From the most watered-down standpoint, the two things an empire needs to succeed are markets for production and sources for raw materials. With all its fancy gizmos and gadgets, the Death Star completely depleted raw materials and stole away all the people necessary to propel the markets forward.
How many people would it take to run the Death Star?
The first version, which appears in the original 1977 film Star Wars, is stated to be more than 160 kilometers (99 mi) in diameter, and is crewed by an estimated 1.7 million military personnel and 400,000 droids.
Could the Death Star destroy a gas giant?
Last year, physicists worked out the plausibility of a fully functional (if not fictional) Death Star being able to destroy planets, and found that the Galactic Empire's technological terror could indeed destroy Earth-like rocky planets, but a Jupiter-sized gas planet would be a tough challenge.
What can destroy Death Star?
It was discovered that a proton torpedo, shot precisely into a small exhaust port, could trigger a reaction that would destroy the Death Star.
Can a mirror stop Death Star?
Testers, however, would have pointed out a glaring vulnerability of the Death Star's main cannon. A large mirror or similar reflective object could deflect the cannon's laser beam back at the Death Star.
How much would it cost to build the Death Star 2?
The paper concludes that “the total cost of building two Death Stars in 'A New Hope' and 'Return of the Jedi' was $419 quintillion (billion billion) dollars when research and development are also factored in.” The problem with all these estimates is that they are wrong.
How much does it cost to fire the Death Star?
The final number is absolutely staggering: 6.2 Octillion pounds, or approximately 7.81 Octillion US Dollars per day. As they note, that's 30 trillion times all the money on Earth.
How much would the second Death Star cost?
$419 quintillionWith its 900 km diameter, the second Death Star would have cost the Galactic Empire $419 quintillion.
How much iron would it take to build the Death Star?
"Scaling up to the Death Star, this is about 1.08 x 1,000,000,000,000,000 tonnes of steel," they said. That's an awful lot of steel. But it's pretty good value when you consider that from the Earth's iron, you could make just over two billion Death Stars.
Is there a real death star?
Our continued understanding of antimatter also lends itself to the future construction of a real Death Star. “With a pure antimatter bomb, the Death Star wouldn’t have to supply all the energy needed to blow Alderaan to smithereens—only half (about 1.24 trillion tons). Alderaan would supply the rest,” Joshua Filmer wrote in a previous article for Futurism.
Could We Maybe Build One in the Future?
Three unfortunate prequels, a reboot, an anthology, and decades of remarkable advances in technology later, the answer could very well be: not yet.
What's the Difference Between Asteroids and Comets?
A new study analyzing the motions of more than 50,000 stars has focused attention on one orange dwarf star known as HIP 85605 that has a chance of disrupting our solar system and sending a hail of killer comets our way.
What's the Difference Between Asteroids and Comets?
The latest study was conducted by Coryn Bailer-Jones of Germany's Max Planck Institute for Astronomy, and accepted for publication in the journal Astronomy & Astrophysics. He used Monte Carlo statistical simulations to analyze the galactic orbits of tens of thousands of stars tracked by the European Space Agency's Hipparchos satellite.
Uncertainties abound
Astronomers say there's ample evidence that previous encounters with passing stars have shaped our solar system. For example, a close encounter of the stellar kind is one of the best ways to explain why potential dwarf planets such as Sedna and 2012 VP113 (known unofficially as Biden) circle the sun in weird, far-out orbits.
Cold comfort in the cosmos
Even if it turns out that a Death Star is coming toward us, there's comfort in the fact that we'll have at least 240,000 years to figure out what to do. We'd probably have even more time than that. "A comet shower from the Oort Cloud would get here a few hundred thousand to a few million years after the close encounter," Melott said.
