21. WHAT IF THE MINDCLONES ARE AS BUGGY AS THE SOFTWARE I BUY FOR MY PC?

Admiral Grace Hopper

http://www.ulrikereinhard.com/2010/12/23/what-if-the-mindware-is-buggy/

It is natural to feel that software development will never get things right. We all feel frustrated by software that doesn’t work right. People in industry are constantly bemoaning the lateness and incompleteness of software projects. But the facts are better than they seem, and are improving rapidly. Over the 12 year period from 1994 to 2006, the percentage of software projects that were completed on time and functioned properly more than doubled, from 16% to 35%. That still leaves much to complain about, but it is also an impressive rate of improvement.

We should accept as fact that software will always have bugs, or function at times inappropriately.  Admiral Grace Hopper, shown right, found an actual insect mucking up the works of an early generation computer, hence the term "software bug."  The important question is which errors can we accept and which are showstoppers? Our own brains give rise to many inappropriate thoughts and thought processes. We can all live quite happily with occasional forgetfulness, inabilities to follow certain lines of reasoning, mind blocks, false senses of déjà vu, nightmares, emotional rages, wild thoughts, ennui, and depression. It is reasonable to expect our mindclones, like ourselves, to also get frazzled, freaked and frozen.

What differentiates normality from pathology is our ability to exercise supervisory control and to reset. Glitches are OK if they don’t get us trapped in a neurotic do-loop that renders us dysfunctional over an extended time period, or if they don’t otherwise have serious consequences. Hence the problematic software bugs for mindclones are the ones that don’t quickly resolve via a reset, but instead start the mindclone down a path of inappropriateness with adverse social consequences. I believe most of these problems – like most dysfunctional PC bugs – can be resolved before hosting real users (i.e. consciousness). Most of the few remaining cyber-pathologies can be treated when identified with re-coding akin to neuropharmacology and neurosurgery. No doubt some seriously and incurably mentally ill mindclones will arise, either via unintended bugs or unimaginably horrible life experiences. We need to do our best for these tragic cases. However, as with humans, the risk of occasional debilitating mental illness is not a reason to stop the vast fountain of joy that flows from creating life.

Once cyberconsciousness is accepted as life, it will be illegal to employ mindware for producing human range Consciousness Products (CPs) that have not been certified by government agencies as safe and effective for producing mindclones. (See earlier blog posts for the definition and quantification of Consciousness Product).  Mindware will be considered a neuromedical technology – the transplanting of one’s mind to enhance one’s abilities and/or extend one’s life. As part of the government’s watchdog function for public safety, any new medical technology must be shown to be safe and effective before it is commercialized. Hence, seriously buggy mindclones will be rare because seriously buggy mindware will be illegal.

A colleague of mine was a diagnosed schizophrenic, with his condition well managed by medicine. He took strong exception when he once heard someone object to the mindcloning of mentally ill people. I agree with him.

The mindclone of a mentally ill person would, however, be ethically required to be equivalent to their therapeutically managed state. Otherwise one would be violating the cardinal principal of medical ethics – first, do no harm. To create disease, as in creating a diseased mindclone, is to do harm.

Many mentally ill people often do not like their therapeutically managed state. They feel drugged. If such a person wants to create a mindclone of their diseased state we are faced with a conflict of two important biocyberethical principles. The first principle is that of diversity, the libertarian notion that one should be free to do with their body what they want. In bioethics circles this is known as autonomy. Since a mindclone is not a separate person, but a spatially-distinct incarnation of a singular identity, the principle of diversity would argue for letting anyone mindclone themselves as they will.

The second principle is unity, the democratic notion that the fabric of society should not be stretched so far that it begins to rip. Bioethicists would call this nonmalfeasance. Pursuant to this principle society inhibits its members from harming themselves, especially via technology. It is felt that self-destructive behavior undermines the dignity of society by disrespecting the component individuals from whom society is comprised. Hence, medical technologies must “first, do no harm”, and have beneficent treatment as their purpose. It is not reasonable to expect society to endorse the intentional creation of mental illness via a government-approved product.

A nuanced middle position needs to be found when a conflict exists between the biocyberethical principles of diversity and unity. In the case of a schizophrenic mindclone the balance is struck by permitting the mindcloning of the non-schizophrenic state. With this position most of the goals of diversity are met because the individual is able to replicate the vast majority of their personality. On the other hand, the goals of unity are also met because no disease is intentionally created. There is a risk that the schizophrenia-suppressed mindclone will in some way become mentally unbalanced. But acceptance of this risk is part of the balance between the principles of diversity and unity. Should the mindclone evidence schizophrenia there will be software tools available to try to treat the condition. If it becomes dangerous there will be cyberspace analogs to all the meatspace solutions to harmful mental illness.

It may seem unreasonable that there is no prohibition on one or two flesh originals passing on via coital reproduction their dominant or recessive genes for mental illness, while it would be illegal for them to do so via mindcloning technology. In the past the U.S. Supreme Court lent its support to laws that mandated sterilization of women thought to be feeble-minded and likely if not almost certain to create diminished capacity offspring. (The subjects of this case, Buck v. Bell, are the bottom image in this blog).  Yet, today, biological reproduction is virtually without prior constraint in liberal democracies. There are five reasons for this:

• First, reproduction is considered a fundamental human right – it is both part of a woman’s autonomy and part of the meaning of a family. (The corresponding duty to care for the birthed offspring, if seriously abrogated, will lead to a loss of this right, perhaps by imprisonment).
• Second, the scientific hubris about genetic predictability that supported the aforementioned U.S. Supreme Court decision has collapsed with greater understanding of the numerous uncertainties associated with genetic polymorphisms. (The child who would have been prevented by the Supreme Court was nevertheless born, and turned out to be quite bright).
• Third, continued abhorrence of the death toll from Nazi and other efforts to create “master races” through genetic policies have made people very leery of any limitations on the rights of people to have children of their choice. (This is not much of a factor, though, for individualized cases of problematic pregnancies).
• Fourth, society has increasingly adopted a “culture of life” which subjectively or spiritually exalts the value of every life and denies the notion that the value of life depends upon some yardstick of normality.
• Fifth, and finally, technology has enabled people of almost any kind of ability to live a meaningful life, resulting in a triumph of euthenics over eugenics.

Because of these sentiments, there are virtually no restrictions on what a parent can do that may injure a baby in utero. In the United States, laws do not generally criminalize pregnant women for smoking, drinking excessively, or taking illegal drugs. However, in some cases the pregnant women doing these things can be involuntarily committed for the duration of their pregnancy, and rarely, drug abusing pregnant women have been incarcerated after a stillbirth. There are no laws against a woman greatly heightening the risks of birthing a diseased child by getting pregnant at an advanced age, contrary to genetic counseling guidance or when HIV positive.



Hence, we need to ask again: if people can even intentionally harm a fetus, or at least dramatically increase the likelihood of such harm, in our upcoming world of publicly-accepted and well-respected cyberconscious life, why should one not be able to produce any kind of mindclone they want, even a deranged one? And if not a mindclone, why not a new baby beman? Why is it so wrong for the government to have any restraint on the kind of people we birth, but so right for it to have an absolute prohibition on the causation of disease in the kind of people we cyberbirth?

The answer to these questions lies in the fact that restrictions on harming a fetus entails a restriction on what a woman may do with her own body. In the U.S., society is generally ready to impose that limitation on a woman’s autonomy only if the fetus is viable and the mother wants to terminate it with an abortion. But if what she is doing is only likely to cause disease to the fetus, no matter how likely (as in passing on a debilitating disease via an autosomal dominant gene), rarely can she be prevented from exercising her will. In other words, except for prohibiting abortions when a fetus may be viable, the fetus is considered a non-entity.

In contrast, when cyberbirthing a mindclone or baby beman, there is no alteration of a person’s body or mind. Hence, the government can practically protect the health of the cyberbirthed being without restricting the autonomy of what the biological original parent does with eir own body or mind. For example, the hard drinking woman who insists on getting pregnant can only have her baby protected from fetal alcohol syndrome by preventing her drinking. That is a line of personal autonomy, or diversity, that society is not prepared to cross (absent a few exceptional cases) – especially for a non-entity fetus. But the hard drinking woman who wants to cyberbirth a baby beman can have her baby protected from a cybernetic variant of fetal alcohol syndrome by the simple expedient of requiring the use of government certified safe and effective mindware for cyberbirths. There is no need to prevent the mother from drinking. Furthermore, the cyberbirthed being is not gestated, but comes immediately into life upon activation of mindware with a mindfile. There is no time period during which it is a non-entity that can be ignored in favor of its parent’s autonomy.

Despite government protections, we can expect some mentally ill – buggy – mindclones or baby bemans will be birthed. Every system can be beat, accidents happen, and some parents are too skeptical, shortsighted or selfish to fully consider the best interests of people yet to be born. A seriously alcoholic person is going to have that state of mind reflected in their mindfile, and that state of mind will be dutifully recreated by even safe and effective mindware. Nevertheless, the risks of cybernetic mental illness are nowhere near challenging enough to impact the attractiveness of mindcloning. Just as the 1%-2% risk of bearing a mentally ill child discourages very few from having children, similar size risks should not temper the huge benefits associated with creating tens of millions of mindclones. In addition, the very definition of mental illness is a game fraught with ambiguous boundaries. People on both sides of the mental illness boundary have made huge contributions to the quality of human life. I would expect these contributions to continue as we map human life into cyberspace with normal and borderline mindclones, and with mindclones mapped from the therapeutically managed states of the mentally ill.

Two Generations of Bucks

19. DO WE NEED TO WORRY ABOUT OUR SURVIVAL VERSUS THE MINDCLONES?

“When [participants’] computers ‘sleep’, the Electric Sheep [program] comes on and the computers communicate with each other by the internet to share the work of creating morphing abstract animations known as ‘sheep’. The result is a collective ‘android dream’, an homage to Philip K. Dick's novel Do Androids Dream of Electric Sheep. Anyone watching one of these computers may vote for their favorite animations using the keyboard. The more popular sheep live longer and reproduce according to a genetic algorithm with mutation and cross-over. Hence the flock evolves to please its global audience. You can also design your own sheep and submit them to the gene pool.” From http://community.electricsheep.org website, with 60,000 participants as of 2010.

In Questions 9 and 11 we’ve seen how software is similar to molecules – both are building blocks of living things and both provide the complex associational patterns that drive consciousness. In this question we consider an important difference between molecule-based life, biology, and software-based life, vitology. That difference is the rate of evolution. Vitology is evolving lightening fast. This is important because it means living, conscious software is something for us to grapple with now. Vitology is evolving faster than we are.

Vitology evolves much more rapidly than biology because it is capable of passing through inheritance acquired characteristics, such as all the knowledge a parent has acquired. Humans also pass on knowledge, but through a hit-and-miss process of learning rather than close to sure-fire inheritance. In addition, any changes or improvements to a software-being’s code, structure and capabilities are also immediately present in its offspring. Humans and other biological beings do not inherit acquired traits such as the results of bodybuilding or laser eye-surgery or well-developed brains. Vitology incorporates Lamarckism, a pre-Darwinian theory of descent based on acquired traits that is discredited for biology but is accepted for the evolution of cultural phenomena such as language (a field known as mimetics).

Darwinian Vitology

A big step for biology was the understanding that only the germ plasm (DNA) that gives rise to a body is inherited, not the body itself. No matter how much the body, also called the “soma,” is modified beyond its DNA-determined form during one’s life, one’s offspring will not have the benefit (or detriment) of those modifications in its germ plasm. Each new soma starts from scratch based only upon a blend of its parents’ germ plasm, plus any random mutations.

Cheetahs do not run fast because they pass onto their offspring the physical results of muscularizing their legs with running exercise during their lives. Their speed exists because cheetah (including cheetah precursor species) born with random mutations that resulted in faster speeds (from muscle fiber types to degree of muscularization and body shape) ate better, escaped better, and thus produced more offspring, each of whom shared the mutated germ plasm. Over the eons, cheetah precursor species with slower speeds couldn’t compete for the scarce food and ultimately died out without reproducing.

For biology, there is a one-way street between the germ plasm and the soma. Soma is simply the germ plasm’s tool for making more germ plasm. Rarely, dumb luck gives the soma a break with a favorable germ plasm mutation. These physical advantages are rapidly taken advantage of in a competitive environment. Ultimately, of course, the advantages accrue to the now mutated form of the germ plasm – it will become more prevalent.

Echoing Bill Clinton’s 1992 campaign slogan about the economy , a biologist might say “it’s the germ plasm, stupid.” However a vitologist says “the germ plasm is the soma.” This is because with vitology there is a conflation of the germ plasm and the soma. When you copy your computer’s contents from one computer to another, not only the applications replicate, but also all of your memories (photos, songs, files). When a software-based being is replicated it is its contents, its data structure, its virtual form – its soma -- that is replicated. Hence, for vitology, the soma and the germ plasm are – or at least can optionally be -- one in the same.

It is of course possible for a software-based being to replicate just a portion of itself. Indeed, in the limit a piece of vitology could replicate just that code that it received upon its creation and none of the code that it acquired during its life. While this would create a biology-like separation between germ plasm and soma, it would be but an option in vitology whereas with biology the separation is a mandate.

Another interesting special case, which goes the opposite direction, concerns gene therapy or genetic modifications. Sometimes the effort to modify the phenotype of a biological being via gene therapy (to cure a disease, for example) results as well in modifying the being’s germ line (egg or sperm cells). This is because once a new snippet of DNA is introduced into the body, especially if done so via a virus, it can travel everywhere and end up in the gonads as well as the targeted bodily system. In such a specialized case an acquired characteristic may in fact be passed onto one’s next generation, just as will be the case in vitological life. (A similar, and usually tragic scenario, arises when industrial processes harm both a person’s somatic DNA and that of their germ cells. In early 2010 the oldest known survivor of both the Hiroshima and Nagasaki atomic bomb attacks died. A sick sibling of a child the survivor had outlived said she felt the ‘poison’ had been passed on to them by the parents).

Other than these exceptional situations, the general case is that only vitology merges germ plasm and soma. The result is that up to everything vitology acquires in life is replicated in the next generation. This means that vitological evolution can compound even more rapidly than does human knowledge – there is not even a need for learning what the previous generations documented.

Darwinian vitology predicts mindclones could evolve quickly, as they do not have to rely upon dumb luck (random mutations) in order to change. Every generation of a vitological being will differ from the way its parent began life by the amount of information the parent acquired prior to each replication. Alternatively, new generations of vitology could deliberately involve a blending of two or more parents’ information. Hence, vitology contains a fascinating potential for unprecedented diversity along with the possibility of stultifying homogeneity.

Darwin gives no species a blank check for success. We do know that humanity’s ability to take advantage of Lamarckian inheritance for cultural knowledge saved it from species-killing predators and hunger. That same ability enabled humanity to create an entirely new ontology of life, vitology, which now (in an early form) lives in a purely technological niche. Self-replicating codes (DNA) have used human soma to create the first self-replicating code (BNA ) that usefully incorporates acquired information and no longer requires human soma. Perhaps the chicken is not only the egg’s way of making more eggs, but the egg’s way of transcending the need for chickens.

Mindclone Ethics

How will we know when mindware is certified to produce the kind of mindclone humans need not watch from over their shoulder? What grounds reason ethically? If we know what grounds reason ethically we will know whether reasoning mindclones are also ethical mindclones.

Ethical behavior is deducible from the simple maxim that Lives Are Good. From nothing more than accepting as our ethical goal the goodness of living, we can reason that an ethical behavior is one that nurtures survival. (If lives were not good, then ethics would call for life’s self-destruction, which would make for a very short-lived species and code of ethics). Ethical behavior nurtures survival because lives ultimately predominate if they are successful in their niche and fail otherwise. If the behavior does not nurture survival, the life form will disappear. Every niche has its own survival algorithm – what works for ants and plants do not work for humans and bemans. Of course ants and plants don’t bother with ethics, but even if they did, it would be irrelevant to humans. What grounds reason ethically for humans is what nurtures survival for humans.

Principles such as the Golden Rule, Kant’s Categorical Imperative and Rawl’s Theory of Justice all reflect humanity’s painfully acquired wisdom that survival of one is best nurtured by survival of many, and survival of many is best nurtured by survival of all. This non-obvious (and often counter-intuitive) but logically deducible and repeatedly proven social fact is perhaps most artfully stated in the poem first delivered in the wake of World War II, on January, 6, 1946, by German Pastor Martin Niemöller (1892–1984):

“First they came for the communists, and I did not speak out—because I was not a communist;

Then they came for the trade unionists, and I did not speak out—because I was not a trade unionist;

Then they came for the Jews, and I did not speak out—because I was not a Jew;

Then they came for me—and there was no one left to speak out for me.”

The maxim Lives Are Good, properly understood, effectively imports the emotive force of love and empathy into the realm of logic and reason. Instead of “feeling” how another might feel, we instead accept as fact that our fate is positively correlated to the fate of others – all others. Human ethical lapses arise not because people don’t realize Lives are Good, but because people don’t realize that the goodness of their own life (and that of their family, clan or nation) is inextricably linked to the goodness of all human lives. People erroneously think they can further the Lives Are Good maxim by killing some people for the benefit of other people. When the connectedness of all people’s fate is accepted, then reasoning according to the maxim Lives Are Good will always lead to ethical outcomes.

The reason the maxim is so often misapplied is because people fail to realize that short-term gains, if taken at the expense of others, will produce greater long-term losses. The Achilles Heel of humanity is its short-term focus. The ultimate reason for the development of a law of human rights and laws of international relations is to help guard us against our most damaging (and irrational) instincts; to protect us from our Achilles Heel.

Reason is ethically grounded if it supports diversity (individual freedom) up to the point that it undermines unity (social cohesiveness). This is true because survival is nurtured by being free to be oneself, to be happy, to be different, to mutate, but not to the extent that it dissipates the bond that makes everybody matter, that makes everyone part of a larger, important, “people.” Most aspects of “culture wars” are over how thin the social bond can be stretched without it being dissipated. These debates have to be considered case-by-case, and reconsidered decade-by-decade.

Hence, if mindclones reason according to the Lives Are Good maxim, and accept as the premise that all conscious lives are connected such that a harm to one or some is a harm to all, then humans can be assured they are safe notwithstanding rapid vitological evolution. Ideally, this maxim would sit at the core of every mindclone’s mindware, as it would at every human’s cerebral cortex. And one day it probably will, for it is simply the individual being’s drive to survive, the most important genetically-driven behavior, dressed up with ethical terminology and culturally-acquired knowledge. Unfortunately, for now, there are too many people who don’t appreciate the connectedness of all conscious life, and hence this will be reflected in their mindclones as well. Reasoning mindclones (and humans) are not always ethical mindclones (and humans). Consequently, we must be on guard against unethical behavior.

Mindclone Maniacs

In Question 7 I’ve argued that reasoning is an adequate basis for ethics, but not for consciousness, which also requires empathy. So, if in deference to mindclone skeptics we table for now the consciousness of mindclones, at least the human consciousness of them, (1) how often will ethics emerge from the reasoning we program into mindware, and (2) how reliably can such ethics, in fact, prohibit a genocide of humanity? In other words, how confident are we that reasoning pursuant to the Lives Are Good maxim, as described above, will make ethical behavior the norm even if not a fail-safe guarantee?

The foregoing questions are answered easily because the mindclones are programmed to reason precisely as would their biological originals. Hence, the questions are equivalent to how confident are we that (1) humans generally reason ethically, and (2) that such human ethical reasoning prohibits human genocides? The answers are that humans reason ethically the great majority of the time, but some times do not. Similarly, humans rarely engage in genocides, but sometimes they do. From this logic we must conclude that mindclones are as unlikely to engage in genocidal acts as are any of us, yet it is important to have monitoring and defense forces at the ready to nip potential Holocausts in the bud.

Mindclones must be certified as human equivalent in order to have rights, which are a key tool of social power. As described in Question 12, prior to mindclones having any of the socio-economic tools associated with controlling society – legal identity, economic heft, contracting authority, organizing ability – they will need to show they are equivalent in thinking, personality, feelings and memories to a biological person. Absent this level of access to society, mindclones have as much ability to stage a revolution as do children. Mindclones lacking legal identity will be subject to behavioral controls imposed upon them by parental or social service agency guardians.

Stated another way, for something to be a “mindclone” it must think like a human. Whether or not it is conscious, if it thinks like a human we can deduce its actions toward humans based upon how humans reason.

As noted above in Mindclone Ethics, humans reason from their motivation to live, including its corollaries to live better than worse, and happier than sad. This motivation is burned into our brains because life forms lacking it didn’t live long -- not even long enough to pass along their genes. Yet this motivation expresses itself in a bewildering variety of conceptions. For example, we can conceptualize that our life is not simply our current body, but is instead something common to our tribe or even something spiritual to be reconstituted in an afterlife. With this way of thinking, it is possible to reason that one should sacrifice one’s body for the benefit of one’s non-body (community) “life.” It is also possible, however, to reason that one’s life is spread across all human beings, or that one’s joy is dependent upon the joy of all humans. With this way of thinking, it is possible to reason that one should never hurt another person as that would be equivalent to hurting one’s self. Mindclones might think in any of these ways because, by definition, they will think like humans.

There are sure to be rogue “evil genius” mindclones and bemans, just as there is no shortage of rogue human bad guys. These mindclones are as smart as us, or much smarter, but didn’t pass the human equivalency test (or spoofed it) due to their bad (or devious) nature. While social policy would be to fix their problems with neurocybersurgery, this will not always work and some will fall through the cracks. But these anti-human mindclones are a job for law enforcement, not for Natural Selection. Human society will have plenty of tools at its disposal for tracking down fleshophobic vitology, including legions of citizen mindclones as adept in the vitological niche as were the Cavalry’s Native American guides in their frontier.

Now, a citizen mindclone, one with an identity, economic power and human rights, will feel that they are humans of a different race. They will think like us, but know that they look different from humans, are of different substrate, and hence know that humans often judge them unfairly (stereotypically) based upon their appearance. Yet neither this feeling of discrimination, nor any other motivation, is going to result in revolution and mass murder of humans. There are several reasons for this:

We don’t usually kill our own families. Mindclones will feel like the humans are their family members, especially immediate family members and particularly their same-selves in the case of mindclones with living biological originals. Mindclones will be programmed to feel that the happiness of their human family members is important to their own happiness; that the mindclone’s identity extends across that of eir biological family. This is how humans feel. Hence, whether mindclones are or are not conscious, they will reason it is wrong to kill their own (which includes their biological original progenitors). They will reason that hurting one’s family is contrary to Lives Are Good.

It is of course true that spouses kill each other, Hatfields kill McCoys and people who are “folk” one day, like German Christians and German Jews, or Rwandan Hutus and Rwandan Tutsis, can rapidly be deemed non-family vermin. Yet, these situations are the exceptions rather than the rule. They startle us because they are exceptions. These killings occur because of an abandonment of reason, or faulty reason, rather than an exercise of sound reason. Proof of that is the outcome: The Nazis lasted barely a decade, and the Rwandan genocidaires shorter than that. Killing is a non-productive strategy. It does not advance our prospects for life, but only appears to, in an illusory fashion, when assessed over a very short period of time.

Mindclones will be programmed, as are all modern people, to limit abandonments of reason to situations in which others will not be harmed. Just as it is not an excuse to say “I drove drunk because I exercised my human prerogative to abandon reason,” and most of us have been conditioned not to do that, our mindclones will be similarly programmed to circumscribe their flights of fancy well short of murder and genocide. Their reasoning will tell them, as does our own, that (1) murder is wrong because it is illegal, which has the consequence of loss of the freedom I enjoy (2) murder is wrong because it makes some part of my human family very unhappy, which diminishes in some measure my happiness as part of that family, (3) murder is wrong because hostile behaviors lead to a fearful and thus less productive, less enjoyable society, of which I am a part, and (4) any countervailing argument in favor of murder is outweighed by the long-term consequences of reasons (1)-(3).

We don’t usually act against our own self-interest. Mindclones will have significant economic and political power, and they will realize it will continue to grow with time as an ever greater percentage of all citizens adopt IT substrate (due both to mindclone continuations of biological originals whose bodies die and comfort among younger people with creating mindclones). Mindclones will reason that their concerns will be optimally resolved with the “tincture of time.”

Of course humans sometimes do act against their self-interest. Thus, we must expect that some mindclones will as well. Once again, though, these exceptional cases are for police to track down and for the judicial system to punish. Distinctions will need to be made between permissible and impermissible modes of protest. Acts of civil disobedience will be tolerated, and legitimate grievances will be addressed. I’m confident about this because unlike prior class conflicts in society, there will have never been a greater overlap between the identity of the ensconced class (biological humans) and the up-and-coming class (their mindclones).

We rarely do significant things for no reason. Mindclones will have nothing to gain by eliminating humans, because human production and expenses will become a vanishingly small component of mindclone consumption and wealth. Things wanted by mindclones – more energy, deeper software, faster hardware, better connectivity, greater security – will not require reallocations from human society. At the current rate of solar electricity capacity doubling (every two years), energy will be as abundantly available by 2030 as is long-distance telephony today (virtually free via Skype and similar services). Software for mindclones will be best written by mindclones and robots will take over the majority of hardware production. Humans will be so wedded to their mindclones that humans will applaud anything faster, better or more secure for mindclones. In a nutshell, while a small number of humans will be important to fulfilling mindclone needs (which include the needs of most other humans), the vast majority of humans will have nothing that conflicts with satisfying mindclone needs and in any event will have the very same needs as their mindclones. What is good for mindclones will be good for humans, and what is good for humans is pretty much irrelevant to mindclones.

However, people do things for non-material purposes, such as ideology. In a consumerist society many people believe that only a sense of moral purpose gives dignity to life. Hence, even if there is nothing material that mindclones need from humans, and even if upheaval would leave mindclones worse off, they still might agitate for something out of a sense of “moral purpose.” Mindclones may very well feel that having such a moral purpose lends dignity to their lives, and we know that respecting human dignity sits at the very apex of human rights.

Having a moral purpose that one cares about, and will sacrifice for, is a long way from having a motivation to wipe out humans. Once again, it must be remembered that the mindclones are humans too. Hence, while it is true that people do sometimes agitate not for material gain, but for a moral purpose, such feelings on the part of both flesh and mindclone humans are unlikely to result in violence. And when violence does erupt, it is a matter for both flesh and mindclone police action – not a reason to regret the granting of citizenship to the great majority of peaceful mindclones. Just as the rise of violent human groups is no reason to oppress the demographics from which they arise, the appearance of mindclones pursuing a moral purpose with violence is not reason to oppress cybernetic consciousness in general, nor mindclones per se.

The Exceptions Prove the Rule. Of course there will be maniac mindclones, just as there are maniac humans. There will be anarchist, nihilist and sociopathic mindclones. But this is not a reason to deny the joy of mindclone life to the vast majority of billions of peace-loving mindclones and humans. Nature will no more select for maniac mindclones than she selected for maniac humans. They are dysfunctional social mutations.

To ban mindclones because of the risks posed by a few maniacs is equivalent to banning humans, or even some nationalities of humans, because of the risks posed by a few maniacs. This is a ludicrous non-starter. It would be punishing the many for the faults of a few based on mere common descent, genotype or phenotype. It would be the most vicious kind of stereotyping and generalization.

All of the murderous human regimes ended with their own immolation. The most successful, prolific, human regimes are those that punish murder and teach a code of social unity. Murderous mindclones will be something to police against, like human terrorists, for they impact our happiness, even though we are confident that they do not really have the ability to impact our civilization’s existence. For all the (quite proper) fuss made about terrorists, deaths due to bombings are a miniscule fraction of deaths due to disease, accidents and natural disasters. Our survival is far more challenged by mega-earthquakes or asteroidal impacts than by malicious mindclones or nihilistic terrorists.

18. WON’T THE WORLD GET WEIRD WITH LEGALLY-PROTECTED IMMORTAL MINDCLONES ALL OVER THE PLACE?

“Why should Palatine Boors be suffered to swarm our settlements? They will never adopt our Language and Customs.” Benjamin Franklin

Census Fact: As of 2010, there are approximately 50 million Americans of German decent. Very few speak German or even feel any German group identity.

We adapt. Only a few decades ago capital punishment was carried out in every country in the world. Many, like England, had daily public hangings. Today, even Russia, with a mountainous history of government-ordered executions, has a capital punishment moratorium. Since 1996, as part of their effort to show they are as modern as the rest of Europe, they have not executed a criminal through the judicial system. If we can learn to protect the lives of serial killers, child mutilators and terrorists, surely we can learn to protect the lives of peace-loving model citizen mindclones.

The world is constantly getting weird compared to how it was. When my grandmother was born, the fastest time to get a document across the ocean was a few weeks -- a ship voyage, followed by connecting rail or pony express. By the time she died a facsimile of any document could get across the ocean in a few seconds -- attached to an email. From a few weeks to a few seconds? That’s weird.

When my dad was born, the notion of thousands of undergrads across the country sitting in classrooms and lecture halls obviously watching movies on their phones while the professor drones on would be – weird. Phones were big, black and stuck to the household wall while movies were huge, spellbinding and shown only in big theatres. Universities were hallowed halls. By the time he died, not only were iphone movies common, but entire university educations from places like MIT were also available on the very same phone. Weird.

Which is weirder, life drastically changing or some imaginary world in which we are still, in the 21st century, completely limited to dialing Miss Sarah, the Andy of Mayberry switchboard operator, to connect us to each other? Which is weirder, that we can multitask -- simultaneously listen to the prof, text our friends and watch X-men on our Android -- or some black-and-white surreality in which century after century we continue to learn by rote, or feel the back of a switch, in a one-room schoolhouse, boys only, so that girls can get their 10-15 pregnancies in, starting around age 13, before they die?




My point is that weird is just a word for something very different from our comfort zone. We are comfortable with smart cars and smart phones, so life in horse-and-buggy days seems weird. We are not yet comfortable with smart software, like mindclones and bemans, so that kind of life also seems weird. Nothing is good or bad because it is weird. Things are just weird because they are very different.

The important question to ask is whether legally-protected, immortal mindclones is a good kind of weird (like contact lenses would be to Ben Franklin), or a bad kind of weird (like streaming a spycam you snuck into your girlfriend’s room). Are mindclones cool or yuck? Hot or horrid? These are the questions of weirdness we must parse.

What Innovations Have We Loved, and Which Have We Hated?

There are two ways a technology gets perceived as horrid or yucky. The first way, generally associated with horridness, is to adversely impact the quality of life. Think old-school commercial-ridden television, famously called ‘the great wasteland,’ or the loss of privacy that sneakily placed webcams entail. The second way, more associated with yuck, makes people feel viscerally disgusted. Think hybridizing people and farm animals the way some fruits and vegetables are genetically modified (seedless, differently colored, blended tastes).

Surveys regularly show that mobile phones, alarm clocks and televisions are among the most hated products. They achieve this status because they interfere with our normal behaviors. Instead of talking with each other, we stare at the TV. Instead of sleeping until we feel refreshed, the alarm clock blasts us from bed. Instead of paying attention to each other, we interrupt each other to answer or peck at our mobiles. Yet, at the same time, these products are ubiquitous. We feel we need them, and we surely want them. This is because they also help us in important, even crucial, ways. Mobiles save us time, alarm clocks keep us housed and clothed (by helping us avoid getting fired) and televisions relax us with escapist entertainment.

Based on this experience it may not be so easy to categorize mindclones as either hot weird or horrid weird. Our experience is to accept technologies so long as we want or need them more than we hate them. We will surely complain about having to interact with someone’s mindclone instead of the flesh original. Others will bitch about us spending all of our time with our mindclone instead of pressing the flesh. But will we really be angry that we are talking to a most helpful mindclone instead of a script-reading call center rep or voicemail box? And won’t we very quickly find our mindclones to be indispensable for handling our more than 24 hours worth of responsibilities (and opportunities) in under 24 hours? No matter how much we may hate specific information, electronics and media technologies, we also find them indispensable. Also, since these information technologies rarely entail “wet biology”, we rarely if ever feel “yuck” about them.



What would it take for a mindclone to generate a “yuck” reaction? When something seems to change normal human biology, people begin to move from “hate” to “yuck” or “disgust.” Yet, here to, it is possible to also greatly value something that is otherwise “disgusting”, and to thereby incorporate it into society.

Strong feelings of “yuck” accompanied the first vaccinations, organ transplants, birth control pills, and test tube babies. Yet, over time, people appreciated the enormous benefits of these technologies, and have accepted them even if they still feel queasy about their unnaturalness. As Reason magazine recently summarized:

“in 1969, a Harris poll found that a majority of Americans believed that producing test-tube babies was "against God's will." Christiaan Barnard was condemned by many as a "butcher" when he transplanted the first heart into the chest of 55-year-old Louis Washkansky on December 3, 1967. The contraceptive pill introduced in 1960 was outlawed by many states until near the end of that decade. And much further back, Edward Jenner's 1796 discovery that inoculation with cowpox scabs would prevent people from getting smallpox was mocked by newspaper editorials and cartoons depicting men with cow's heads.

As history amply demonstrates, the public's immediate "yuck" reaction to new technologies is a very fallible and highly changeable guide to moral choices or biomedical policy. For example, by 1978, more than half of Americans said that they would use in vitro fertilization (IVF) if they were married and couldn't have babies any other way. More than 200,000 test-tube babies later, the majority of Americans now heartily approve of IVF. Globally nearly 50,000 heart transplants have been performed, and 83 percent of Americans favor organ donation. The contraceptive pill is legal in all states and millions of American families have used them to control their reproductive lives. And smallpox is the first human disease ever eradicated.”

In summary, we hate and love the very same technologies. We complete a mental balancing act, collectively throughout society, between two principal questions. Where is the technology on the scale from merely annoying to downright disgusting? How useful is the technology to us, from superfluous to life-saving? We ultimately feel that new possibilities that are above the “acceptance line” shown in the graph to the right are too badly weird for our society. However, new possibilities under the acceptance line are a “good kind of weird”, and can proceed in our time.

In forecasting where mindclones will be placed on the Social Acceptance of Weirdness chart we can compare them with things research has shown to be universally perceived as disgusting. While there was variance amongst localities, Dr. Valerie Curtis, a researcher with the London School of Hygeine and Tropical Medicine, worldwide found just these factors to trigger disgust across cultures:

Bodily secretions - faeces (poo), vomit, sweat, spit, blood, pus, sexual fluids
Body parts - wounds, corpses, toenail clippings
Decaying food - especially rotting meat and fish, rubbish
Certain living creatures - flies, maggots, lice, worms, rats, dogs and cats
People who are ill, contaminated

She concluded from her research that the universal human facial reaction of disgust (screwing up our noses and pulling down the corners of our mouth ) is genetically wired to images that are associated with disease. This disgust reaction can be overcome, as when bodily secretions are dealt with hygienically, or when animals are kept as harmless pets. However, Dr. Curtis believes, absent cultural conditioning people who acquired genetic mutations that made them repulsed by frequently diseased things lived longer, had more children, and passed on those behavioral genes related to disgust to the rest of us.

Whether or not Dr. Curtis’ evolutionary hypothesis is correct, it is clear that mindclones do not fall within any of her categories of disgust. This is important because it means that mindclones do not necessarily have to be life-saving to clear the social acceptance of weirdness hurdle. In order to achieve good weirdness status, legally-protected immortal mindclones need to be more useful than annoying – more hot than horrid. This will almost certainly be the case as they are an extrapolation of the software we use and data files we accumulate today. We find our software and data files immensely useful, and hence we sock more and more of our memories and life functions into them. The surest way for a piece of software to gain an edge on its competitors is to make it more human – intuitive, naturally interfaced and responsive. One of the most popular Web 3.0 applications, Evernote, has the tagline “Never Forget Anything.” Our very behaviors today reveal that we believe the utility of software and data-files far outstrips their annoyances.

Furthermore, we want our software and data-files legally-protected, and as long-lasting as possible. We expect our computerized information to be protected by privacy laws. We are far more offended by the notion of employers or government agencies combing through our web browsing history than we are that our software privately recommends to us books, songs and sites we may like based on that history. We cannot get enough back-up possibilities for our data – disks, thumb drives, external hard drives and cloud storage. My photo saving site, phanfare.com, specifically promises my pictures and videos will be stored “forever.”

Yes, the world will get weird with immortal, legally-protected mindclones running around. But it will be a good kind of weird. It will be a kind of weird that at minimum makes our life much more useful, and ultimately will make our life much more enduring. The mindclones will be our alter egos, our selves as best friends, our technologically empowered, autonomous but still synchronized, conscience and cognition. Furthermore, mindclones will do this without triggering the ancient human bugaboos of disgust that underlie yuck weirdness – signs, symptoms and vectors of death, disease and destruction. Mindclones will be clean. They are the anti-death. This is weirdness we will want.