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Killer Robots, Drone Warfare, And How Artificial Intelligence Might Impact Both

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On November 5, 2001, the history of warfare changed forever. On that date, an unmanned Predator drone armed with hellfire missiles killed Mohammed Atef, a known Al-Qaida military chief and the son-in-law to Osama Bin Laden. From a purely strategic standpoint, this was significant in that it proved the utility of a new kind of weapon system. In terms of the bigger picture, it marked the start of a new kind of warfare.

If the whole of human history has taught us anything, it’s that the course of that history changes when societies find new and devastating ways to wage war. In ancient times, to wage war, you needed to invest time and resources to train skilled warriors. That limited the scope and scale of war, although some did make the most of it.

Then, firearms came along and suddenly, you didn’t need a special warrior class. You just needed to give someone a gun, teach them how to use it, and organize them so that they could shoot in a unit. That raised both the killing power and the devastating scale of war. The rise of aircraft and bombers only compounded that.

In the 20th century, warfare became so advanced and so destructive that the large-scale wars of the past just aren’t feasible anymore. With the advent of nuclear weapons, the potential dangers of such a war are so great that no spoils are worth it anymore. In the past, I’ve even noted that the devastating power of nuclear weapons have had a positive impact on the world, albeit for distressing reasons.

Now, drone warfare has added a new complication. Today, drone strikes are such a common tactic that it barely makes the news. The only time they are noteworthy is when one of those strikes incurs heavy civilian casualties. It has also sparked serious legal questions when the targets of these strikes are American citizens. While these events are both tragic and distressing, there’s no going back.

Like gunpowder before it, the genie is out of the bottle. Warfare has evolved and will never be the same. If anything, the rise of combat drones will only accelerate the pace of change with respect to warfare. Like any weapon before it, some of that change will be negative, as civilian casualties often prove. However, there also potential benefits that could change more than just warfare.

Those benefits aren’t limited to keeping keep soldiers out of combat zones. From a cost standpoint, drones are significantly cheaper. A single manned F-22 Raptor costs approximately $150 million while a single combat drone costs about $16 million. That makes drones 15 times cheaper and you don’t need to be a combat ace to fly one.

However, those are just logistical benefits. It’s the potential that drones have in conjunction with advanced artificial intelligence that could make them every bit as influential as nuclear weapons. Make no mistake. There’s plenty of danger in that potential. There always is with advanced AI. I’ve even talked about some of those risks. Anyone who has seen a single “Terminator” movie understands those risks.

When it comes to warfare, though, risk tolerance tends to be more complicated than anything you see in the movies. The risks of AI and combat drones have already sparked concerns about killer robots in the military. As real as those risks are, there’s another side to that coin that rarely gets discussed.

Think back to any story involving a drone strike that killed civilians. There are plenty of incidents to reference. Those drones didn’t act on orders from Skynet. They were ordered by human military personnel, attempting to make tactical decision on whatever intelligence they had available at the time. The drones may have done the killing, but a human being gave the order.

To the credit of these highly trained men and women in the military, they’re still flawed humans at the end of the day. No matter how ethically they conduct themselves, they’re ability to assess, process, and judge a situation is limited. When those judgments have lives on the line, both the stakes and the burdens are immense.

Once more advanced artificial intelligence enters the picture, the dynamics for drone warfare changes considerably. This isn’t pure speculation. The United States Military has gone on record saying they’re looking for ways to integrate advanced AI into combat drones. While they stopped short of confirming they’re working on their own version of Skynet, the effort to merge AI and combat drones is underway.

In an overly-simplistic way, they basically confirmed they’re working on killer robots. They may not look like the Terminator or Ultron, but their function is similar. They’re programmed with a task and that task may or may not involve killing an enemy combatant. At some point, a combat drone is going to kill another human being purely based on AI.

That assumes it hasn’t already happened. It’s no secret that the United States Military maintains shadowy weapons programs that are often decades ahead of their time. Even if it hasn’t happened yet, it’s only a matter of time. Once an autonomous drone kills another human being, we’ll have officially entered another new era of warfare.

In this era, there are no human pilots directing combat drones from afar. There’s no human being pulling the trigger whenever a drone launches its lethal payload into a combat situation. The drones act on their own accord. They assess all the intel they have on hand, process it at speeds far beyond that of any human, and render decisions in an instant.

It sounds scary and it certainly is. Plenty of popular media, as well as respected public figures, paint a terrifying picture of killer robots killing without remorse or concern. However, those worst-case-scenarios overlook both the strategic and practical aspect of this technology.

In theory, a combat drone with sufficiently advanced artificial intelligence will be more effective than any human pilot could ever be in a military aircraft. It could fly better, carrying out maneuvers that would strain or outright kill even the most durable pilots. It could react better under stressful circumstances. It could even render better judgments that save more lives.

Imagine, for a moment, a combat drone with systems and abilities so refined that no human pilot or officer could hope to match it. This drone could fly into a war zone, analyze a situation, zero in on a target, and attack with such precision that there’s little to no collateral damage.

If it wanted to take a single person out, it could simply fire a high-powered laser that hits them right in the brain stem.

If it wants to take out someone hiding in a bunker, it could utilize a smart bullet or a rail gun that penetrates every level of shielding and impacts only a limited area.

If it wants to take out something bigger, it could coordinate with other drones to hit with traditional missiles in such a way that it had no hope of defending itself.

Granted, drones this advanced probably won’t be available on the outset. Every bit of new technology goes through a learning curve. Just look at the first firearms and combat planes for proof of that. It takes time, refinement, and incentive to make a weapons system work. Even before it’s perfected, it’ll still have an impact.

At the moment, the incentives are definitely there. Today, the general public has a very low tolerance for casualties on both sides of a conflict. The total casualties of the second Iraq War currently sit at 4,809 coalition forces and 150,000 Iraqis. While that’s only a fraction of the casualties suffered in the Vietnam War, most people still deem those losses unacceptable.

It’s no longer feasible, strategically or ethically, to just blow up an enemy and lay waste to the land around them. Neither politics nor logistics will allow it. In an era where terrorism and renegade militias pose the greatest threat, intelligence and precision matter. Human brains and muscle just won’t cut it in that environment. Combat drones, if properly refined, can do the job.

Please note that’s a big and critical if. Like nuclear weapons, this a technology that nobody in any country can afford to misuse. In the event that a combat drone AI develops into something akin to Skynet or Ultron, then the amount of death and destruction it could bring is incalculable. These systems are already designed to kill. Advanced AI will just make them better at killing than any human will ever be.

It’s a worst-case scenario, but one we’ve managed to avoid with nuclear weapons. With advanced combat drones, the benefits might be even greater than no large-scale wars on the level of Word War II. In a world where advanced combat drones keep terrorists and militias from ever becoming too big a threat, the potential benefits could be unprecedented.

Human beings have been waging bloody, brutal wars for their entire history. Nuclear weapons may have made the cost of large wars too high, but combat drones powered by AI may finally make it obsolete.

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Neuralink Event: Updates, Insights, And (Big) Implications

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It’s been a while since I’ve talked about Neuralink. There’s a good reason for that. Even though Elon Musk announced the formation of the company back in 2017, there hasn’t been much news, aside from a few cryptic teases. That didn’t stop me from proclaiming it be one of the most important venture of all time and I still stand by that proclamation.

Finally, on July 16, 2019, we got some news from Neuralink that attracted major press coverage. Musk, in an event that was live-streamed, offered some tantalizing details on the state of the company’s research into advanced brain implants. He didn’t announce that they’d perfected it. However, he did make clear that this is not some crazy idea he just scribbled on a cocktail napkin.

The presentation was lengthy and I encourage everyone to check it out. I’m nowhere near as smart, articulate, or successful as Elon Musk. Very few individuals on this planet are. If for no other reason, watch this event to affirm that he’s serious about merging human brains and machines.

If you don’t have time to watch the whole thing, here a few key points:

  • The first use of this technology will be to treat brain disorders
  • The company has over $150 million and almost 100 employees
  • It has made significant strides in crafting advanced electrodes that can be implanted in a human brain
  • The current prototype utilizes chips that can process brain signals
  • The prototypes have proven functional with rats and monkeys

These insights are intriguing, but they’re not going to change the world overnight. It’s not like we’ll be able to order our own brain implants from Amazon by the end of the year. This technology is still in its infancy. We’ve only recently developed computer hardware that can communicate with brain cells. We’re a long way off from functioning on the level of the Borg.

What Musk laid out wasn’t just a vision. He offered specifics, citing where we are with the technology and who will initially benefit. It makes sense for those with brain disorders to act as the first beneficiaries. Aside from the difficulty of convincing most people to have something put into their brains, these implants could be invaluable at helping quadriplegics improve their lives.

It’s not an impossible feat, having brains interact directly with machines. It has been successfully done with monkeys. It’s just a matter of testing, refinement, and improvement. Like cell phones and Lasik surgery, which I’ve had done, the technology will improve once it has a foundation to build on.

Now, we got a glimpse of that foundation and there’s plenty of reasons for excitement. While nobody can predict the future, especially not as well as someone like Elon Musk, there are some major implications for the near and distant future.

Just controlling a computer with your brain is not the endgame of this technology. Musk stated clearly in the event that the ultimate goal is to create an intimate, symbiotic relationship between humans and advanced artificial intelligence. He sees it as a necessary relationship if we’re to minimize the existential threat posed by AI.

Before we get to that goal, though, it’s almost a given that this technology will find other uses and markets. One market that wasn’t mentioned in the presentation, but could prove very lucrative, is gaming.

As much as video game technology has advanced since the early days of Nintendo, the controls haven’t evolved much. We still need a keyboard or a controller to interact with the system. As someone whose reflexes were rarely fast enough while playing Mike Tyson’s Punch Out, I can appreciate those limitations more than most.

Imagine an interface where moving a character or a cursor required only your thoughts. Suddenly, you’re no longer restricted to button sequences and analog sticks. The controls only limited by your brain’s ability to give the necessary commands. Whether you’re playing an old Mario game or Grand Theft Auto V, you guide everything along with your thoughts.

Considering the gaming industry is a multi-billion dollar industry, the incentives for innovation are strong. If a brain interface offers novelty or advantages for gaming, then Neuralink is in a position to reap the benefits.

Those same benefits extend beyond the gaming industry. While it may take a while for an implant to process the complex controls of a video game, it might not take as long to create one with the ability to give wielders more direct control of their smartphone. Some may recoil at the thought of being that connected with their smartphone, but the benefits may be too good to pass up.

I can easily imagine an interface that not only helps people type messages faster, but provides better security than passwords, fingerprints, or facial recognition. Hackers might be able to crack a password, but brain signals would pose a far more daunting challenge.

This kind of interface also opens the door to a more intimate forms of communication. It’s one thing to just send texts and emails with our phones. What if we could send codes through brain implants that actually convey feelings and emotions? Instead of emojis, we could just send a coded message from one implant to another that conveys anything from happiness to shock to sarcasm.

That level of communication wouldn’t just be groundbreaking. It would change the way human beings interact. Again, it would be somewhat rudimentary at first, but with refinement, it could open entirely new channels for those who take advantage of this technology.

These are just some of the possibilities. The implications for the distant future are big, but the possibilities for the near future are just as tantalizing. Right now, the near-term goal revolves around helping brains interact with computers. At the moment, those computers are not advanced AIs. When that time comes, though, we’ll at least have a channel for that interaction.

These are exciting times, indeed. This is not just some eccentric billionaire’s crazy vision. This is really happening. There have been many technological advances that have changed our lives, but this technology may ultimately change much more than that.

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How Humanity Will Cure Death

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When it comes to pushing the limits of technology, every goal once started as a fantasy. In the 19th century, the smartest minds of the time thought heavier-than-air flying machines were infeasible at best and impossible at worst. In the early 20th century, other people with legitimate scientific credentials said the same thing about a manned mission to the moon.

While it seems absurd today, at the time it made sense. The people of that era just couldn’t imagine technology advancing to a point where humanity regularly achieved feats that had once been relegated to science fiction. It’s easy it mock them with the benefit of hindsight, but there are plenty of smart people today who have made claims that will be mocked 50 years from now.

One claim that most individuals, including those who work at the forefront of science and research, is that we will never cure death. Science is certainly capable of doing a great deal, but death is one of those immutable barriers that it can never overcome.

We may be able to cure all infectious disease through biotechnology and genetic engineering. We may one day have technology that allows our bodies to become so durable that from the perspective of people alive today, they’ll be superhuman. They may even live for centuries, but never age past 30. Nothing other than a freak accident could kill them. I’ve already noted the potential issues with that.

However, even these highly-enhanced humans will eventually die at some point. That seems like a given. Efforts to avoid it are often subject to heavy criticism, especially approaches like cryonics or uploading your mind into a computer. While some of those criticisms are valid, they’re also short-sighted. They work under the same assumption as those who claimed humans would never walk on the moon.

Technology has limits, but humans have a bad track record with respect to understanding those limits. With respect to curing death, even the most advanced fields of emerging technology seem limited in their ability to help people escape such a fate. That doesn’t mean the concept is flawed. It doesn’t even mean that the technology is beyond the laws of physics.

Personally, I believe death can be cured, but not with approaches like cryonics or bodily enhancements. While those technologies may ultimately extend our lives, being able to transcend death requires another approach. Specifically, it requires a mechanism for preserving, transforming, and transferring the contents of our brains.

Medically speaking, the official definition of death is the irreparable cessation of all brain activity. Your body can be damaged. Every other organ could fail. Your brain is the last link in that chain. It contains your memories, your emotions, your personality, and your capacity to experience the world. To cure death, we simply need to preserve the brain and all its functions.

That’s much harder than it sounds, but it’s not physically impossible. The human brain is not made up of some mythical, exotic material. It’s made up of specialized cells and tissues, like any other organ. While we don’t entirely understand the workings of the brain, it operates using physical matter that is bound by the laws of physics and biology.

Those limits are the key and the mechanism for preserving that complex clump of biomatter already exists, both as a concept and in a very unrefined form. That technology involves nanobots and if there’s one technology that has the potential to make humans truly immortal, it’s this.

The concept of nanobots is already a common staple of science fiction, but it’s primarily used as the technological equivalent of a wizard’s spell. If you need something or someone to do the impossible without resorting to magic, just throw nanobots or nanites, as they’re often called, into the story and let the impossible seem mundane.

While it’s doubtful that nanobots can do everything that science fiction claims, there’s a good chance that they’ll come pretty close. It’s impossible to overstate the potential of nanorobotics. From mass-producing any kind of good to curing humans of all infectious disease, nanobots have the potential to literally and figuratively change our lives, our bodies, and our world.

At the moment, we only have crude prototypes. In time, though, nanobots could become something akin to programmable matter and, by default, programmable flesh. Technically speaking, a nanobot could be programmed to do whatever a typical brain cell does, but more efficiently.

In the late 90s, scientists like Robert Freitas Jr. envisioned nanobots called respirocytes, which functioned like artificial blood cells. In theory, these would be far more effective at getting air and nutrients to the rest of your body, so much so that you could hold your breath for hours or sprint indefinitely.

That’s all well and good for deep sea diving and Olympic sprinters, but for curing death, the concept needs to go even further. That means creating nanobots that mimic the same function as a neuron, but with more efficiency and durability. Create enough of those and you’ve got the exact same hardware and functionality as the brain, but with the utility of a machine.

Once we have that technology refined and perfected, we have everything we need to effectively cure death. Doing so means gradually replacing every neuron in our skulls with a more efficient, more durable nanobot that does everything that neuron did, and then some. The most important additional feature these nanobots would have is a measure of intelligence that could be programmed.

By being programmable, the nanobots in our skulls would be more plastic. It would be less an organ and more a synthetic substrate, of sorts. It could be drained into a container, implanted into a robot specifically designed to contain it, or just preserved indefinitely in the event that there are no bodies available, not unlike the systems used in, “Altered Carbon.”

To some, this still doesn’t count because it requires that every cell in our brains be replaced with something. Technically, that brain wouldn’t be yours and you might not even be use, as a result. I respectfully disagree with this criticism, primarily because it ignores the whole Ship of Theseus argument.

If you’re not familiar with this concept, it’s pretty simple, but the implications are profound. It starts with a real, actual ship used by the mythical hero, Theseus. If, at one point, you replace a piece of wood in that ship, it’s still the same ship. However, the more pieces you replace, the less of the original ship you have. Eventually, if you replace all pieces, is it the same ship?

The human brain, or any organ in your body, is an extreme version of that thought experiment. The brain cells can replicate, but it’s a slower process compared to most cells and the configurations are always changing. The way your brain is wired now is changing as you read this sentence. A cluster of nanobots doing the same thing won’t be any different.

Like the Ship of Theseus, it wouldn’t happen all at once. In principle, the brain cell doesn’t even get destroyed. It just gets subsumed by the mechanizations of the nanobot. How it goes about this is hard to determine, but there’s nothing in the laws of physics that prohibit it. At the molecular level, it’s just one set of atoms replacing another.

Once in place, though, the limits of biology go out the window. With programmable nanobots, a person doesn’t just have the same functionality as a biological brain. It’s has other functions that allow for easier programming. We could, in theory, supplement the nanobots with additional material, sort of like cloud computing. It could even create a neurobiological backup of your brain that could be kept in stasis.

At that point, death is effectively cured. Once your brain becomes a substrate of nanobots, you can just transfer it into a body, a robot, or some other containment vessel that allows it to experience the world in any way desired. If, by chance, that body and the substrate are destroyed or damaged, then the backup kicks in and it’ll be like you just jumped from one place to another.

Some of this relies on an improved understanding of how consciousness works and assumes that it could be somehow transferred, expanded, or transmitted in some way. That may very well be flawed. It may turn out to be the case that, even if you turn your brain into a glob of nanobots, you can’t transmit your consciousness beyond it. If it gets destroyed, you die.

There’s a lot we currently don’t understand about the mechanisms of consciousness, let alone our ability to manipulate those mechanisms. However, a lack of understanding doesn’t negate the possibilities. Our previous inability to understand disease didn’t prevent our ancestors’ ability to treat it to some extent.

If it is the case that we cannot transmit consciousness from our brains, then we can still craft a functional cure for death. It just requires that we put our brains in protective vats from which carry out our existence in a simulated world. Those vats could be protected in a massive artificial planet that’s powered by a black hole or neutron star. In theory, our brains would be preserved until the heat death of the universe.

Whatever the limitations, the technology and the concepts are already in place, if only on paper. It’s difficult to know whether anyone alive today will live long enough to see an advancement like this. Then again, the children alive in 1900 probably didn’t think they would live to see a man walk on the moon.

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What Will The Currency Of The Future Be?

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Most people don’t think about what gives their money value. There’s just a general understanding that it’s vital for basic economic activity. Whether it involves simple bartering or complex cryptocurrencies, the assumptions are the same. Money is a measure of value and exchanging it is how we ascribe value to basic goods and services.

There are all sorts of economic and financial complexities that determine how money works. Rather than bemoan the issue, knowing I am not the least bit qualified to do so, I’d like to focus on the nature of money in the future. Having already given plenty of thought to advanced artificial intelligence, human enhancement, and intimacy, I think it makes sense to contemplate how it all affects our ideas about money.

By that, I’m not referring to current trends in digital currency and older trends within modern banking systems. I’m talking about what money will be in a future where people, resources, and our entire understanding of economics has rendered the existing system obsolete. If you don’t think that’ll ever happen, then I only request that you give some added scrutiny to the concept of money.

I often find myself scrutinizing it whenever I watch a bit too much sci-fi. Some of my favorite sci-fi movies and TV shows of all time don’t give much thought to money. In “Back To The Future II,” a world of flying cars and cheap fusion power still had money. Things were just exceedingly expensive due to inflation. A Pepsi cost around $50.

While inflation is a real force that was certainly present in the non-movie version 2015, it’s somewhat strange that it would get that excessive in a world where fusion power plants could fit into cars made in the mid-1980s. In the real world, advanced technology tends to counter inflation. Logistically, better technology means more efficiency. More efficiency means cheaper goods. Cheaper goods mean lower prices.

We can certainly forgive movies like “Back To The Future II” for failing to understand the economics of money. In addition, the technology of that world wasn’t so advanced that it undercut the foundations of society. However, the money systems in galaxy-spanning space operas can’t make those excuses.

Star Wars” still used some form of currency. It was necessary for Han Solo to pay his debts and for Luke to enlist his services to Alderaan. Other space-faring epics like “Mass Effect” and “Guardians of the Galaxy” have a form of currency that allows characters to be greedy and ruthless. Whether they’re called credits or units, the principles are the same.

There’s this vague concept of money. Everyone agrees that it has value, but there’s little information about why it has value. That’s not entirely flawed. It’s just no different than traditional fiat money, which nearly every modern society utilizes to some extent in the real world. The money isn’t backed by anything. People just collectively agree it’s worth what it says its worth.

Now, I’m not one of those conspiracy theorists who claim this form of money is part of a global conspiracy theory run by lizard people who may or may not have murdered John F. Kennedy. I don’t know enough about economics or finance to make sense of our current monetary system. All I know is that we have a system of money that works within the constraints of our current society.

Whatever you think of that system, there’s still a larger question worth asking. What will money look like in the future when some of those constraints disappear? To some extent, our current system requires that people be frail, products be flawed, and resources be scarce. Through certain advances, some of which may occur in the next 50 years, those limits may disappear.

What happens to money when we perfect advanced energy generation that makes electricity cheap, abundant, and clean?

What happens to money when people begin upgrading their bodies with advanced biotechnology and cybernetic implants?

What happens to money when nanotechnology advances to a point where the production and assembly of every conceivable good is dirt cheap?

What happens to money when advanced artificial intelligence gets to a point where it gets so intelligent that it can solve every conceivable problem and manage every conceivable issue perfectly?

What happens to money when our civilization gets to a point where we can just upload our minds into a perfect simulation where all our wants and needs are met on a whim? Regardless of whether you think we’re already in a simulation, the question surrounding money and what form it takes remains.

While it’s impossible to predict the cumulative impact of technology, especially the kind that subverts modern economic forces, I believe there will be some sort of currency in the future. Even if we perfect nanotechnology, artificial intelligence, and teleportation, I think it’s reasonable to conclude that we’ll need some system for exchanging goods, services, and overall value.

I also don’t think it’s reasonable to assume that our current fiat money would work. Just putting images on paper and using it as a token may not be practical in a society of advanced AI and immortal humans. These days, most of our money exists only as code in a computer and not as piles of paper or gold. I think for any form of money to work in a society of such technology, it needs to be backed by something.

Some sci-fi stories explore that concept. The movie, “In Time,” wasn’t that good, but the idea was intriguing. In that world, everybody is immortal and never ages past 25, but the system is such that the currency is measured in time. In a sense, a dollar is backed by a year of life as a healthy 25-year-old. For most people, that has plenty of value.

The rest of the movie is awful and I don’t recommend it, but it presents a novel, albeit dystopian concept. For that economic system to work, there has to be some sort of tyrannical power structure that has the ability to snuff someone’s life out the second they can’t pay. Even corrupt insurance companies aren’t that bad.

Then, there’s the Netflix series, “Altered Carbon,” which I highly recommend. That world also has a problem with massive wealth disparity, but not in the sense that rich people horde money in giant vaults. In this world, technology has advanced to the point where people can transfer their consciousness to different bodies the same way most people transfer files between computers.

In that world, the most precious assets are the best bodies. Being able to live in the body of Brad Pitt is inherently more valuable than living in the body of Danny DeVito. Much of society, from prisoners to billionaires, is divided by who has access to those bodies. In the story, the super-rich Bancroft family have that access and that’s what makes them so rich.

That kind of wealth may not show up as numbers on a balance sheet, but the value is there. Being able to produce, inhabit, and live within strong, beautiful bodies provides a powerful basis for any currency. Talk to anyone who has dealt with the effects of aging, which is pretty much everyone over the age of 25. Most would gladly pay a premium to live in a stronger, fitter body.

While “Altered Carbon” doesn’t get into the specifics of that system, the principle holds true. In a future where people aren’t bound by the limitations of biology or the human body, the greatest asset they can possess is a medium with which to experience life. A better medium means better experiences. Some companies today are already seeking to provide those experiences. Technology will simply change the methods.

Whether we end up in a simulated utopia or not, the experiences a currency affords us is what will give it value. Even though worlds like that of “Star Trek” present a world where money doesn’t exist, there is still plenty of value ascribed to life experiences. You may not be able to print that on a piece of paper or send that in a wire transfer, but that is still recognized as valuable.

I could still be wrong. Remember, I’m not an expert in money, nor can I predict the trends that future advances in technology will incur. Whatever form it takes, though, I expect that the overall goal will still be the same. We use money to pursue better, more rewarding life experiences. However we go about pursuing is, and always has been to some extent, the only true universal currency.

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Cheating, Sex Robots, And Why It’s About To Change

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What constitutes cheating in a relationship? It’s a simple question with not-so-simple answers. It often varies from couple to couple. For some, a simple kiss counts as cheating. For others, nothing beyond full sexual intercourse counts as cheating. For a few, even sex doesn’t count, provided there’s no deeper emotions involved.

It’s a difficult issue, but one in which the factors are clear. You have two people in a relationship. Ideally, they want that relationship to work and part of that involves being faithful. Cheating undermines that. Regardless of whether you think humans are inherently monogamous, it’s generally a good idea to understand the merits of fidelity.

Now, take every complication that surrounds cheating and throw sex robots into the mix. It doesn’t just require that we reevaluate what counts as cheating. It changes many of the fundamental factors behind it.

I know that has been a common refrain whenever I’ve mentioned sex robots. Beyond changing how we’ll interact with advanced artificial intelligence, this technology will trigger an unprecedented upheaval in how we look at intimacy. It has already caused controversy in some areas and chances are, it’ll inspire many others.

What inspired this particular issue was a study conducted by the University of Helsinki that evaluated attitudes on cheating, prostitutes, and sex robots. The methodology was fairly straightforward. It surveyed participants’ reactions to a particular scenario involving a 30-year-old individual whose gender varied from that of those responding.

The scenario was that, while on a business trip, the individual visited either a prostitute or a sex robot. Sometimes the individual was married. Sometimes they were single. For the most part, respondents didn’t condemn the person for using either if they were single, although the one using the sex robot wasn’t subject to too much scorn.

Relatively speaking.

However, it was when the person was in a committed relationship where the data really diverged. Whether the person visited a sex robot or a prostitute, they were still guilty of cheating in the eyes of the respondents. Those who used the service of the sex robot, though, weren’t as harshly condemned. In other words, using a sex robot isn’t the same as soliciting a prostitute.

This insight is pretty striking, in and of itself. It has major implications for the prostitution industry, which has been subject to some major upheavals in recent years. If this research is any indication, the market is about to get very ripe for sex robots. As prostitution becomes increasingly taboo, sex robots may emerge as a more palatable alternative.

That said, the study did make clear that the participants saw using sex robots as a form of cheating. Even if it wasn’t cheating on the same level, it still constituted cheating to some extent. This is revealing in the context of sex robots because, unlike living prostitutes, it ascribes an emotional connection.

These aren’t vibrators, dildos, or flesh lights. These are robots that look, feel, and act like living people. A woman bringing herself to orgasm with a vibrator or a man doing the same with the aid of internet porn is seen as an individual act. The function is the same, though. These devices are created with the intent of giving the user a sexual experience.

It creates a situation in which this unspoken standard emerges in the context of cheating. People in a relationship may not always like that their significant other gets a sexual release without them, but generally won’t consider them using toys or porn an issue, although that does become an issue for certain people.

In the context of this study, sex robots hint that those in a relationship own their significant other’s sexuality to some extent. If they’re not getting their release from them, then that counts as cheating. It’s easier to overlook with sex toys because they don’t have faces or a measure of intelligence. Once it becomes human-like, though, it becomes an issue.

This aspect of cheating, establishing that how someone goes about pursuing individual sexual experiences, will require people in relationships to start asking some uncomfortable questions.

Do those in a relationship have a say in how their partner goes about pursuing a sexual release on their own?

Just how much should sex be a factor in determining what constitutes cheating?

What is the fundamental difference between a sex robot and a sex toy?

Does using a sex robot constitute a unique sexual experience beyond cheating?

I don’t claim to know the answer to these questions. I’ve written stories about sex robots, but that doesn’t qualify me to answer them. The rapid development of sex robot technology and the emergence of brothels that utilize sex dolls ensure that this will be an issue, regardless of how we feel about cheating.

There is one component, however, of this study and this issue that I feel is worth highlighting. Unfortunately, it involves gender politics and I know how heated that can get. I have a feeling that just pointing this out is going to trigger all sorts of heated discourse, but it’s still worth noting.

In the same University of Helsinki study, there was one bit of data that’s sure to complicate future discussions of cheating. Regardless of whether prostitutes or sex robots were involved, there was a gender difference in terms of condemnation. Specifically, women gave stronger condemnation to users of both prostitutes and sex robots. This is the exact quote from the study.

“There was a consistent difference in how female subjects showed slightly stronger condemnation than male subjects.”

The keyword in there is “slight,” but in research, those differences matter. Some of that difference could be cultural. This research was conducted among young college students in Scandinavia. The demographics and sample size is worth taking into account.

That said, such a difference does seem to reflect the extent to which gender matters with respect to cheating. The women, in this study, had a broader definition of what constituted cheating. A sex robot and a prostitute aren’t that different. Both warrant condemnation. Both can be used as a means of judgment and scorn.

As sex robot technology becomes more advanced, this difference is likely going to become more apparent. As a result, it’s likely to trigger even more gender-driven conflicts than we have now, which is saying something given the topics that trigger such conflicts. Changing concepts of cheating will likely intensify those conflicts.

Again, and this is a necessary disclaimer for research of any kind, this study is not definitive. It’s still worth studying, though. It provides a telling clue at where the line is right now with respect to cheating. It also hints at just how much it’s going to change in the coming years as sex robots become more advanced.

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Filed under futurism, gender issues, Marriage and Relationships, political correctness, prostitution, psychology, romance, Second Sexual Revolution, sex in society, sex robots, sexuality, Sexy Future, technology

Why Capitalism Will Survive Technological Progress (To A Point)

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There’s a popular perception among those who speculate about the future. It has less to do with the technology and progress that we’ll make, as a society, and more to do with what will be rendered obsolete. Like dial-up internet or VHS tapes, there will be many artifacts of our current society that are destined to become relics of a bygone era.

Near the top of the list of those things people can’t wait to get rid of is capitalism. When I say “capitalism,” though, I don’t necessarily mean everything from the concept of money to big corporations to having 500 different kinds of covers for your cell phone. I’m more referring to the kind of economic system that creates extreme income inequality, mass exploitation of workers, and price gouging.

While I can appreciate sentiments of people who feel that way about a system where the inequalities are well-documented, I have some good news and some bad news for those looking forward to that post-capitalist utopia.

Capitalism is NOT going to become obsolete, but it will take on a radically different form.

I say that as someone who has written plenty about the upheavals our society will face when technologies like artificial intelligence, human enhancement, and advanced robotics become more refined. The economic, social, and political system, as we know it today, will not be able to function in that environment.

However, that doesn’t necessarily mean it will disappear like VHS tapes. That’s especially true of our current form of capitalism. It’s already changing before our eyes, but it’s set to change even more in the coming decades. It may get to a point where it’s hard to call it “capitalism” by our current definition, but it will still exist to a certain extent.

Whether you’re a hardcore libertarian or a self-proclaimed socialist, it’s hard to overlook the flaws in capitalism. This is a system that is prone to corruption, negatively impacts the environment, and will gladly eschew health concerns in the interests of profits. Basically, if you’ve ever dealt with a cable company, the tobacco lobby, or the banking industry, you’ve experienced those flaws first-hand.

Many of the flaws, however, are a byproduct of logistical limitations. Human beings are not wired to make sense of the plethora of economic forces that govern the cost, production, distribution, and marketing of goods. We’re barely wired to assemble IKEA furniture. The human race evolved to survive in the plains of the African Savanna, not the bustling streets of New York City.

Even with these limitations, humanity has managed to achieve a lot from this flawed system. Despite its shortcomings, it has been the catalyst for modern society. The cities, industries, and technological advancement that we’ve undergone over the past 200 years would not have been possible without capitalism. Say what you will about the profit motive. Apple would not be a trillion-dollar company without it.

It’s for that reason, along with the knowledge of capitalism’s many documented failures, that emerging trends in technology is more likely to smooth out the edges of the system rather than render it obsolete entirely. As someone who groans every time he sees his cable bill, I admit I’m eager for those refinements.

I still don’t blame others for hoping that the entire system is scraped. The thinking is that increasing efficiencies in automation, improvements in manufacturing at the nano-scale, and advances in artificial intelligence will undercut the key foundations of capitalism. Why would corporations, marketing gimmicks, or brand restrictions even exist in a world run by intelligent machines, enhanced humans, and 3D printers?

It’s not an entirely flawed notion. We’re already seeing plenty of disruptions in established systems due to technology. Landlines are disappearing, streaming media has destroyed brick-and-mortar rental stores like Blockbuster, and self-driving cars will likely end the taxi and trucking industry as we know it.

Further down the line, even more industries will break down when you scale up and expand these same technologies. A sufficiently advanced artificial intelligence could manage the banking and financial industry without any middle men, who are going to be prone to corruption. That same intelligence won’t be prone to the same panics that have plagued capitalism for centuries.

Other technologies will render distressing institutions like sweatshops obsolete, thanks to advances in robotics and 3D printing. A lot of the exploitations surrounding capitalism, both in terms of people and the environment, come from labor and production costs. Mitigating or ending that exploitation can and likely will be done without undercutting capitalism, if only because it’s more efficient in the long run.

Then, there’s the prospect of human enhancement. That, more than anything, will change the nature of society and economics in ways nobody alive today can predict. Beyond undermining the multi-trillion dollar health care industry that exists today, changes to the human condition could fundamentally change the way the economy functions.

Even with all those changes, though, I believe a certain facet capitalism will survive. Even in a society full of enhanced humans equipped with brain implants, perfectly refined genes, and molecular assemblers that can build anything imaginable, there will be a market. There will be a form of currency. There will even be institutions, human and robotic, to manage it all.

That’s because, even in a society where hunger, disease, and poverty of all kinds has been eliminated, there’s still one market that will always exist. That market is escaping boredom. It doesn’t matter how healthy, content, or advanced you are. You’ll still want to avoid getting bored and this is where the future of capitalism truly lies.

I believe that boredom will be the only remaining plague in the future. I also believe that technology can only do so much manage our wants and needs. At some point, we’re still going to seek novel experiences. We’re still going to want to explore new feelings, whether that involves studying science or visiting a futuristic theme park like “Westworld.” The demand will be there and that’s where capitalism comes in.

It may end up being the case that those experiences will be the closest thing we have to a tangible currency. In a society where technology has made so many other resources accessible and abundant, it’s the only currency that has tangible and perceived value. There may still be other forms of money built around it, such as new crypto-currencies, but there will still be real market forces at work.

Some of those forces will have the same flaws we see now. Much of the current system depends on people working to produce goods and services, using the money they make to buy those goods and services, and participating in a vast network of investment, marketing, and distribution of resources. It’s a complex, chaotic, and inherently unmanageable system.

There will probably be failures, missteps, and conflicts in managing this new marketplace of experiences. Entire companies may emerge, possibly from some that exist today, that compete over who crafts those experiences and provides them to customers, either over the internet or directly into someone’s brain. That competition is likely to produce corruption and scandal, albeit in a very different form.

Having advanced artificial intelligence and humans that aren’t at the mercy of their caveman brains will help, but only to a point. As long as society is full of individuals seeking different wants and needs, there will be some form of capitalism necessary to meet them both. Trying to avoid or subvert that probably won’t lead to a better system, as the many failures of alternative systems have proven.

Like our current system of capitalism, there will be flaws. Even enhanced humans and artificial intelligence will have limits that need refinement over time. It’s those very shortcomings, though, that will help forge a better system overall. Again, it’s impossible to tell what forms they’ll take, but so long as there are markets, there will be capitalists seeking to profit from them.

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Technology, Slavery, And The (Distressing) Future Of Both

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Picture, for a moment, the perfect slave. Try to do it without making it a commentary on the current state of gender inequality, racial politics, or working at a fast food restaurant. Treat it like the other serious thought experiments I’ve proposed. What kind of traits would such a slave have?

Naturally, the perfect slave would have to be obedient. He, she, or it wouldn’t just obey an order without question. The idea of not obeying an order never even crosses their mind. In addition to obedience, the slave would have to be robust, durable, and capable. That may require some level of cognitive ability, but only to the extent that it can serve a master.

I bring this issue up knowing that slavery is an emotionally-charged topic with a bloody history. While we, as a society, have made strides in confronting the ethical issues surrounding it, including wars and social movements, slavery is still relevant today. At this very moment, millions of people are living as slaves.

The fact that many people find slavery morally reprehensible says a lot about humanity’s capacity for justice. The fact slavery exists despite that aversion says just as much about the economics behind it. Producing anything requires labor. Cheap labor ensures more profit. It sounds simple, but it understates the massive financial incentives at work.

It’s because of those incentives that slavery, as abhorrent as it is, will likely have a place in our future. Ideally, the rapid growth of technology and automation will eliminate the need for human slavery. Advanced machines that have no sense of self basically circumvents the moral problem entirely.

Unfortunately, we don’t live in an ideal world. We also don’t live in a world where everyone exercises similar moral standards. Some are perfectly okay with utilizing slaves. Some of those people, sadly, are rulers of entire countries.

As such, it’s distressingly possible that emerging technology could be utilized to expand slavery rather than reduce it. I think it’s an unlikely scenario, given current social and technological trends. However, I worry it’s a road our society could go down if our choices are wrong and the incentives are strong.

To contemplate how, it’s important to note the limitations of slavery. While it does provide the cheapest possible labor, its inherent flaws tend to work against any society that relies on it and not just because of moral condemnation.

In any system that uses slavery, there are hidden costs that go beyond human suffering. Slaves require significant maintenance if you want them to produce. A master, no matter how ruthless, needs to care for their slaves so that they’re healthy enough to work. The logistics of that, especially in a world without modern medicine, made slavery a risky investment.

You could say the same about feudal societies that relied on serfs. While it wouldn’t be accurate to classify them as slaves, they still survived by providing slave-like labor to landlords. That may be a good deal for the landlords, but the system has a lot of vulnerabilities.

Historically, waves of death caused by disease, famine, and war hit these lower-class people first. When so much of the society relies on their cheap labor, it tends to collapse or stagnate. It happened after the Black Death and it happened in the American south.

It’s another byproduct of incentives. When you have cheap labor, there just isn’t much incentive to innovate. A lack of innovation over the long haul tends to doom empires and economies alike. In a modern context, that’s a good thing because it ensures slave-based economies can’t function over the long haul. However, emerging technology is in a position to change that.

Think back to the perfect slave I mentioned earlier. Those traits are currently unattainable for a human or a machine. On top of that, human beings are stubborn in their desire to not be enslaved. Refinements in biotechnology, genetic engineering, and cloning could change that, though.

This is where the dystopian potential of technology reveals itself. Even if robotics continues to advance, there’s a chance that the labor they provide isn’t adequate or the maintenance involved is too costly. In that scenario, those with the exceedingly flexible moral standards could resort to tapping genetic engineering to fill the gap.

It’s already possible to edit a genome, thanks to tools like CRISPR. It’s also possible to partially hack an existing genome, although that process is still in its infancy. In theory, there’s no reason why someone with the right tools couldn’t re-engineer a human being into a perfect slave.

That being may or may not look human. They may have a body, a similar muscle structure, and a series of specified cognitive abilities. However, every trait they have, biological or otherwise, would have the sole purpose of obeying and serving a master.

That means editing out the parts of the brain that give someone a sense of self or suppressing it with a brain implant. That also means limiting the slave’s capacity for thoughts and desires beyond serving their master.

Their bodies, as a whole, could also be engineered to minimize maintenance. Their digestive system could be made to require only an intake of cheap gruel. Their genetics and immune system could be structured in a way to resist disease. They could even be made sterile through gene editing or implants.

This is where the influence of cloning technology and artificial wombs enter the picture. One of the costliest parts of the old slave trade was traveling to remote areas, buying or subduing people into bondage, and then transporting them to areas where their labor could be exploited. Once you’ve engineered the perfect slave, though, biotechnology could effectively create a copy-and-paste process.

It goes beyond labor, as well. I’ve mentioned before how advances in sex robots could allow people to create customized lovers. Well, if it’s possible to engineer the perfect slave for labor, then it’s just as possible to engineer the perfect sex slave. The implications of that raise a whole host of disturbing possibilities.

Whether for sex or for labor, crating such slaves would be an incredibly tedious, incredibly risky feat. However, given the economics of slavery I mentioned earlier, the incentives are already there. With these advances, coupled with cybernetic augmentations, and the potential payoff is even greater.

Suddenly, there’s an endless pool of labor to work in factories, fields, and homes. There’s no need to worry about labor unions, minimum wage, or slave revolts. When slaves are engineered at the cellular level to be a slave, then it makes too much financial sense to use their labor.

As a result, future societies will find some excuse to justify this kind of slavery. The precedent is already there. It wasn’t that long ago that people found excuses to justify enslaving an entire race. In this case, though, it would be even easier.

If these slaves don’t come from existing populations and aren’t even genetically “human,” then it’s easy for someone to see this brand of slavery as something different from the kind we’ve utilized throughout history. If these slaves are engineered not to suffer or feel any discomfort, then that makes it even more tenable.

The end result could be something similar to what George Orwell envisioned with the proles in “1984.” There would be this massive underclass population that exists solely to work, serve, and obey. To some extent, it would go even further than Orwell did.

This population of slaves wouldn’t need to be placated with meaningless entertainment, indulgence, or distractions. Their default condition would be to serve their masters in every way necessary. Anything beyond that is never even a thought.

I don’t deny that the scenario I just described sounds bleak. If you have even a moderate sense of decency, you would be aghast at any society structured in such a way. Even if the slaves seemed happy and the people who served as their masters had no moral qualms with it, chances are it would still bother you and that’s a good thing.

I think it’s because of that inherent revulsion to slavery that this dystopian path is not likely. I believe advances in robotics technology is already outpacing the rate of biotechnology. By the time we have the tools to create the perfect slave biologically, we’ll probably already have the tools to make machines that can function just as well.

That’s still not a guarantee. Nobody can predict the future, especially not an aspiring erotica/romance writer. It’s still a potential path, though, and a very dark path at that. As a society and a civilization, we’re still recovering from the scars of slavery. Those are wounds we should avoid opening for the society we’re hoping to build.

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