Steampunk is the Science Fiction genre that imagines what it would have been like if the Victorians really did have space and time travel, cars, aircraft and computers. It’s inspired by H.G. Wells and Jules Verne, but also William Gibson’s and Bruce Sterling’s The Difference Engine. That book, by two of the founders of Cyberpunk, depicted an alternative Victorian Britain where Lord Byron was now king and Babbage’s pioneering mechanical computer, the Difference Engine of the title, had been built. In fact the scientists and inventors of the 19th century did indeed produce some astonishingly modern devices. There were steam carriages very much like cars, Cayley’s glider anticipates the modern airplane while the French inventor, Giffard, flew around the Eiffel Tower in the 1850s in an airship. This glimpse of a future past and its people comes from the Gordonlawrencevideos channel on YouTube and is of the 2018 parade. As well as the people in costumes, it begins with very Steampunk cars and bikes, some of which look very ‘Chitty Chitty Bang-Bang’, if not ‘Whacky Races’. But it’s all fun, and the ingenuity in creating the vehicles, costumes and other props is brilliant.
Posts Tagged ‘Time Travel’
Thames Steampunk Parade
April 23, 2023Muse Go Back to the 80s & 90s with ‘Something Human’
February 20, 2022Here’s another fun video for those of us, who grew up in the ’80s enjoying some of that decade’s SF and Fantasy movies. I’m a sort of fan of Bournemouth rockers Muse. I like the way their music and videos include science, space and SF themes. ‘Unsustainable’ and ‘Isolated System’, for example, are about the world running out of energy and society collapsing according to the Second Law of Thermodynamics. This states that entropy, disorder, in a system only increases as usable energy is expended and transformed into waste heat. Hence, billions of billions of years from the universe will end as a positron-electron plasma just a few degrees above absolute zero. The tracks and the accompanying video are about the possible collapse of society due to an economics centred on growth which uses up all the available resources, a subject of great concern to the ecological movement since the 1970s.
On a lighter note, their video for ‘Something Human’ contains a number of 80s pop SF references., It features one of the band heading out of a city with a population of 213 million plus in a car carrying a video tape. The sign for the city has ‘Infected’ scrawled across it, which might be a reference to either the Resident Evil game and film franchise, or the later Danny Boyle film, 28 Days Later. He’s pursued by the other two, armed with massive guns. As he races down the road he goes back in time, which is surely based on Back to the Future and the time-travelling DeLorean car. Arriving in the past, he finds an abandoned, delapidated video store. His pursuers arrive behind him in an American phone box, which is obviously based on Bill and Ted’s Excellent Adventure. Then the full moon appears and he turns into a werewolf, which could be based either on Teen Wolf or An American Werewolf in London. After killing his pursuers, he gets back into the car, the moon passes and he becomes human again as he drives back to the future. I’m sure there are other references in there. The big guns could be a reference to the massive weapons sported by the heroes of the various action movies, especially those starring Arnold Schwarzenegger. But those are the only references I’ve been able to recognise. Still, it’s a bit of fun nostalgia for those of us, who enjoyed 80s movies and the video technology that made the films available to see at home.
The Almaz – The Soviet Union’s Armed Spy Space Station
June 26, 2021This is another fascinating little video from the military historian Mark Felton. I’ve put up a couple of his videos demolishing the stories about Nazi UFOs and space/time travel. But some real aerospace and military technology comes very close to Science Fiction. In this video, he talks about the Almaz armed spy stations launched by the Soviet Union in the 1970s. They were manned spacecraft, designed to photograph NATO military targets during the tense days of the Cold War. They were launched under the cover of a civilian space programme, Salyut. And to protect them from western attack, each station was armed with a rapid fire aircraft gun. It’s an idea close to the Bond film, Moonraker, in which Bond tackles Hugo Drax and his minions aboard their own space station.
The Almaz, ‘Diamond’, stations consisted of three sections. There was the main, piloted station module, a cargo section for resupply, and a launch and return craft. The stations were launched using a Proton rocket, and carried a two-three man crew, in space for 20 to 30 days before returning to Earth and being replaced by the next crew. They were armed with 25 mm Rikhtor guns, a modified version of the tail canon used on the Tupolev Tu-22 Blinder Russian bomber. The Russians were afraid that vibrations from the canon might damage the spacecraft, and so arranged a test firing. Salyut 3 (Almaz 2) was due to come to the end of its life in July 1974, and so was selected as a suitable test vehicle. After the last crew left on the 19th of that month, the station was remotely operated so that it targeted and shot down a defunct Soviet satellite. The Almaz station, the satellite, and the spent rounds were all burned up when they re-entered the Earth’s atmosphere afterwards. To date, Russia is the only country that has fired a weapon in space, but this may change.
I remember the Salyut space programme. It was always presented as just civilian research into living in space, and people were impressed by the lengths of time the Russians were able successfully to keep crews in orbit. However, these achievements were never as spectacular or interesting as the Moon landings. Now it’s been revealed that they were military spy missions, a fact that has almost certainly been revealed as a consequence of the Fall of Communism and the end of the Cold War.
It’s not just with the Bond film Moonraker that the Almaz stations have a similarity. In Kubrick’s and Clarke’s classic SF film, 2001, the world is on the brink of a nuclear war. After the first section, which shows a group of primitive hominids being led to intelligence by the black monolith on the prehistoric Earth, the film cuts to space, showing various satellites gliding in orbit while the Orion space shuttle makes it complex maneuvres to dock with the wheel-like space station. Although their purpose isn’t obvious, as Kubrick didn’t want people to think his film was repeating the themes of his Cold War nuclear satire, Dr Strangelove, these satellites are actually orbiting nuclear weapons platforms. Real killer satellites like them, but using ‘pop-up’ lasers to destroy nuclear missiles, were designed as part of Ronald Reagan’s Strategic Defence Initiative, or ‘Star Wars’ programme. There have been a number of books written about possible future wars in space, such as The Shape of Wars to Come, and a year or so ago former president Donald Trump called for the creation of an American space force. Which I think has provided the subject matter for a comedy on Netflix or one of the other streaming channels.
The arming of the Almaz stations shows how terrifyingly close the threat of war in space is to reality. I hope that for the sake of the world we manage to halt the militarisation of space and keep space exploration and, hopefully, colonisation, peaceful. Although this may be difficult given rising tensions between the West, Russia and China.
Adam Savage Hitches Rickshaw to Four-Legged Spot Robot
June 21, 2020This is another video which has absolutely nothing to do with politics, but I’m putting it up simply because it’s fun. In it, Adam Savage, the engineer and Science Fiction fan behind Mythbusters, builds a joint for Boston Dynamics’ Spot robot so he can hitch a rickshaw he built for himself to it. Boston Dynamics have developed a series of robots, some of which are humanoid and bipedal. They produced another quadrupedal robot, Big Dog, as a carrier for the American army. However, the programme was cancelled because the robot’s electric motors produced too much noise for it to be used in combat, as this would have alerted the enemy to the soldiers’ approach.
Savage says of the rickshaw he built, that it was originally going to be very brightly coloured after the Indian vehicles. When he came to build it, it became darker, and much more European so that it had a Steampunk look. Steampunk is the type of Science Fiction that imagines what would have happened if the Victorians had really developed the kind of technology in the early SF of H.G. Wells and Jules Verne, and had space and time travel and computers. One of the founding books of this genre was William Gibson’s and Bruce Sterling’s The Difference Engine, which is set in a Britain where Lord Byron has led a revolution and is now the head of government and Charles Babbage’s pioneering early mechanical computer, the Difference Engine of the title, has been built.
The Spot robot itself is semi-autonomous. As Savage has shown in previous videos, it can be operated by remote control. However, it recognises and avoids obstacles, and so it’s impossible to steer it into a brick wall. It will just stop, or try to go round it. When Savage and two other engineers and technicians are testing how it performs with the rickshaw attached, the robot comes to a halt on a slope. This is because it doesn’t realise that it needs to put in more power to pull the rickshaw up it, and so the two technicians work on its software so that it can correctly assess the force it needs and perform accordingly.
The robot and rickshaw together really do look like something out of Steampunk SF, or the 19th century SF art of the French author, Jacques Robida. Or even a scene from the Star Wars’ galaxy, which similarly mixes high technology – spaceships, robots and landspeeders with very low-tech forms of transport like animals. The fact that this is reality in 2020 shows that we are living in an age of SF.
Time Travel Tale of Scientists Warning of Ecological Collapse: Gregory Benford’s ‘Timescape’
May 10, 2019Gregory Benford, Timescape (London: Victor Gollancz 1980).
Julian, one of the great commenters on this blog, has asked me to do a review of Gregory Benford’s time machine book, Timescape. I read it a few years ago, having bought the 1996 edition, over a decade and a half after it was first published. It is just a bit dated now in its prediction of life in 1998, but still well-worth reading if you’re into physics and hard SF.
Benford, the ‘Galactic Centre’ Novels and Timescape
Gregory Benford is an American astronomer and hard SF writer. He’s probably best known for his ‘Galactic Centre’ series of novels. Set thousands of years in the future, this is about the last remnants of humanity battling for survival against a ruthless and almost overwhelmingly superior machine civilisation, the Mechs, at the centre of the Galaxy. Hard SF is the type of science fiction that tries as far as possible to keep to established scientific rules. Such as, for example, the inviolability of the rule of Relativity, so that there are no Faster Than Light drives taking humans to the stars in a matter of hours, days or months rather than years. But that doesn’t mean ruling out other scientific advances, like time travel. Several of the ‘Galactic Centre’ novels are set in an artificial environment within the Black Hole at the centre of our Galaxy, where careful engineering by alien creatures formed of pure magnetism have merged two Black Holes to form an artificial environment of warped space time, within which humans and organic aliens are able to seek sanctuary from the Mechs. The curvature of spacetime and stress cracks within it in this environment allow the inhabitants to travel backwards and forwards in time. One of the novels features the adventures of a modern human family, who are forced to flee forward in time as the Mechs invade, almost to the end of time itself.
Brief Synopsis
Timescape doesn’t go that far, and is very firmly set in the recent past, and near future according to the time it was written. It’s the tale of two scientists and their friends, Gordon Bernstein and his fellows at CalTech in 1963, and Gregory Markham, an American scientist and his friend Markham, at Cambridge Uni in 1998. Bernstein is a young graduate student, who detects strange signals from an experiment he and his fellows are running, signals that he gradually begins to realize cannot be explained as just random noise or the product of background radiation. In 1998 Markham and Renfrew are working on ways to generate tachyons, faster than light subatomic particles that will travel back in time through bombarding iridium with high energy particles. They hope that by creating such particles, they may be able to use them to send a warning to the past.
The Earth in this very near future is dying. The ecology is collapsing through a deadly bacteriological bloom that destroys vegetable and animal life. The result is global famine, poverty and social unrest, with food rationing and bands of hostile, violent beggars moving across England. Markham and Renfrew hope they can send a message to the past detailing how the disease can be fought and eradicated in order to save civilisation by preventing the catastrophe occurring in the first place.
Time Travelling Subatomic Particles from Space
The idea of using subatomic particles and quantum physics to contact the past is highly speculative, of course, but not unreasonable. Some interpretations of quantum physics suggest that information is able to move backwards through time, so that events in the future are able to determine the results of certain experiments, for example. There was also speculation in the 1990s that some subatomic particles reaching Earth from despite might be tachyons in origin. I can’t quite remember whether these were a type of neutrino or meson, but the theory was that they were produced by high energy events in space, such as supernovas. This produced tachyons, which traveled backwards in time until they decayed to become neutrinos or mesons or whatever, which were then able to be detected by scientists.
The Connecticutt College Professor’s Time Machine
Also in the 1990s came a plan by a Black professor at Connecticutt Community college to build a real, working time machine. This wouldn’t be able to transport people, just other subatomic particles back into the past. The idea was to create an Einstein-Rosen Condensate of iridium ions. An Einstein-Rosen Condensate is a strange state of matter where a plasma – an ionised gas is supercooled so that its component particles behave as a single particle. This plasma was to be whirled around in a chamber mimicking the spin of stars. Stars are so massive that as they spin, they pull the fabric of space time itself around after them. The effect has been observed around the Sun, providing confirmation of Einstein’s Theory of Relativity. It has been suggested that this effect could be used in the case of extremely massive objects, like Black Holes, to travel back in time. You simply enter the region of space being dragged around by the Black Hole, and then travel in the opposite direction to the local movement of spacetime. This should make you go back in time, it is suggested, and so you should be able to leave that area of space some time in the past, before you entered it. The professors plan worked along similar lines. Electrons would be shot into the chamber in the opposite direction to the circulation of the condensate. This should allow them to travel back into the past. If the scientists running the experiment found a larger number of electrons in the condensate than normal or otherwise explained, before they had started shooting them into it, then it would mean that the electrons had traveled there from the future. Time travel, or at least that possibility of communication between past and future, would be possible.
This obviously got very many people very excited. H.G. Wells’ grandson, who directed the ’90s version of his grand-dad’s classic, The Time Machine, appeared in a documentary telling us that the age of time travel was almost upon us. The experiment was due to be run aboard one of the space shuttles, but I think it must have been cancelled when one exploded, thus grounding the fleet and finally endings its use.
Time and the Weird World of Quantum Physics
Benford warns in his acknowledgements that
Many scientific elements in this novel are true. Others are speculative, and thus may well prove false. My aim has been to illuminate some outstanding philosophical difficulties in physics. If the reader emerges with the conviction that time represents are fundamental riddle in modern physics, this book will have served its purpose.
Which must be one of the rare occasions when a scientist writes a book to show how mysterious and incomprehensible a scientific phenomenon is, rather than how it can be grasped and understood. This famously applies to quantum physics. As one prominent scientist said of this subject, you don’t understand it, you just get used it.
Science and Society in the ’60s and ’90s
As you’d expect, there’s a lot of physics in the book, though none of its so hard that only physics graduates, let alone the late Stephen Hawking, would be the only people that understand it. And the book does an excellent job of showing what it must have been like doing physics at an advanced level in the early 1960s and the beginning of the 1980s. Gordon Bernstein, the hero of the early years, is a New York Jew, whose girlfriend, Marjorie, is a Conservative gentile. As his investigations proceed, he first believes that the signals are messages from space before coming to understand they’re from the future instead. He faces scepticism and opposition from his colleagues and academic supervisors, and risks being failed and his academic career and research terminated. as he goes on and his theories become public, he suffers from the attentions of the press and a procession of cranks, who traipse through his office door offering their own weird theories. I think this is a common experience to many astronomers and cosmologists. I can remember reading a comment by one such scientist that hardly a week went by without him receiving in the mail letters from people explaining their ‘theory of the universe’. At the same time, Bernstein’s relationship with his girlfriend also comes under pressure. His family don’t approve, and would like him to marry a nice Jewish girl instead. There are also political disagreements. Penny and her friends fully support the Vietnam War, views that aren’t shared by the liberal Bernstein. But in a twist, it’s Penny who understands that the waiters at their favourite restaurant are gay, is comfortable with that fact.
Back in Blighty in 1998, Markham’s and Renfrew’s backgrounds are solidly middle class. This is still a world where women were expected to stay home and cook, and the aristocracy still wields power and influence. A society in which entitled public school boys shout their food and alcohol choices in the local pub in Latin. It’s a world in which Markham is an outsider, and resents the privilege and condescension of the upper class Brits among which he moves.
Timescape and ’70s Fears of the End of Civilisation
Like much near-future SF, the book’s now dated. 1998 is now twenty years ago, and fortunately civilisation has not collapsed. Not yet. The book was partly a product of the sense of crisis in the 1970s, when many people really did fear the end of civilisation through industrial and social unrest and ecological collapse. It was predicted that overpopulation would result in mass famine, while the resources would run out and the Earth itself become uninhabitable through massive pollution. Fortunately, this hasn’t happened. Not yet. But there is still a real danger of global civilisation collapsing through irreversible ecological damage from climate change and pollution, and algal blooms are poisoning the water in some parts of the world. Despite it’s age, the book thus remains acutely relevant.
Social Change and the Rise of Domestic Computers
In other respects, the book as a prediction of the future hasn’t worn quite as well. The advance of feminism in the 1980s and ’90s meant that traditional gender roles were breaking down as women sought careers outside the home. By 1998 there was the expectation that both partners in a relationship would be working, and the old domestic arrangement in which women looked after children and the home and were supported by their husbands was seen as anachronistic. At the same time, he also doesn’t predict the advances in information technology that has produced the home and personal computers or mobile phones. There is, however, a machine called the Sek, which is a type of answerphone and database, if I recall correctly.
Conclusion
These differences between the book’s expectation of what the ’90s would be like and the reality actually don’t make much difference to the enjoyment of the story. Science Fiction tends not to be very good at predicting the future. If it was, then humanoid robots with a comparable level of intelligence and genuine consciousness, like Star Wars’ C3PO, would be in every home and we would already have colonies on the Moon, Mars and Earth orbit. We don’t have any of that. But we do have personal computers, the internet and mobile phones, as well as a variety of industrial machines, which weren’t predicted. Many SF novels still remain worth reading even though their predictions of the future, or the contemporary present in which they were set, are dated. These include such classics as those of H.G. Wells’, Jules Verne, John Wyndham and so on. What matters in the story and the writer’s ability to create a convincing, fascinating world, which Timescape does.
While some of its details are inaccurate, this is still a readable, gripping story with a solid base in plausible science, and whose warning about environmental decline is, horrendously, just as relevant now as it was when it was first published in 1980.