Once in a while, one stumbles upon a work of such quality that one cannot help but to be baffled at how such a work could escape one’s notice for so long. Diaspora, written in 1997 by Greg Egan, is one of the most powerful, mind bending and far reaching book I have ever read.

As I have posted several times before, one of the drawbacks of many Sci-Fi representations and stories brought to the silver screen, is the difficulty in reaching the right balance between depicting a credible future, sometimes a distant future, while at the same time preserving some sense of ‘normality’ as well as traditional frames of references in order to not alienate the viewer. Unfortunately, this balance is rarely reached and most of Hollywood’s visualizations tend to be very limited and writers or directors seem content to show us the same old humans with the same old problems, values and physical characteristics, regardless of when in the future the story might be occurring. Just place these archaic visions of the past in front of a couple of futuristic looking buildings, add some fancy cars with doors that slide vertically and complete the package with the occasional gismo to obtain your average run-of-the-mill Sci-Fi flick.

While Sci-Fi literature offers many possibilities for more credible, fleshed out and geeky visions of the future, there has still been an over-reliance on ‘traditional’ humans as lead or even as only characters. This seems to have changed in the past few years, and the implications of Transhumanisn are increasingly being used as material for many Sci-Fi books. In Diaspora, Greg Egan describes in great detail how the ‘human race’ might split and evolve towards a post human future. While the process of becoming more than human will most likely be very gradual, with humans combining with machines and vice versa (a process that has already started with the adoption of pacemakers, Cochlear implants, prosthetic limbs, or even the mobile phone which has become a natural extension of ourselves), Egan portrays a future a few hundred years hence dominated by three main forms of beings: the Fleshers, ‘traditional’ humans with or without genetic modifications, the Gleisner Robots, robotic shells inhabited by human minds, and the Polis Citizens, the uploaded minds of humans ‘living’ in computer and simulated worlds. In addition, on rare occasions, the polis creates a new mind, a purely artificially conceived one, albeit very human in many ways.

Over a period of several thousand years, Egan traces the quest of some of these Polis Citizens as they attempt to prevent and then escape the destruction of our universe (an early consequence of this destruction is the end of the Fleshers, and thus, the end of humanity as we know it today). This quest will lead these highly advanced non-physical entities, our descendants, to some of the most far-reaching destinations the mind could possibly conceive.

Egan doesn’t shy away from grand mathematical and physical speculation, and for the average reader, his lengthy descriptions of the universe’s most innate workings will seem a bit tedious at times. But sticking through these sections is quite worth it as one is rewarded by an avalanche of fantastic and awe-inspiring concepts. There is plenty to ponder in Diaspora and anyone interested in what existence might be like as an uploaded mind, in a possible direction for the future of the human race, in parallel universes and multi-dimensions, in the potential for alien life, or simply in the infinite mystery and beauty of the cosmos, then this book is an absolute must-read.

Occasionally, driven by some masochistic need, I subject myself to some trash flick knowing only too well that I am going to regret it two hours later. These films are usually bad Sci-Fi films and the reason I keep doing this to myself is to check how they deal with various futurist topics.
In the case of Jumper, which, as I feared it would be, is a mediocre film, the concept of teleportation serves as a backdrop for a boring romantic and action-driven story line with a strong teen accent. The acting is on the most part dreadful, especially Hayden Christensen in the lead role, and one can only wonder why Samuel L. Jackson seems so interested in playing in so many appalling films. Perhaps he just wants to have fun.

It is however interesting to speculate about the possibility of teleportation. Teleportation has always fascinated Sci-Fi aficionados due to the potential that it offers. Who would not want to be at home in Paris and in San Francisco two minutes later for dinner? Just imaging the possibilities, on earth and across space and galaxies, when these are one day populated by our descendents.
In Jumper, some genetic anomaly allows certain people to teleport themselves anywhere simply by visualizing a preferred destination. This teleportation method, sometimes called p-teleportation or psychoportation in Sci-Fi literature, differs from the usual TV or cinema depiction which traditionally relies on the help of some technological device as seen, for example, in both The Fly (1986) and Star Trek (1979). While teleportation through simply wishing it seems a distant possibility, the more conventional vision is actually not too far-fetched. It is today possible to quantum teleport the information contained within photons and atoms. Scientists are not yet able to teleport matter or energy, but there is no reason to think that this will not happen at some point in the near future (especially if we count on the Singularity). Naturally, enormous problems remain to be solved, such as how to capture accurately all the information contained in the human body so that this information can be copied and reconstructed at destination, or how to ensure that even a perfect copy based on atoms, DNA and molecules, is not missing one key ingredient: consciousness. Depending on one’s religious beliefs, the destruction of one’s original body could be seen as unethical, in the same way that cloning is considered by many to be morally wrong. In addition, for these same people, the idea of transferring the soul into a copy, if this were to be feasible, would constitute a serious act of immoral transgression. All of this will obviously not stop the scientific community from further exploring the concept of teleportation until it is one day possible to record, deconstruct, send and reassemble a human being, soul included, in a fraction of a second and to any destination desired.

In quantum healing circles, it is argued that consciousness, and perhaps the soul, is contained, not in some part of the brain or in some abstract location, but rather in every atom and DNA strand of our bodies. Each cell in our organism contains our mind and has the power to affect every other cell, making our brain the messenger rather than the control room for many aspects of our lives. Furthermore, according to Laszlo’s Integral Theory and Connectivity Hypothesis (which i reviewed here), our cells, and thus our mind, are also connected to the cosmos and all that it contains, making the transfer of information between remote places and entities an opportunity that might exist within all of us but that we unfortunately forgot long ago. If this is indeed true, and I believe it is, the teleportation concept described earlier might even be easier to implement since consciousness might not need to be regarded as separate (and if it is, perhaps Mind Uploading can take care of that part). This could also increase the likelihood that psychoportation, as portrayed in Jumper, whereby one person wishes his or her DNA to be somewhere else, will one day be achievable. After all, Charles Fort coined the term teleportation in 1931 in an attempt to describe paranormal phenomenon which traditional science could not explain. Integral theorists also believe that the paranormal and mystical has a place alongside traditional science in trying to understand our world. Paranormal events might only be a part of a reality which we became blind to.

On a closing note, it is worth mentioning that another method of teleportation could too become reality, albeit probably much later. Using wormholes, another favorite of Sci-Fi literature, to go through space-time is an established possibility within scientific circles and could one day allow us to use gates to move easily and instantaneously throughout our universe or across parallel universes. In a recent article for New Scientist, Michio Kaku actually considers both the teleportation of a person and the use of wormholes to be what he refers to as Class II impossibilities. This means that scientists firmly believe that, although out of the reach of today’s knowledge and technology, these feats are certain to become reality within a few centuries.

How to begin an explanation of Illium and of Olympos, two novels published in 2003 and 2005 by Dan Simmons, the remarkable author of the Hyperion series?
Where to begin is even more problematic. Four days after finishing Olympos, i am still trying to make full sense of what i just read, and to determine if it is even worth attempting a summary. Or perhaps the only kind of summary worth attempting is a simple list of concepts and ideas that permeate the two books:

Quantum energy and teleportation. Multiple universes. Time travel. Post humans. Old style humans. Nanotechnology. Brane holes. Avatars. Logosphere. Noosphere. Marcel Proust. Shakespeare. The Tempest. Caliban. Setebos. Greek Gods. Achilles. Moravecs from Jupiter. Olympus Mons. Mars. Ariel. Odysseus. Burning Man. Technological singularity. Nuclear apocalypse. Prospero. Sycorax. ARNists. Rubicon virus. Global Caliphate. Wandering Jew. Nabokov. Pantheistic solipsism….

But whereas Illium successfully and wonderfully sets up this amazing and insane concoction of ideas, themes and concepts and made the reader hungry for more, Olympos fails to deliver and to fulfill our expectations. Too many unanswered questions, and too much delivered too early or over too many pages. Still, if you are interested in stretching your imagination and indulging in a little mind bending space opera, this is it.

In 2005, i had the pleasure of attending a lecture by Michio Kaku for the release of his new book Parallel Worlds. Kaku is a leading theoretical physicist and is often credited as being one of the founders of string theory. He also happens to be a fascinating speaker who seems equally at ease in front of an audience or the press as he is in front of his equations.

For a few decades, physicists have been searching for the theory of everything, the theory that would unite all past works and findings regarding gravity, relativity, nuclear physics, and quantum physics. This theory, it is hoped, would explain our universe, from its smallest particles to its largest phenomenon such as its ever-increasing expansion. String theory and its possible 11 dimensions brought us closer, as did its newer incarnation, M-theory. Now, Kaku argues, the idea that our universe is only one out of an infinity could possibly provide the missing answers to help complete the search for this theory of everything. Kaku writes effectively, clearly and convincingly, revisiting succinctly the various theories of the past, and mixing this information with pertinent examples from science fiction works (showing once again that Science Fiction is nothing other than foretelling the future).
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Primer is a strong reminder that Science Fiction does not necessarily mean high budget and extravagant visual effects. It also highlights the broadness of a genre that is unfortunately too often stereotyped and classified in unflattering ways. This is time travel at its most realistic and mind-boggling best. I can’t claim to have understood all of it, but it is exactly the obscurity in which we are left that drives us to want to dig deeper into the mystery which the two protagonists have just discovered.