Science Fiction Future Histories – Criteria for Success

Introduction:

Within the field of science fiction, a special source of addictive fascination can be found in the sub-genre “Future History”, a series of interconnected stories set in a common background that develops over time.

For any story to be enjoyable, we all know how vital interesting characters and settings both are. But in a good Future History there is a unique sense in which the setting also becomes one of the characters. A splendid juggernaut of interlinked themes, alive and growing like a real society, but full of a fictional personality of its own, such a lattice of tales becomes, for the reader, a source of wonder not merely as a new world, but — as a result of its reliable, organic consistency — as a new familiarity.

That’s the paradox: the more the inhabitants are “housed” in comfort, given a universe with customs, laws and rules which they can take for granted, the more real and therefore more exciting their world seems to us. Against this comfortable backdrop the inhabitants do, of course, have their particular adventures which are exciting for them as well as for us; but we are additionally privileged to watch the lines they are tracing in the greater whole, from the panoramic perspective which is the special virtue of a Future History.

As a matter of fact, for the sake of accuracy, rather than the term “Future History” I would prefer “four-dimensional story-lattice” or “4DL”, as the events related in the stories need not be in our future. A series of tales set on ancient Mars a billion years ago, for instance, would fit the sub-genre just as well as a series set on Earth in the next few millennia — or, for that matter, in the lost continent of Atlantis thousands of years in the past. However, in this article I shall stick with current usage.

My aim is to try to pin down the criteria which make for a successful Future History.

I hope, as I go through my list of points, that the reader will not jump to the conclusion that I am disparaging various great masterpieces of science fiction merely because they do not meet these criteria. Some stupendous works set in the far future, such as Olaf Stapledon’s Last and First Men and Gene Wolfe’s Book of the New Sun, are largely a different kind of thing, though they have some interesting points in common with the kind of story-lattice which I am discussing.

The criteria I wish to propose are as follows:

1. Volume and Balance.

2. Open-ended complexity.

3. Time-referencing.

4. Development.

Volume and Balance:

A successful Future History should, first of all, contain a large number of stories. It should be long. Inevitably, it will not be as long as its fans wish, but I would suggest, for example, that the one big fault in Asimov’s Foundation series is that it extends over only 3 volumes, comprising 9 tales. The reader is left yearning for more — which of course is a huge compliment to the author. (Actually, there is a bit more. A couple of Asimov’s early novels are set in that same universe, in periods prior to Foundation, and these help to enlarge the picture; on the other hand I do not regard the much later accretions to the series, different in mood and far less taut in style, as worthy to stand with the original 9.) I have the same complaint to make of Cordwainer Smith, the genius who bridges the storytelling traditions of East and West in a way unique in science fiction, and who was so inconsiderate as to die at the age of 53, leaving us a mere four volumes or so of his Instrumentality saga.

Much more ample in volume are Poul Anderson’s dozen or more volumes of the van Rijn / Flandry bipolar series. This is built around two main heroes, living hundreds of years apart but inhabiting the same invented background. Other masters of the genre have given us moderately lengthy oeuvres. Heinlein’s Future History consists of five volumes; Larry Niven’s of six or more depending on whether you allow the last Ringworld novel and other accretions to count. James H Schmitz’s Federation of the Hub series comprises four novels and numerous shorter tales, and amounts to a work of moderately satisfying length. Still, I wish that Schmitz and Cordwainer Smith, in particular, had written another half dozen books at least. They don’t make ‘em like that any more.

As well as the need for sheer size, a related point is that the size-distribution of the stories should not be too lop-sided. It’s nice to have a variety of story-lengths, but there should not be one work which overshadows all the rest in the series. The availability of a crowd of tales is what creates an important part of the desired effect.

Open-Ended Complexity:

Within the wide common background, the stories should have a variety of settings in both space and time. Overlaps in chronology are important, so that although some of the tales should form a consecutive sequence, others should be happening simultaneously in different locations. We want a real lattice, rather than just a string, of events. The Foundation series is a consecutive string, but fortunately the other Future History authors I have mentioned give us simultaneous tales as well.

And there should be a variety of overlaps in dramatis personae, somewhere between the one extreme of each story having its own unique cast of characters, so that no character appear in more than one (this leads to insufficient connectivity) and the other extreme of having the same character appearing in all the stories (this excessively restricts the range of the whole, to what that one central character can do). James Schmitz got it exactly right. In the Hub universe you frequently find the same characters appearing in more than one story, but also you find plenty of “solitaries”. I would go so far as to say that if the same main character stars in all the stories, a series can hardly count as a Future History, though it may (like Jack Vance’s five Demon Princes books) be a rivetingly good read. Niven, and Cordwainer Smith, like Schmitz, get it right. In his Known Space universe Niven gives us more than one sub-series starring characters who survive through several tales – notably Beowulf Shaeffer who is the hero of five of them. In the Instrumentality saga Smith gives us several separate appearances of the cat-girl C’Mell, the reformer Lord Jestocost and the quester Casher O’Neill. Again, we want to feel we’re in a crowd, or, if you prefer, a forest, of options. It’s a good sign, therefore, if you can’t immediately call to mind how many tales a series has and how many characters appear more than once. It means it has grown satisfyingly ramshackle.

The ideal Future History should also contain cultural complexity. This is not Asimov’s forte, nor Heinlein’s, though the works of both are multi-political, rich in diverse regimes (especially Heinlein). Niven does better in the cultural area, and apart from human variation he has interesting alien civilizations interacting with ours. Poul Anderson does this too, and his series in particular has an open-ended sprawl of hugeness, looseness and multicultural variety. Schmitz is just about his equal in this respect, though his output is unfortunately not so large. Cordwainer Smith is hard to assess — he is so matchlessly good at suggesting more than he lets on, it’s hard to keep track of the actual content of his stories: it’s as though he gives you the key to his unfinished work and lets you dream the rest of it for yourself.

If the work of Jack Vance fitted the bill in other ways, his talent for portraying cultural complexity would make him perhaps the best living writer of Future Histories. However his Gaean Reach novels, though they share a common background, are scattered so widely across that vast setting, that they are unrelated to one another, and there is no sense of chronological sequence or historical development of the Gaean Reach as a whole. (Not that I would want Vance as a writer to be other than he is.)

Read more

Indispensable Importance of Studying and Technology and Society

With developments in science and technology being made everyday, it is only natural to address how these developments affect society, their good and their evil. Most of the time society has the biggest say in any scientific or technological advancement. It holds the final answer in deciding whether a developed technology is beneficial or it can be done without. But before addressing this let us first examine the central question; why study science and technology?

Since the dawn of formal learning, the goal has been to make technological advancements and generally improve life. That is where modern science came in. Inquiries into life have given forth physics astronomy and life sciences. Science is a field that grows relatively everyday and there is always an area that demands scientific intervention. And that is where the technology comes in. It is developed to ease the process of investigation and the final result is something that improves the quality of living or a discovery is made. The role science and technology has played in the field of medicine cannot be understated and the breakthroughs that have been made have been astonishing. In all other areas of life, from e-learning to e-shopping to space travel, it has been credited to continued use of science. However in all these attempts to improve human life, their effects on society and the individual must be better understood by non-technical professionals and ordinary citizens as well as by engineers and scientists. So why study science and technology?

Boundaries have to be set on what is right and what is downright wrong. This is where activists come in and defend the use of animals in research. If society is not to be inquired in this kind of undertaking, a point maybe reached where humans would be the subjects of research especially in the field of medicine. Because of issues of morality and professional ethics lawyers, public officials, civil servants, and business people are increasingly called upon to make decisions requiring a basic understanding of science and technology and their ethical, social, and environmental consequences. Ordinary citizens, moreover, are being asked with increasing frequency to pass judgment on controversial matters of public policy related to science and technology. These circumstances require education befitting the complex sociotechnical character of the contemporary era.

Read more

Science and Technology Degrees Offer Multi-Faceted Career Opportunities

Usually, when one thinks of a career in mathematics, they think of ivory tower recluses contemplating the nature of the universe through numbers. The truth is quite the opposite. One of the largest of the STEM (science, technology, engineering, math) career paths is the actuary and by the very nature of their profession they are one of the most grounded of the fields. A love of numbers and a bachelor science degree can start one on this career path.

According to the Bureau of Labor Statistics, actuaries deal with risk. They decide how likely things such as death, sickness, injury, disability, and loss of property are to occur, as well as the costs of these things. They also decide how much money it will take in order to get a certain amount of retirement income. They help design insurance policies, pension plans and try to make sure any risk is sound. Actuaries may need to explain their findings to company executives, government officials, the public and may even testify in court as experts

In other words, they are the backbone of the insurance industry. They can also work for consulting firms, where their expertise in risk assessment can be used in a number of other ways. If you look at TV shows such as Numb3rs, a lot of the science the stars use is actuarial.

Actuaries must have a strong background in both math and general business. To start in the field, one must have a Bachelor’s degree in math, actuarial science, or statistics, although there are actuaries who have degrees in economics, finance, or accounting.

Most universities have actuarial science programs. It’s usually a good idea to talk to a career counselor to learn what is actually in the curriculum. Even with a degree, graduates also have to take a certification exam before they earn a full position. Luckily, many insurers and similar firms will hire the graduate while they study for the actuarial exam online.

Read more