
27Telepathy· Journalists Team
Universal Mind Control
// A story from 2051
By Jean-Christophe Detrain
December, 2051. As usual, Sarah is quite late for the family's New Year's Eve dinner. She’s always racing against time to meet a work deadline. Luckily, what in other times might have been a complicated logistical ordeal is now managed with childlike simplicity. Sarah activates her Subcutaneous Personal Assistant (SCPA), a discreet little chip located just under the skin on her forearm. This feature allows her thoughts to be transposed into commands. Her report will be ‘typed’ for her and sent to her team in the Sydney office well before they start the workday, allowing Sarah to make up some valuable time while showering.
While she brushes her hair, Sarah frowns at her reflection in the mirror. She’s looking pale. Too many hours spent at her desk recently. The mirror instantly redirects her to a quick makeup tutorial, which helps put just the right amount of colour into her cheeks to give her a healthy glow.
As a final preparation, Sarah puts on an outfit pre-selected for her by her AI personal assistant (according to the context of the dinner and the mood of the day, of course). She has been feeling slightly premenstrual recently – with a bit of water retention – and is therefore relieved to see that the outfit chosen is flattering around the waist.
As she puts on her shoes – and simply by deciding it’s almost time to leave – she is simultaneously ordering an autonomous vehicle to take her to her destination. No need to ask her where she wants to go: the "virtual taximan" has already accessed her diary and address book, knows where the journey will take her and can already plan the ideal route.
On the way, Sarah remembers it’s her best friend Amber’s birthday. A few seconds later, Amber pops her a message from New York to thank her for the gorgeous flowers. She takes the opportunity to order a last-minute bottle of wine, which will be delivered by drone directly to her parents' home. She didn't even have to specify the grape variety; the shopping assistant spontaneously asked about the meal prepared by Sarah's mother and chose the wine that would perfectly match the main course. In a few more minutes, she will reach her destination.
The route chosen by her vehicle decides, seemingly on the spur of the moment, to take her past her childhood home. This is of course, no accident. The house is now for sale, and Sarah has been feeling nostalgic about it for the entire day – tempted to buy it herself. The garden would be perfect for her son, Seb. She has been speculating how the neighbourhood looks these days. And optimised by the data transmitted in real-time by users of the surrounding roads, the car gives her a glimpse of what has been happening recently, which restaurants are still in business, and how the park looks lately. Thankfully, it’s not far out of her route and the car, making up time, still allows her to catch up the few minutes she lost earlier. On the way, Sarah enjoys a quick game of Fortnite 2050, checks her emails, responds to her team’s questions regarding her report, and replays moments from Seb's last basketball game in subjective view. Satisfied with her child’s performance, she mentally swipes this retrospective into the family virtual space, so that she can proudly share it with the other dinner guests.
When she reaches her parents’ house, her mother greets her at the door, looking worried. She explains that Sarah’s younger sister has once again brought home an unexpected guest, and she is concerned that the supper will not be enough to feed everyone. Sarah smiles and greets her mother. A few seconds later, the drone bearing the bottle of wine arrives, with an extra pack of groceries to match the dinner ingredients. Problem solved.
The evening promises to be beautiful.
// The science behind it
The age of the Ubernet
Although the notion of “augmented humans” is not new (people were already wearing glasses in ancient times), the idea of a fusion between human beings and machines only takes off for real at the beginning of the 21st century. After a transitional period during which connectivity between people existed exclusively through mobile devices, which were becoming smaller and smaller, the creation of neural implants and the advent of nanotechnology made it possible to integrate these interfaces directly into our brain. This has replaced the 'wearables' and augmented reality of yesteryear with a permanent, internalised state of connection, transforming the human being into a real, connected hub.
This convergence between the digital and physical worlds, coupled with a considerable expansion of the Internet, has led to the creation of what is now called the Ubernet. This vast network, which will lead to the complete digitisation of our relationships, collects and processes the personal data of billions of people every second, and through dedicated algorithms, designs real-time applications to improve their life experience.
A global interconnection and an endless stream of information, analysed and processed by dedicated software embedded directly in our synapses, have gradually enabled us to perceive the physical world with greater acuity. We no longer need a device to connect to the rest of the world; yesterday's Internet is now part of us, and gives us instant access, without any external artifice, to an almost unlimited source of information. The human is no more. Welcome, connected super-human.
Now, in the mid-21st century, we consume music, movies, TV series, or sports events via nanometric devices that interface directly with our optical and auditory nerves; we can easily access our memories, delete those we consider superfluous or painful, share pleasant anecdotes with our loved ones, all in the form of raw moments that we can revisit in an emotional way, and no longer only through verbal communication.
A large part of our professional and human interactions now goes through the Ubernet, passing from brain to brain, intuitively, without any regard to the distance that separates them. This new promiscuity has, of course, led to a fundamental change in the way we now conceive of our relationships with others. Once generally doomed to failure, mainly because of the lack of physical proximity, long-distance relationships are now thriving like never before. But this is not the only example – all the relational aspects that underpin our civilisation have been transformed.
Supreme intelligence
Permanent and intrinsic hyperconnectivity in this new social context will also lead to a gradual transformation of the way our society works. This "collective intelligence", which now allows instant and transparent information sharing, will lead to a better understanding of others’ situations, of the world around us, and of the behaviours that drive us. And overall, to a better understanding of other cultures, and a more positive and empathetic relationship between peoples.
Political awareness will increase ten-fold, and this new paradigm will facilitate the emergence of new global communities around common interests. In some cases, these communities may reach the status of virtual states, no longer based on geographical limits, but on shared affinities, whatever their nature.
This does not mean that our civilisation has achieved total harmony. At least, not yet. Accessing these technologies – and the Ubernet in general – have not yet overcome the usual economic disparities. There is still a significant number of people in the world who can’t access the Ubernet and are forced to evolve in a kind of disconnected underclass. The gap between the poor and the rich still exists, and the most pessimistic will probably tell you that it’s unfortunately not going to disappear any time soon.
Moreover, despite the incredible technical progress made in recent years, human nature has not changed completely yet. We are currently seeing an increase in abusive behaviour (cyberbullying, blackmail), which we can undoubtedly attribute to the youth of this new technology. In addition, the compromises made about privacy to benefit from this new collective intelligence are still a stumbling block between those who are in favour of more transparency and sharing, and those who are still reluctant.
However, the promises of neural implants, combined with artificial intelligence and data collection, are tempting. We can dream of a day when – thanks to an advanced knowledge of quantum mechanisms – we will be able to control things by thought. Scientists at the beginning of the 21st century already envisaged this in theoretical form, but reality could quickly catch up with these old fantasies.
We are also not far from being able to digitise our consciousnesses, a giant step that would allow humans to exist outside the physical limits of the human body. Access to some form of immortality, through the digital transfer of the mind into a new android vehicle, will undoubtedly be the biggest revolution our species will experience. An ultimate form of transhumanism that would allow us, for example, to travel at the speed of light and conquer new exoplanets by downloading our consciousnesses into new bodies at the end of the journey. The Ubernet to conquer the Universe!
This complete dematerialisation of the human being may still be science fiction today, but it would be dangerous not to take it seriously. The increasingly important role played by modern communication networks in our daily lives (social networks and others) has already led to deep changes in our society, with an impact many people don’t fully understand.
If this revolution of a collective consciousness happens, it is likely to be far more disruptive than anything we’ve experienced before, and it would be dangerous not to properly prepare for it. With the miniaturisation of connected devices accelerating exponentially, the popularisation of nanotechnology and neural implants is just around the corner. And with them, the promise of radical changes in the way our society works.
If we don’t pay attention, there is a risk that a fringe of the population (if not almost all of it) will not be able to adapt quickly enough and in a relevant manner to the challenges that these new global and intricate networks will raise in the future. The best guarantee not to miss this civilisational shift, and to anticipate these drastic changes accurately, is to pave the way for this new paradigm of absolute connectivity as of today. If we wait for these new tools to be democratised before tackling the inevitable questions they’ll raise, it’ll probably already be too late.
// Sources & further reading
- https://now.northropgrumman.com/are-telekinetic-powers-the-next-step-in-human-evolution/now.northropgrumman.com
- https://www.researchgate.net/publication/273792989_From_the_Internet_of_Things_to_the_Internet_of_Peopleresearchgate.net
- https://www.discovermagazine.com/the-sciences/telekinesis-and-quantum-field-theorydiscovermagazine.com
- https://www.bbvaopenmind.com/en/articles/the-impact-of-the-internet-on-society-a-global-perspectivebbvaopenmind.com
- https://www.infineon.com/cms/en/discoveries/internet-of-things-2030/infineon.com
- https://cs.stanford.edu/people/eroberts/cs181/projects/personal-lives/debate.htmlcs.stanford.edu
- https://en.bitcoinwiki.org/wiki/Internet_of_Peopleen.bitcoinwiki.org
- https://www.theguardian.com/technology/2015/may/25/forget-internet-of-things-peopletheguardian.com
- https://www.businessinsider.fr/us/china-social-credit-system-punishments-and-rewards-explained-2018-4businessinsider.fr