“The Last Beautiful Woman” publication details

I have published my novel, “The Last Beautiful Woman” in paperback and several electronic versions. Please take a look and see if you like it. The details are below.

  • Firstly, the paperback version. This is to be found on Amazon here. The link refers to the American Amazon site and your local Amazon site may also have the book. Please search for my name, “Cliff Pratt”, and ensure that you have selected the paperback version if that is the one that you want.
  • Secondly, the Kindle eBook version, which can be read on Kindle devices or through an app on Android and Apple platforms. This can be found on the Amazon Kindle Store here. Once again it may be available on your local Kindle site. Search for my name.
  • Thirdly, it is available as an eBook on Kobo here. The Kobo eReader app is available for Android and for Apple devices, and there is also a Kobo app for Windows and Mac desktops, but unfortunately, not one for Linux desktops. There are Linux eReader apps which will read many eBook types and you may find one which will read Kobo eBooks, which are simply ePub format.
  • Fourthly and finally, I have uploaded my novel to SmashWords. As well as the eBook being available on the SmashWords site itself, SmashWords distributes uploaded eBooks to several other bookshop sites as well. At SmashWords eBooks are available in several formats, including PDF. You should be able to find one in a format that suits you there!

Here’s the ‘teaser’ for the book. Please take a look!

What is it like to live at least three times as long as the average human? Jenna has just passed her one hundred and fiftieth birthday and looks to be just over thirty, and she is, so far as she knows, unique. She lives in isolation from the rest of the human race in an inaccessible and protected location known simply as “her home”.

Although she is physically isolated, she still communicates extensively with other people. She has a few loyal staff in her retreat, and a number of others around the world. She has enormous global influence and talks to the leaders of the nations and other powerful people around the world by videoconference and videophone almost every day.

She is reconsidering the reasons for her isolation, and wonders whether those reasons still apply. How did she come to be living in isolation. Is it time for the isolation to end?

She sees in an article by a newspaper reporter an indication that, perhaps, her affect on society has not been completely positive. She decides to ask the newspaper reporter to visit her to discuss his views, but she underestimates the effect of this break in one hundred years of tradition. George, the reporter, and his friends are sucked into a whirlwind of global interest.

Their lives will never be the same again.

Rehabilitation

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Rehabilitation. Let’s start from that word and see where it takes us. The definition that most appeals to me is the restoration of someone to a useful place in society”. I was surprised that most definitions appear to emphasise the restoration of appearance or status, which is not quite the same thing.

To physically restore something, it must have gone wrong or been damaged. Rehabilitation of a person similarly means that they have gone wrong or been damaged. By “gone wrong”, we probably mean that they have committed a crime and they may have been damaged by their environment.

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There is an argument that a tendency to commit crimes may be have some genetic component and thus you have families where several generations have committed crimes. However, while there probably is a genetic component it is difficulty to distinguish between genetic reasons and a environmental reasons for a person committing a crime. In most cases of course, both causes may be in effect. It’s the ancient nature versus nurture debate, of course.

It’s possible that a solution to the genetic predisposition to commit crime might be found and a future criminal may be offered a choice – take this pill or go to jail. At the very least, it may be possible to spot potential criminals when they are very young, and use environmental means to combat their innate tendency to crime.

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Any genetic tendency to crime may arise from something missing in a person. One obvious lack would be lack of empathy. If a person is empathetic, they can put themselves in the other person’s shoes so to speak and can imagine what it feels like to be robbed or raped or even murdered. I’ve simplified a bit there, but it will do.

On the other hand, if you live in an environment where violence is common, and lying and cheating is commonplace, then you are likely to come to think that such behaviour is normal. You literally wouldn’t be able to conceive of an environment where violence never happens or is very rare.

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Society promotes the view that crime should be punished and that retribution in the form of punishment is to be expected if a crime has been committed. Punishment often takes the form of locking the criminal up with other criminals away from their home environment.

Without anything else happening, this seems like a singularly ineffective strategy. It does remove the criminal from society, but forces the criminal to associate with others who have similar antisocial defects. They learn off each other, not to be better people, but to better at whatever criminal activity that they have indulged in.

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When the criminal is released, he or she is sent back to the very environment that may have been a large factor in causing him or her to become a criminal in the first place. The result is that he or she may go back to behaving as he or she did before, and indeed may introduce new antisocial behaviours that he or she has learnt in prison.

Another aspect of punishment of any sort is that it is supposed to deter others from similar actions. This assumes that the others in question have the empathy to understand the effect that punishment has on someone and the effect that this punishment would have on them.

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How would we rehabilitate someone, if we had to resources to do so? Most such attempts appear to involve teaching the criminal a trade, so that when they get out of prison, they can take up a useful trade and not have the desire to commit any more crimes.

There’s a couple of problems with this, and one is what I’ve already mentioned above – they are going back into the same environment that had probably been a factor in their committing the crime that got them sent to prison in the first place. And they have more skills which could be used in criminal pursuits.

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Of course being taught a trade in prison works for some people, or so I believe. These people would be those on the borderline environments where there is some criminal activity, but not much, and prison is seen as a deterrent and not as an occupational hazard. Nevertheless, they still face huge barriers, not the least of which is getting a job when they have a criminal record.

So it’s not surprising that rehabilitation, as it happens today, doesn’t seem to be effective, and that is because it doesn’t address the causes, genetic and environmental that cause people to commit crimes.

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I suspect that any genetic tendency to commit crimes would be next to impossible to remedy. If the genes which cause a tendency to antisocial behaviour were to be identified, then the next question is what to do about it. Until and if it is possible to medically change the expression of these genes in utero or after birth, it would become an ethical dilemma. Just how far should society go in ensuring that crime is not committed. Should society prevent the full expression of a human being’s abilities and tendencies, even if they are criminal.

Society could somehow prevent people who carry such genes from reproducing, or at least stop then from producing offspring with those genes, but again that merely makes the issue an ethical one. Such meddling is usually labelled “eugenics” and generally frowned upon.

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Various science fiction novels present arguments both for and against it. The major argument against eugenics as a way of reducing crimes is that the preconceptions and biases of individuals and societies make their choices suspect.

The environmental issues may be easier address. It is often thought that crime and poverty are linked, and that removing poverty may reduce crime. This is plausible, but while someone who is poor might be pushed over the line and commit a crime, there is no doubt that there is a great deal of crime committed by people who are not usually considered to be facing poverty.

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So called white collar crime can be committed on all scales from defrauding individuals to crimes committed by people in huge corporations. While poverty related crime affects a few people, white collar crimes can be perpetrated on millions of people, and by people who have never had direct contact with their victims.

So, it seems to me that society is not really addressing rehabilitation. We concentrate on punishment, which is a deterrent, but once a person commits a crime, no real attempt to rehabilitate them happens. For it do so, society may have to change dramatically, and I don’t see that happening any time soon.

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Where sex came from

Sex
Sex (Photo credit: danielito311)

When I decide on a topic, I usually hold onto it in my mind, and maybe flesh out a few ideas mentally. I’ve mentioned this before. This topic suddenly came to mind for no good reason, and I haven’t thought of any significant lines of discussion. I wish I could snapshot the “Related Articles” that have popped up, but it looks like they will lead me to places I do not intend to go. An example is “Casual sex isn’t just for college kids”. Mmm. As if college kids a) invented it b) have a monopoly in it.

The Cool Kids
The Cool Kids (Photo credit: TheMarque)

But I digress. Sex. Most living organisms have it. Amoeba, the popularly held archetype of the simple single celled organism, was believed to reproduce simply by fission. I’m unable to understand much of the scientific literature about amoeba reproduction, and there doesn’t seem to be much material about it anyway, but fission, I believe, results in each child organism having half the genetic material of the parent cell.

AMOEBA PROTEUS
AMOEBA PROTEUS (Photo credit: PROYECTO AGUA** /** WATER PROJECT)

Maybe nuclear genetic material is doubled before the split. Maybe each ‘individual’ is half an individual and needs to find another ‘individual’ in the same state to merge with? Merging has been observed in amoeba.

What is certain is the enormous size of the genome of an amoeba species. Some of them have genomes which are more than 200 times the size of the human genome. Amoeba are presented to us in school as possibly the simplest organism that there is. Based simply on the size of genome, this isn’t true.

human genome
human genome (Photo credit: vaXzine)

I can conjecture, based on little to no knowledge at all of the genetics of amoeba, that fission and fusion would enable amoeba species to mix and match their genetic material with much greater freedom than simple sexual reproduction.

So, amoeba splitting and merging could create an enormous genome, even in a simple organism. The size of a genome could be just a result of a less restrictive reproductive process than applies to more “advanced” multi-celled organisms (not to mention more “advanced” single-celled organisms.

Martin Krzywinski, Circles of Life - a compari...
Martin Krzywinski, Circles of Life – a comparison of human and dog genomes (Photo credit: chrisjohnbeckett)

If I’m correct or anywhere near close to correct about the amoeba genome and its reproduction, amoeba may represent an early stage of sexual reproduction. Amoeba were inventing reproduction, in a way. One can imagine that early organisms would absorb other weaker organisms, and in doing so, acquire their genetic material or proto-genetic material.

a haploid cell
a haploid cell (Photo credit: Wikipedia)

Of course in most cases they would simply digest it,  but in those days, the early days of life, when the chemical processes and genetic processes of life were shaking down into the rules that we know today, things would have been more fluid and the genetic material could have been incorporated into the organism’s own genetic material. Indeed, in the beginning the genetic material would probably not be distinguishable from other material in the organism. There wouldn’t have been a nucleus, as such.

English: In telophase, the nucleus of one cell...
English: In telophase, the nucleus of one cell is divided equally into two nuclei.It is the last stage of mitosis and directly proceeds interphase. (Photo credit: Wikipedia)

One can imagine that in the beginning, organisms just didn’t reproduce, by fission or any other method. They would have fairly quickly died out. Then organisms could have happened which just grew and grew until they split. Parts would have died off, parts would have lived.

The parts that survived would have been changed, modified by the environment, until the bits that would have earlier died, survived as new individuals. Maybe they couldn’t themselves reproduce, but eventually, the split off bits would have survived and been able to reproduce.

Diagram of bacterial binary fission.
Diagram of bacterial binary fission. (Photo credit: Wikipedia)

In retrospect, it appears that the best way to be able to reproduce is to separate the reproductive materials and functions mainly into a single location, the nucleus.

Organisms can they reproduce simply by duplication of the genetic information in the nucleus, producing a clone of themselves, which they can hive off as a new individual. Some organisms bud off a clone of themselves as a reproductive process.

Production of new individuals along a leaf mar...
Production of new individuals along a leaf margin of the air plant, Kalanchoe pinnata. The small plant in front is about 1 cm tall (Photo credit: Wikipedia)

This doesn’t allow for change in environment though. A self-cloning organism can’t react to environment changes. However if organisms can exchange genetic material while creating a child, it may be that the child’s genetic make up may allow it to survive where its parents would struggle.

The process used by amoebas, that is to say the process of division and merging of individual organisations could be the first step in that direction. Of course, uncontrolled merging could result in possibly viable individuals with large genomes, which is what we see in some amoeba.

Immature and mature fruits of Cocculus orbicul...
Immature and mature fruits of Cocculus orbiculatus….Trái của dây Sâm, dây xanh, Mộc Phòng kỷ … (Photo credit: Vietnam Plants & The USA. plants)

There are two routes here. Either an organism would clone its nucleus including its genetic material, then split, producing two identical organisms. or it could halve its genetic material and merge with a similarly haploid organism, resulting in a diploid individual.

The advantages of the haploid/diploid cycle are obvious – genetic material is mixed so at least some individuals may survive an environmental change, because the expression of the genome in the individual (the phenotype) allows them to differ from their parents and survive the change.

English: Illustration of the chromosomal organ...
English: Illustration of the chromosomal organisation of haploid and diploid organisms. (Photo credit: Wikipedia)

What is less obvious is why organisms split into male and female sexualities. It’s possible that the difference is caused by the necessity of one set of haploid individuals to supply an environment in which the child organism can develop. The other set of haploid individuals merely supplies the other half of the necessary genetic material.

So the female supplies the support environment plus the genetic material, or egg (ovum) and the male supplies only the genetic material, the sperm. One can imagine that originally organisms would directly exchange genetic material by fusion and fission, like amoeba, but at some time it became more efficient to disseminate genetic material outside the organism.

English: Electron microscope image of sperm.
English: Electron microscope image of sperm. (Photo credit: Wikipedia)

Cells within multicellular organisms or possibly unicellular organisms developed the ability to create new haploid cells with a copy of half the genetic information leaving behind unicellular haploid organisms or haploid cells within a diploid organism.  In female organisms the haploid cell would be an egg and would have the support environment to create a new diploid individual, and in male organism the haploid cell would just have half the genetic material and be a sperm.

Description unavailable
Description unavailable (Photo credit: EYECCD)

There are some hermaphroditic animals, for example some snails and slugs, which produce both eggs and sperms and many plants have both male and female characteristics, but many, many animals have separate male and female individuals. (I’m not keen on saying the majority of animals display sexual differentiation, because I don’t know if it is true.)

English: hermaphrodite symbol
English: hermaphrodite symbol (Photo credit: Wikipedia)

So, when life began it would have been simple unprotected self-replicating molecules. Growth would have been by accretion. At some stage the molecules would have evolved to the point where they developed some structure around themselves, maybe by rejecting some unwelcome molecules. Organelles, small biological factories would have developed as the organisms became more complex, all enclosed in a membrane that allowed the necessary chemicals in and unwanted ones out. This membrane would eventually enclose the nucleus of the cell. More complexity, more biological factories, and the cell would have formed an outer membrane, that enclosed all the necessary mechanisms that modern cells contain and require. (OK, I’m no expert so some of these conjectures may be wrong).

High magnification transmission electron micro...
High magnification transmission electron microscope image of a human leukocyte, showing golgi, which is a structure involved in protein transport in the cytoplasm of the cell. JEOL 100CX TEM (Photo credit: Wikipedia)

Cells would initially have not had any reproductive mechanism. They would grow and then split when they got too big. When cells developed specialised mechanisms for reproduction they needed some way of passing on the genetic material. Some cells would have developed a method of creating haploid individuals and these would have then merged with other haploid individuals to create normal diploid individuals.

English: Male and Female Superb Fairy-Wren.Tak...
English: Male and Female Superb Fairy-Wren.Taken in Ensay, Victoria. (Photo credit: Wikipedia)

Or maybe so-called haploid individuals arose first and diploid individuals arose from the merger of two haploid individuals.  When multi-cellular organism arose, they evolved special organs related to reproduction. Such organs created haploid versions of the organism and a method of delivery to the outside world of these eggs and sperm.

Once individuals have evolved to specifically create eggs or sperm, they are sexual individuals. If an individual evolved to create a support system for their haploid genetic material, for example eggs, it would find it difficult to find similar individuals to merge with since eggs are not particularly mobile. Sperm on the other hand are specialised to be mobile, so are ideal for merging with the eggs.

English: Male and female Sockeye salmon (Oncor...
English: Male and female Sockeye salmon (Oncorhynchus nerka) specimens. (Photo credit: Wikipedia)

Once the individuals have sexual differentiating characteristics this would flow through to the phenotype (physical expression of the genetic material – the multi-cellular organism). And that is my guess, as a complete amateur in the field of genetics is where sex came from. So the above may make sense at some level, or not. Even it does make a sort of sense, I may well be wrong about the detail! But it has been fun speculating.

here comes life
here comes life (Photo credit: AlicePopkorn)

 

 

 

 

 

 

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