By/Jan. 4, 2017 7:18 pm EDT/Updated: June 21, 2018 8:49 am EDT

How Much Is Star Wars Money Worth In Real Life
How Much Is Star Wars Money Worth In Real Life 2019
How Much Is Star Wars Money Worth In Real Life Today

Anthony Harvey / Getty Images. Mark Hamill Net Worth: $18 Million. A net worth of $18 million is nothing to sneeze at, but it seems like pennies when you realize Forbes reported that the 'Star Wars' franchise is worth almost $10 billion to its owners at Disney. Hamill isn't enjoying a huge piece of that pie. Star Wars Comic #1 – $13 500 (+-R167 745) The Star Wars comic book issue #1 is today worth $13 500. In 1977, Marvel was looking to increase their comic book price from 25 cents and raised the Star Wars issue #1 price to 35 cents in four select markets to test the change - setting this comic apart and making it rare. The GDP of earth sits at around $10,000 per capita per year. In the essential Atlas, known dosage has about 100 quadrillion (100,000,000,000,000,000) sentient inhabitants, so you're looking at, if the average economy were similar to our own, aroun. 'Star Wars' creator George Lucas has an estimated net worth of $6.4 billion, according to Forbes. The filmmaker also co-created ' Indiana Jones ' and has earned several Academy Award nominations. Released in 1977, ‘A New Hope’ was the first film in the Star Wars franchise and had a production cost of 11 million U.S. Dollars, achieving worldwide box office revenues of around 775 million.

Star Wars tech is super-cool, but we usually have to accept that it only exists in the movies. However, some scientists and engineers aren't content on letting that happen, and have worked to create tech that resembles the stuff we see in the Star Wars movies.

Lightsabers

Watching epic lightsaber battles in the movies is exciting, but everybody knows a sword made of light just can't work. Photons of light can't stop in mid-air or interact with other photons to create objects, doii.

Well, maybe it's not true. Photons normally don't do that, but researchers at MIT and Harvard have discovered a way to make light behave like lightsabers, called photonic matter. The science behind photonic matter is intricate and complex, so we'll spare you the gory details. Basically, photons have no mass, so they can't interact with each other like electrons and protons do. That is, unless you shoot them through supercooled rubidium gas.

When a photon enters the gas it slows down, losing energy as it bounces off rubidium atoms. If another photon enters the gas, it puts more energy into the system, pushing the original atom through the gas, so they're technically interacting like they have mass. It's like the photons turn into a mass of Black Friday shoppers trying to squeeze through the doors of Walmart, with the people behind them pushing them forwards.

Photonic matter isn't just a cool science experiment — it has real life implications. Since the light is acting like a molecule, it can get shaped into whatever scientists want. Researcher Mikhail Lukin has proposed making crystals out of pure light and, once you're making crystals, it's not a far step to 'sword made of light.' Get ready for epic Jedi battles in our future.

Ship-based lasers

One of the coolest parts of Star Wars is the space battles, with the Millennium Falcon and big capital ships bombarding each other with laser weaponry and torpedoes. While big engagements like the Battle of Endor are a long ways off, the US Navy is already putting laser weapons on their ships.

Getting the perfectly descriptive name 'Laser Weapon System' (LaWS), the Navy has tested this new weapon for years. For now, it isn't designed for massive broadside battles, but rather for point defense. LaWS can intercept incoming anti-ship missiles or enemy drones, heating up their exterior with laser light until they explode. LaWS is also capable of disabling small boats that are violating the laws of the sea. By the by, this isn't just some research test — LaWS already saw deployment to the Middle East in 2014.

Not content with letting the Navy take all the science fiction glory, the other branches of the US military have started testing laser weapons. The Army has a truck mounted laser, while the Air Force has tested a pulse laser, capable of shooting small bursts of laser energy, which sounds an awful lot like X-wing weaponry. Of course, all these lasers shoot invisible beams — for the time being, future combat won't have conveniently color-coded red and green lasers to show us who the bad guys are.

Autonomous fighter planes

In the prequels, we saw vast armies of CGI robots, ranging from foot soldiers to space fighters. The militaries of the world haven't create huge armies of robots (if Terminator taught us anything, it's that this would be a bad idea) but they do use unmanned aerial vehicles to do missions too dangerous for human pilots. UAVs like the Predator drones still need a human operator to fly them, but Northrop Grumman wants to change that through their experimental X-47B, an autonomous robot fighter.

Looking like a miniature version of Grumman's iconic B-2 stealth bomber, the X-47B does Naval operations. Its advanced systems can complete the same missions that the Navy's manned fighter planes do, but without the danger to human pilots. But the X-47B isn't just a missile truck. Unlike other drones, it's incredibly smart, capable of flying missions all on its own without a human supervising it.

Already the X-47B has completed a number of feats once considered impossible for robots. Ios games that earn real money. It's flown formation with human-piloted fighter planes, and even landed on an aircraft carrier all by itself. Landing on a carrier rocking around in an ocean, while flying at high speed, is hard enough for a human pilot, but now robots can do it just as well.

For now, the X-47B is just a technology demonstrator, but it has proved that autonomous robot fighters work, and they work well. Hopefully they stay on our side — flight crews have nicknamed the X-47B 'Cylon' which is a .. little concerning.

Universal translator devices, like C-3PO

Translating between human languages is hard enough — translating between alien languages would be nearly impossible. That's why, in the Star Wars universe, dedicated translator robots like C-3PO exist. Somebody has to make sure all the species can talk to each other — how else is an undercover Leia supposed to do business with Jabba the Hutt?

Forgetting future intergalactic diplomacy for a moment, a version of C-3PO on Earth would be insanely helpful. Various tech companies around the world are already working on the problem, hoping to facilitate communication across cultures. The key is neural networks. A universal translator needs to have a network like the human brain to decode the source language and translate it into another. Researcher Geoffrey Hinton believes that, with recent developments in artificial intelligence, we're not too far off.

Waverly Labs thinks they've figured it out without using artificial intelligence. They built the Pilot Earbuds, a system that runs through a smartphone and deciphers languages. When two parties are wearing the earbuds, a Bluetooth interface will run between them, translating the language directly into audible words. Details on how the Pilot works are still scarce, but it is one step closer to a real-life C-3PO. Hopefully the earbuds don't start developing a prissy attitude like the golden robot, though.

Electromagnetic propulsion drives

Star Wars ships don't rely on the brute force of giant rockets, like our spaceships do. They use electromagnetic propulsion or other forms of exotic thrust. If the human race wants to fulfill its Star Wars dreams, it will need to get past rocket propulsion and find something new. We need a lightweight, powerful engine that doesn't need huge fuel tanks to work. Cutting-edge British scientist Roger Shawyer might have figured out how. Shawyer calls his device the EmDrive, and it will revolutionize space travel.

The physics behind the EmDrive are complex. Simply put, it converts electricity to thrust by bouncing microwaves around inside of it. Getting into the real nitty-gritty details requires some intense mathematics and physics, so yeah, no thanks. The weird thing is, the EmDrive produces thrust without any detectable exhaust. It's reactionless, which would be like a

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