NAUKA I KVAZINAUKA (izvorište inspiracije za mnoga SF dela) > TEHNIČKE NAUKE, SAOBRAĆAJ, KOSMONAUTIKA

živimo SF

<< < (3/116) > >>

Meho Krljic:
19th Century French Artists Predicted The World Of The Future In This Series Of Postcards 

--- Quote ---
If you’ve ever struggled to imagine how life will change over the next century thanks to technology, take comfort — you’re not alone. Over 100 year ago, some French artists tried to do the same thing.
  French science fiction novelist Jules Verne During that time, one of the most influential science fiction writers ever had been busy letting his imagination run wild with all the possibilities that the age of science was opening up. That writer was Jules Verne, whose collection called Voyages Extraordinaires contained 55 novels, including the well known  ”20,000 Leagues Under The Sea” and “Around The World In 80 Days”. He even wrote a short work imagining what life would be like a millennium in the future called In The Year 2889.
Verne’s stories were popular among the French, and their imagination swooned with the endless possibilities of the future.
Starting in 1899, a commercial artist named Jean-Marc Côté and other artists were hired by a toy or cigarette manufacturer to create a series of picture cards as inserts, according to Matt Noval who writes for the Smithsonian magazine. The images were to depict how life in France would look in a century’s time, no doubt heavily influenced by Verne’s writings. Sadly, they were never actually distributed. However, the only known set of cards to exist was discovered by Isaac Asimov, who wrote a book in 1986 called “Futuredays” in which he presented the illustrations with commentary.
What’s amazing about this collection is how close their predictions were in a lot of cases, and how others are close at hand.
To begin, technological strides were made in electromagnetism and wireless communication that led to the invention of the telephone and radio during the latter decades of the 19th century. To the artists, these technologies must play an important part in the future, so a machine was imagined that would transcribe spoken language into print, something that automated audio transcription services like Dragon Dictate or voice recognition with Google Search now make possible:

Another card shows video calls imagined from the technology of the day (a projector), but functionally the same as Apple’s FaceTime, Google Hangout, or any other standard video conferencing software:

Other types of advances in projection were expected as well, allowing microscope or telescope images to be much more visible. While projection technologies like these were developed, today digital instruments and monitors are the workhorses for microscopy:

In light of the Industrial revolution that occurred in France in the early part of the 19th century, automation would have been rife with possibilities. Among the collection, personal automatons — or robots as we call them — showed up prominently. Clearly, the artists felt they would be a big part of the future, taking care of many of the mechanical tasks used in daily life, such as robot barbers:

For women, the vision was more extensive, including an all-in-one robotic make-up artist and hairdresser:

Technological advances in robotics is seriously on the move, so while we have robots to wash hair, service bots in hospitals and cleaning bots like the Roomba to help in small ways, bots to take care of all our personal needs are probably only years away. Whether we’ll have a robot that can custom tailor clothes for us at will, as shown in the following illustration, is debatable, however:

One card shows all the instruments of an orchestra being controlled by the conductor, which isn’t too far off from the robotic instruments designed by Festo:

But the scope of using machines to do work wasn’t seen to be limited to smaller scale activities. Why not use machines to allow a single person to construct buildings? We aren’t there yet, but recent advances in 3D printing almost beg for houses and other buildings to be printed out, if the technology could be worked out.

The artists also imagined how robots would have an even bigger impact on society, as in helping farmers plow fields. Robots on farms are on the rise, as bots have been developed to milk cows, pick only ripe strawberries, and even kill weeds.

The possibilities of science must have seemed endless, and technologies that would fundamentally change society would seem all but likely, as in one illustration that shows books being ground up and fed directly into the ears of schoolchildren. While it may seem a bit to Matrix-like to become a reality, one could argue that this is fundamentally what an audiobook is or what the Internet does with information. We may not be at the point where information is fed directly into our brains, but reality isn’t that far off.

In what some French people might consider an abomination, one illustration depicted the modern kitchen as a place of food science. While synthetic food in commercial products is sadly more common today than we’d like to admit (sorry Easy Cheese lovers, but I’m calling you out), the rise of molecular gastronomy in fine dining has made food chemistry a modern reality. It may seem like food science has its limitations, but one only needs to consider efforts to grow meat in a laboratory to see how far technology may go.

As incredible as it is that Côté, Villemard, and others were able to envision some of our modern technologies, one would expect more misses than hits. They are, after all,  making fantastical predictions about technological progress over a century’s time, and it’s challenging to be accurate (unless you are Ray Kurzweil).
Making predictions in the shadow of Verne’s body of work, one would take for granted that the sea and the air would be open to all.
For instance, the artists were fascinated by the possibilities of flight. This makes sense, considering that powered gliders were in development during the 1890s, the first Zeppelin was being constructed in 1900, and the Wright brothers made their historic flight in 1903. But personal flight was envisioned to be much more integrated into daily life, envisioning that wings would help people do all sorts of things like delivering mail…physics be damned!

Air transport was also imagined, and though they didn’t quite capture modern air travel, they weren’t too far off:

The artists also seemed to believe that people would be interacting with ocean life as a part of their daily lives, perhaps because of 20,000 Leagues Under The Sea. Everything from fish races complete with jockeys to travelling underwater by whale were seen as inevitable. It’s sad that the ocean is still such a mystery, but perhaps Google’s efforts to allow underwater exploration in Google Maps will begin to help:

Finally, there are some illustrations that we look at today and know they are bad ideas, such as rapid biological development of eggs into chicks:

Or using radium in the fireplace to warm a house:

Imagining the future is vital to progress, as it means technological advances are the result of deliberate efforts to make ideas reality, rather than simply humans reacting to their surroundings like animals. These illustrations are a testament to a handful of very creative artists who tried to bring a vision of the future to the masses.
How unfortunate that the people of the time never got to seem them.
 

--- End quote ---

Father Jape:
Ovo uopšte nije toliko impresivno za 1899. godinu, tj. praktično početak 20. veka. Imali su valjda ljudi još luđe i tačnije premonicije i pre toga.

Meho Krljic:
 :cry: :cry: :cry: :cry:
 
Hacked terminals capable of causing pacemaker deaths
 

--- Quote ---
IOActive researcher Barnaby Jack has reverse-engineered a pacemaker transmitter to make it possible to deliver deadly electric shocks to pacemakers within 30 feet and rewrite their firmware.
The effect of the wireless attacks could not be overstated — in a speech at the BreakPoint security conference in Melbourne today, Jack said such attacks were tantamount to “anonymous assassination”, and in a realistic but worse-case scenario, “mass murder”.
In a video demonstration, which Jack declined to release publicly because it may reveal the name of the manufacturer, he issued a series of 830 volt shocks to the pacemaker using a laptop.
The pacemakers contained a “secret function” which could be used to activate all pacemakers and implantable cardioverter-defibrillators (ICDs) in a 30 foot -plus vicinity.
Each device would return model and serial numbers.
“With that information, we have enough information to authenticate with any device in range,” Jack said.
In reverse-engineering the terminals – which communicate with the pacemakers – he discovered no obfuscation efforts and even found usernames and passwords for what appeared to be the manufacturer’s development server.
That data could be used to load rogue firmware which could spread between pacemakers with the “potential to commit mass murder”.
“The worst case scenario that I can think of, which is 100 percent possible with these devices, would be to load a compromised firmware update onto a programmer and … the compromised programmer would then infect the next pacemaker or ICD and then each would subsequently infect all others in range,” Jack said.
He was developing a graphical adminstration platform dubbed “Electric Feel” which could scan for medical devices in range and with no more than a right-click, could enable shocking of the device, and reading and writing firmware and patient data.
“With a max voltage of 830 volts, it's not hard to see why this is a fairly deadly feature. Not only could you induce cardiac arrest, but you could continually recharge the device and deliver shocks on loop," he said.
Jack said his goal was not to cause harm, but to help manufacturers secure their devices.
“Sometimes you have to demonstrate the darker side," he said.  Copyright © SC Magazine, Australia

--- End quote ---

scallop:
Pa, šta ja sad da radim? :-?

Meho Krljic:
Ne znam  :(  Ovo je zastrašujuće.

Navigation

[0] Message Index

[#] Next page

[*] Previous page

Go to full version