Plot:
By the late 21st century, Earth had become an overpopulated, diseased, polluted nightmare. The small number of super wealthy people escaped by building a large space station in Earth orbit and moving there. The station, called “Elysium,” is a bucolic paradise where everyone lives in a mansion, is protected by robot police, and has a personal rejuvenation pod that fixes any illness or injury when they lie down in it.
The film’s events take place in 2154. Elysium’s only problem is illegal immigration: poor people with major health problems smuggle themselves onto Elysium, and in the few minutes they have from the time their beat-up space ship dumps them onto the grass to the time they get arrested by robot cops, they try to break into a mansion and use one of the rejuvenation pods. Even though Elysium’s government seems to have a handle on the problem since they quickly arrest and deport them all, a government official played by Jodie Foster doesn’t think they’re doing enough, so she has a mercenary named “Kruger” do the dirty work of blowing up illegal immigrant space ships, killing dozens of people at once. After a verbal reprimand from Elysium’s president, Jodie Foster decides to do a military coup.
Matt Damon exists on the opposite end of the spectrum, living in a Los Angeles slum and working a horrible factory job where his boss yells at him all the time and he has no rights. One day, the machine he is in charge of breaks and he has to go inside to fix it. The door accidentally closes behind him and it turns on, zapping him with a dose of radiation that will kill him within five days.
Because Earth hospitals are so poor, his only hope is to illegally immigrate to Elysium to use a rejuvenation pod. He doesn’t have any money, so he can only get a ticket by agreeing to help an underworld crime boss kidnap a rich guy at gunpoint so they can basically steal his ATM pin number by hacking his electronic brain implant (rich people have these). Before Matt Damon goes on this criminal mission, he lets the crime boss upgrade his body with a screw-in exoskeleton kit that gives Damon superhuman strength and his own brain implant.
The job goes bad–Damon’s criminal compatriots accidentally shoot the rich guy in the chest. Instead of trying to render medical assistance, they connect a wire into the rich guy’s head and download his data into Damon’s brain implant. The rich guy dies, it turns out the data is encrypted so the criminals can’t make sense of it, and Kruger shows up and kills them all except Damon, who escapes into the slum.
Matt Damon then becomes the world’s most wanted man because it turns out he has the rich guy’s access codes to the Elysium mainframe, which are super important because they let the user reboot the system and make all humans Elysium citizens. Jodie Foster also wants the codes for her coup.
I won’t spoil the ending, but it’s exactly what you’d expect from Hollywood. I disliked Elysium for its clumsy, excessive moralizing, rushed pacing, and poorly thought out plot. Matt Damon, one of the greatest American actors of his generation, was disengaged in his role and almost looked like he didn’t want to be there. And while some futuristic elements in the movie will probably prove accurate by 2154, like humanoid robots, overall it was totally unrealistic and nonsensical. For example, if rejuvenation pods are the catalyst for illegal immigration, why doesn’t Elysium just give some pods to Earth so the poor people won’t need to go to space and bother them? Why isn’t there a single enterprising rich person on Elysium who sells some pods to Earth to make money for himself? If the people on Earth know that pods exist and know what they do, why can’t they pool their resources to copy the technology and make their own?
Also, before watching this anti-rich people movie, ask yourself how the world got that messed up to begin with. Did it become overpopulated thanks to rich people having huge numbers of kids? Diseased from rich people doing IV drugs and spreading AIDS? Polluted from rich people driving around all X billion cars there are in the world? Did rich people spray paint the buildings in Matt Damon’s slum and throw trash all over it? Absolutely not. If the world ends up as bad as it was in the film, it will be thanks to the bad decisions of billions of people, 99% of whom aren’t rich. In summary, in trying to make a commentary about the present, Neill Blomkamp (ironically, a multimillionaire) sacrifices accuracy depicting the future, and leaves us with a cool-looking but hollow and forgettable film.
Analysis:
The world will be ruined. In the film, Los Angeles was a gigantic slum, and these scenes were shot in the real-life slums of Mexico City. Aside from advanced flying vehicles, military exoskeletons and robot police, Earth’s technological state appears inferior to what it is today. This is unrealistic. By 2154, cities like L.A. will probably be much nicer than today, and extreme poverty will probably be eliminated. The historical record shows that living conditions have been improving across the planet as a whole since the Enlightenment, and the trend is unlikely to change.
There will barely be any white people in Los Angeles. Aside from Matt Damon and a few colleagues at his factory job, no white people are shown living in L.A. This will prove an accurate depiction. Whites became minorities in L.A. and California in the 2010s, and nationally will be minorities around 2045. Their share of the L.A. county population is forecast to keep declining for the foreseeable future.
By 2154, nonwhites, including mixed race people, will comprise the overwhelming majority of the U.S. population. By that point in the future, medical immortality, decreased fertility among all races, and lessened need for immigration thanks to machines doing all the work will cause the racial makeup of the planet to stabilize (this is why I don’t think white people will ever “go extinct” as racist alarmists contend).
Well before 2154, the large population of mixed race people and widespread use of genetic engineering to give people stereotypically “white” traits (light-colored eyes, hair and skin) will seriously scramble our future concept of race. Genetic engineering will also be used to add unnatural traits to the genepool, like orange hair and purple eyes, resulting in significant numbers of humans not resembling any race. Some human beings will have also upgraded themselves and fused with their technology so radically that they won’t belong to any race, and will find the concept irrelevant to their self-identities.
The rich elites will still be overwhelmingly white. Elysium is 90% white, in contrast to the impoverished Earth. While disproportionate wealth and power will stay in the hands of white Americans for generations even after they become minorities, and Europe will also retain its outsized wealth for some time, a lot will happen over the next 141 years to level the playing field. At the very least, all East Asian countries will attain Western standards of living and income. More likely the whole world will have caught up, and in no small part thanks to machines becoming common everywhere and taking over work from humans. In making almost all the Elysium residents white, director Neill Bloomkamp again tried to make a social statement in terms we are familiar with today, but at the expense of realism.
Robots will be everywhere. The film featured robots cops, parole officers, doctors, and emergency workers that were just as capable as humans. This will come to pass well before 2154. However, I disagree with the movie’s depiction of these robots all being mechanical-looking, with all their gears and metal surfaces exposed, and I don’t think they’ll have stereotypically machine-sounding voices. They will be more refined, and some will be indistinguishable from humans (androids). Even today’s technology allows machine voices to sound almost the same as natural human voices, and before 2040, they will be indistinguishable.
Humans will still work in factories. Aside from that fact that it makes a futuristic product (robots), Matt Damon’s workplace is the same as a modern-day factory: Human workers in overalls show up every morning and work on the crowded shop floor, pushing buttons, pulling levers and pushing carts full of parts around. The absurdity of this is striking: If the factory is making intelligent, dexterous, humanoid robots, why don’t the managers replace the human workers with some of their own robots?
Labor-intensive factory jobs like those in the film will disappear in developed countries around the middle of this century. Small numbers of highly trained human workers will remain in the factories to oversee machines, but they won’t do grunt work like Matt Damon.
By the end of this century, no one on planet Earth will do labor-intensive factory work, and most factories will be 100% automated. If you think this can’t happen because humans will always be needed to fix the machines, you are wrong. As I said in my review of Terminator, there’s no reason machines won’t eventually be able to build and fully repair each other.
Medical technology will be able to fix almost every problem. To fix any ailment, the rich people need only lie down in a rejuvenation pod and wait for its mechanical “arms” to wave back and forth over them. In this way, even deadly conditions like cancer are fixed in a few seconds. Kruger’s horribly destroyed face is thus reconstructed after a battle with Matt Damon. Curiously though, the machines can’t correct the cellular-level damage that causes old age, and there are some old-looking people walking around Elysium.
This level of technology will exist by 2154, though most health problems will still take much longer than one minute to fix. Massive trauma like having your skull crushed will be impossible to fix, as will reviving people who have been dead and rotting for more than a couple hours. However, diligent use of future medical technologies will be able to keep people young and reverse the aging process.
People will still die of leukemia. A subplot of the film involves the daughter of Matt Damon’s ex-girlfriend. The daughter is about to die from leukemia unless she gets advanced treatment in Elysium. Even though the ex-girlfriend is a nurse and presumably has access to superior medical services since she works in a hospital and has doctor friends, Earth is just so poor and backwards that they can’t cure the daughter. Even though Elysium is hoarding the rejuvenation pods, there’s little reason to assume conventional leukemia treatments wouldn’t be able to cure the disease with over 100 more years of research.
There will be a space station miles in length/diameter orbiting the Earth that can be plainly seen in the sky. Elysium is 37.3 miles wide and orbits 4,000 miles above the Earth. Even in the daytime, the station is visible from the planet’s surface, and its circular shape can be made out. According to other calculations, an object only one mile wide could also be clearly seen if its orbit were the same as the International Space Station, which is a mere 254 miles up.
While the technology and money to build such space objects will be available by 2154, I’m unsure if the investment will actually be made. For one, while it would make sense to build some types of massive objects in space like solar panel arrays and sunshades (to ease global warming), they would be positioned so far from Earth that people on the ground wouldn’t be able to see them.
We’ll be assembling space ships in space by 2154, but I’m not sure if we’ll be doing it in low Earth orbit. The LaGrange Points probably make more sense. Even if we did build them in LEO, I don’t see why any of them would need to be a mile or more in length (for what purpose), nor would any “space factories” that built them need to be that large.
I don’t think the rich will ever move to a giant space station because they decide Earth sucks, but I do think there will be at least one “space hotel” in low Earth orbit by 2154 that caters to rich people. Even that far in the future, rocketing enough material into space to make a mile-wide space hotel will be too expensive, and there won’t be enough customer demand to fill all the rooms anyway.
And while I wouldn’t be surprised if there were one or more “space hotels” in low Earth orbit that catered to rich tourists by 2154, they wouldn’t have enough clientele to justify being a mile or more in diameter. However, I can see a workaround: Massive sheets of Mylar.
Imagine a luxury space hotel that’s similar in size to a cruise ship. It’s basically an elongated box measuring 1,000 ft x 200 ft x 150 ft, which is in the same size range as a real cruise ship. Even in low Earth orbit, it’s still too small to see from the ground. To fix that problem and hence boost the station’s publicity, huge “wings” or “sails” are attached to its sides. Made of Mylar, the sails are very lightweight and compact, meaning it’s affordable to rocket them into space. Once attached to the sides of the station, they’re unrolled and oriented to face Earth, making the station look much bigger. It would kind of resemble a butterfly, with an elongated, relatively compact “core” with very thin, flat accessory protrusions on either side.
The station’s wings/sails would have no functional purpose. While many people would protest plans to mar the sky with such an object, it might be built anyway. NIMBY’s don’t always win.
Robot exoskeletons will exist and will give wearers superhuman strength and endurance. Matt Damon has one of these “grafted” to his body, and it proves invaluable in the many fistfights he has with killer robots and mercenaries, and in the self-extrications he does freeing himself from crashed vehicles and prying apart heavy metal doors that are trying to close on him. These will definitely exist by 2154, but they will not be crudely screwed into wearer’s bodies (during the “operation” where this is done, they don’t even take Damon’s clothes off, so he’s wearing a ridiculous bloody T-shirt UNDER his exoskeletion for the rest of the movie). As I concluded in my review of Edge of Tomorrow, the first combat exoskeletons could make their debut in the 2050s, 100 years before the film is set to happen. With an extra century of development time, they should be significantly better than what Matt Damon had.
Highly refined brain-computer interfaces will exist. In the film, the rich people have small devices sticking out of their heads resembling cochlear implants which allow them to interface their brains with computers. Files can thus be directly transferred between the two. Devices like these will be common by 2154, though they will probably be completely internal, meaning they won’t have parts sticking out from the person’s skin.
Old guns will use new ammo. Matt Damon uses a normal pump-action shotgun to fire a tiny sticky bomb onto a rich guy’s flying car. After the car takes off, Damon remotely detonates it and the car crashes. During the ensuing battle with the rich guy’s two robot guards, Damon kills one of them using a 200-year-old AK-47 firing proximity-fused explosive bullets that are linked to a control computer in a small gun sight.
The concept is clearly borrowed from the XM-25 and shows where the technology will be once refined. I really liked this as it shows high technology being seamlessly incorporated with low technology in a realistic way, and it nods to the fact that the basic gun designs we have today are optimal or close to optimal, so further performance improvements will have to come from peripheral things like better ammo and sights.
By 2154, gun sights will provide a composite picture that intelligently overlays images from several parts of the electromagnetic spectrum. They will have computers that can recognize objects and humans, and visually highlight them for the shooter’s benefit. The scope computers will also have ballistic calculators that move the target reticle based on factors like distance, inclination/declination, wind velocity, air pressure, humidity, and temperature of barrel.
The guns themselves might have self-aiming mechanisms like the Smartgun from Aliens had. A rifle would have a sort of metal “frame” around it, and at several different points, levers and metal cables would connect the rifle to the inside of the frame. By telling those levers and cables to tighten or slacken, the scope could quickly make fine adjustments to where the barrel was pointed, compensating for flaws in the shooter’s aim.
Routine use of highly advanced ammunition incorporating better propellants and features like timed airburst, tandem warheads, steering fins, and mini guided rockets will also make guns more accurate and deadlier against a greater range of targets. The guns of 2154 will also have computers built into them that will link with the user’s brain computer, allowing the person to instantly “know” where to point the weapon to hit the desired target without having to look through a sight.
Combining all of these technologies, the mechanical “guts” of a 200-year-old AK-47 could be used to make a future rifle with incredible capabilities. A better aiming system would double the maximum range at which it is lethal against humans, and make it possible to rapidly shoot the weapon from the chest with the same accuracy as today’s careful sniper shots from bolt-action rifles. The weapon could even shoot down low-flying aircraft, cripple vehicles from long distances with bullets through their vital components like tires and gas tanks, or even disable tanks by destroying their fragile external sensors or sending bullets directly down the barrels of their main guns to hit the shells loaded in them.
Small homing weapons will kill people. During Matt Damon’s botched kidnap attempt on the rich guy, Kruger arrives and kills one of Damon’s accomplices with hand-sized, frisbee-like flying objects that home in on targets that Kruger marks with a small laser. Once they reach their targets, they latch onto them and explode.
Smart weapons like these will be old technology by 2154, and in fact will probably exist within 20 years and take the form of tiny quadcopter drones. Since it might be too hard for them to latch onto targets, especially if the targets are moving or able to swat the drones down, they will probably be programmed to blow up once they get within a few feet from the target, or upon colliding with any part of it.
Facial recognition software will be in common use, even among robots. Throughout the film, surveillance cameras with facial recognition software are used to identify people in public places. Quadcopter drones with cameras also do this when looking for Matt Damon. These will also be old technologies by 2154.
Facial recognition software is already quite reliable, and is sometimes paired with fixed-position surveillance cameras, particularly in higher-tech authoritarian countries like China. However, the software’s accuracy gets worse as the angle at which the camera is placed gets steeper. In other words, a camera six feet off the ground, pointed straight at a person’s face will be able to recognize them easily, but the same camera installed 20 feet off the ground on top of a pole, looking sharply down at the same person so it mostly just sees their hair, will struggle to tell who they are.
For this reason, aerial drones are currently unsuited for autonomously tracking down specific humans. However, that will surely change once more biometric data on people becomes available. Future robots that walk around at ground level with us will recognize us easily thanks to having unobstructed views of our faces and bodies. In the future, you’ll never be a stranger to a robot, or to a human with access to facial recognition software.
Super guns will exist. During the final battle on the Elysium station, Matt Damon finds an advanced automatic rifle with “CHEMRAIL” written on the side and he uses it to kill a bad guy. The gun makes electronic noises when “charging up” and firing, and the bullets are propelled with such force that they easily pass through a wall and literally tear his opponent apart. Canon Elysium literature states that the gun uses electromagnetic forces instead of exploding gunpowder to propel the bullets, and that the bullets leave the gun with 18,000 Joules of energy. That’s powerful, but no unfathomably so: A .50 caliber bullet (used in some sniper rifles and heavy machine guns) has 15,000 Joules.
Small arms with this level of power will be more common in the future because robots and augmented humans that are strong enough to carry and shoot them will exist. A human wearing an exoskeleton could fire such a weapon on full auto like Matt Damon did, but an average person could not. There was a major error in the battle scene since Matt Damon had the CHEMRAIL gun pressed against his shoulder and was holding the handle with his bare hand. His exoskeleton didn’t bear the recoil of the weapon at all. So in real life, had he fired it, the gun’s recoil would have broken his shoulder and wrist. However, had the weapon been directly braced against his exoskeleton, the force would have been transmitted directly into it, and not his body.
There will still be text-based computer interfaces. Throughout the film, characters eschew GUI’s and instead use simple, text-based computer interfaces that resemble MS-DOS. For certain applications, these will still be used in 2154 since they’re optimal. However, reading characters off screens will be unnecessary in most cases since brain implants will let humans instantly “feel” and “know” what the computer wants to tell them, and vice versa. Intelligent machines themselves will be able to wirelessly interface with technology even more directly and easily.
Text-on-screens will, along with devices that operate on purely mechanical principles, probably exist as backups to more sophisticated technology. For example, imagine a wristwatch that can wirelessly transmit the time to your brain implant so you can know with a single thought what time it is. The wristwatch would still have a face with a small LED screen, which you could look at to see what time it was in case the wireless chip in the watch broke.
Shoulder-launched missiles launched from Earth will be able to fly thousands of miles into space. There’s a scene early in the film where a group of illegal immigrants gets into small space ships and flies from L.A. to Elysium. Inexplicably, Elysium lacks the weapons to blow up the ships or at least disable them before reaching the station, so the only way to stop them is to have Kruger shoot them down with surface-to-air missiles. Using a shoulder launcher, he fires several missiles that have enough power to exit the Earth’s atmosphere, overtake the space ships and destroy them. Since the station orbits about 4,000 miles above Earth, the ships were also thousands of miles up when they were destroyed.
No chemical fuel can contain enough energy to propel a small missile that far and fast. The only way such a thing MIGHT be possible is if the missiles had mini nuclear fusion engines, which may or may not be feasible, even with the highest possible level of technology. By 2154, I doubt such weapons will exist.
Helicopter-sized craft will be able to fly back and forth between the Earth’s surface and space. It takes an enormous amount of energy to defeat gravity and to put something into space. Case in point: A 300 foot tall rocket is needed just to put something the size of a large van into orbit. In the film, the van-sized object doesn’t need the huge rocket anymore–four small engines and a small fuel tank can do it.
I think this is probably impossible. The closest we might get is passenger jet-sized craft flying into space with four or five people inside. For a more detailed discussion, see my Starship Troopers review.
Today’s guns will still be in use. At several points in the film, people are shown carrying contemporary guns like AK-47’s and M-16’s. These are used in gun battles with cutting-edge soldier robots and expert mercenaries. By 2154, few of the firearms existing today will still be in use since they will have all long worn-out and been shredded for scrap metal. Guns, like anything else, gradually wear out with use and at some point become dangerous to fire and not worth fixing.
However, the basic DESIGNS for guns are timeless. From a mechanical engineering standpoint, guns like the AK-47 and M-16 are optimized for what they do, and there’s no way to significantly improve upon them. So in 2154, newly manufactured AK and M-16 descendants could still represent the cutting edge of small arms technology.
Certainly they’ll still be effective at killing humans since our skin isn’t evolving to become bulletproof, and even armored machines could still be killed with enlarged versions of those guns designed to fire stronger bullets. However, while the internal mechanics will be conserved, future guns will look at least a little different on the outside.
Personal energy shields that can stop bullets will exist. Kruger has a pocket-sized device that, when activated, creates a semi-transparent, circular shield in front of him. It only lasts a few seconds, but it can block a hail of bullets, even from the super-powerful CHEMRAIL gun.
This is scientifically implausible. There’s no intangible force that could be harnessed to make moving objects with large amounts of kinetic energy instantly stop in midair, as if they’d hit a solid object.
Links:
- By 2045, most Americans won’t be white.
https://www.brookings.edu/blog/the-avenue/2018/03/14/the-us-will-become-minority-white-in-2045-census-projects/ - An object needs to be about 1 mile in diameter to be clearly seen from low Earth orbit. https://en.m.wikipedia.org/wiki/Artificial_structures_visible_from_space
- Calculations about how big an Elysium-sized object would look from Earth based on how far it was from Earth.
https://blog.wolframalpha.com/2013/08/16/elysium/ - The “Tyranny of the Rocket Equation” means its impossible for helicopter-sized craft that are mostly full of empty space to fly up into orbit. https://www.nasa.gov/mission_pages/station/expeditions/expedition30/tryanny.html