“A generation that cannot stand boredom will be a generation of little value”

Before we get into philosophical matters, let me ask you a personal question: When was the last time you got on a train, no matter if it was an AVE or the subway that takes you from home to the office? And what did you do during that trip? What were the rest of the passengers doing? I don’t know the first answer. Regarding the other two… it is quite likely that I will be right because they will coincide with what I myself do when I travel: I take out my phone, read the news, open Instagram, browse TikTok, X… Anything to distract myself. Is the most normal No? The same thing happens when we are in the dentist’s waiting room, we wait our turn at the butcher shop, we wait for our son to get out of the pool or we are simply in the elevator that takes us from the hall to the floor where we live. We look for stimuli, a quick way to fill our attention. The opposite would be almost counterintuitive because, after all, who would choose to be bored when they have unlimited distractions in the palm of the hand? Who wants to be bored? Networks and cell phones may be relatively modern inventions, but the ‘allergy’ to boredom is not. Neither the debate about the place it occupies (or should occupy) in our lives. In fact, a few decades ago, one of the most prominent and media thinkers of the 20th century, the British philosopher, logician, mathematician and writer, was already reflecting on this matter. Bertrand Russell. Throughout his prolific career Russell delved into the highest terrains of mathematical theorybut he also wrote a huge number of articles and essays on topics much closer to the asphalt, with titles as suggestive as ‘Why I’m not a Christian’ (1927) or ‘The conquest of happiness’ (1930). In one of his many memorable lines he left a phrase precisely about idleness and boredom that today sounds with a special force. So much in fact that every so often it sneaks in articles about psychology or in those proverb collections philosophical ones that then tend to populate the footers of the agendas. The phrase in question says: “A generation that cannot stand boredom will be a generation of little value.” A whole plea in favor of torpor that is reminiscent of the proclamation of another great intellectual of the 20th century, Miguel de Unamuno, who in his day also confessed to appreciating boredom. “something sweet and calming”. But… What the hell does Russell mean by a “low-value generation”? Is it so important to know how to be bored? At the end of the day, Europe at the beginning of the 20th century in which he lived is one thing and our hyperconnected world, that of TikTok, Spotify and Netflix, is another. What sense does it make to tolerate boredom in an era in which production, efficiency reign, and in which there is no pocket without a cell phone? Should we cross our arms on the subway instead of take out the smartphone and see how our cousin is doing on his vacation, read the latest Xataka posts or watch videos of kittens on TikTok abandoned to the pleasure of scroll infinite? Today we know that Russell I was not wrong. At least if we base ourselves on the observations carried out a few years ago by Dr Teresa Belton, from the University of East Anglia, who already in the 1990s began to explore how television was affecting the development of children. It wasn’t the first. Their work was supported in turn in other previous studiessuch as macro research conducted in the 1980s in Canada that found that children raised in communities without TV obtained higher scores in “divergent thinking skills,” an indicator of their imagination. That advantage disappeared as soon as the small screen came into their lives. What did Belton verify? Basically, despite the ‘bad press’ of boredom, there are certain professionals who claim that boredom has played a key role in their creative development, both in childhood and in adulthood. As an example, he quotes Meera SyalEnglish writer, playwright and actress. “Boredom led her to keep a diary, and this is what she attributes her career to,” explains the researcher. Another example he presents is that of the neuroscientist and writer Susan Greenfieldwho is also convinced that the time she spent as a child with no other occupation than writing and drawing laid the foundations for her career as a student of human behavior. “You don’t need to have a special talent. You just let the mind wander from time to time seems important for mental well-being and functioning. One study has even shown that if we do some simple, undemanding activity, the wandering mind is more likely to generate imaginative ideas and solutions to problems,” reflect in The Conversation. “It’s good to help children learn to simply enjoy leisure, and not grow up with the expectation that they should always be active or entertained.” “Children need time to stop and observe, time to imagine and develop their own thought processes or assimilate their experiences through play or simply observing the world around them,” comments Belton. before warning that screens can “short-circuit” that process and the development of creativity. In one of his articles he even remembers “flow” concept coined by the psychologist Mihalyi Csickzentmihalyi, something that can also be transferred to adults who like to escape by taking out their cell phone in the subway or elevator. “Paradoxically, this attempt to avoid boredom can result in a kind of dissatisfaction that is experienced as boredom,” comment. “He flow is the satisfying feeling of total absorption that we obtain when we concentrate on an enjoyable activity, over which we have control, but which tests our ability. Climb, write, solve equations or assemble furniture. But if our skills are greater than those needed for that activity, such as casual use of the Internet, the … Read more

repeating tasks until boredom

Despite the great achievements that They have been harvesting some humanoid robots In recent years, in terms of the naturalness of their movements and household chores, they are still green enough to be put on sale to the mass public. Firstly because of the price, and secondly because what they say they do, they still do little effectively. teaching. In China they have already realized that, in order for them to be as effective as we hope, we have to teach them how to do things. In this sense, the country has already launched a network of more than 40 public training centers where human workers, equipped with virtual reality headsets and motion sensors, repeat everyday actions hundreds of times a day such as opening a microwave, folding clothes or tightening screws. The objective is none other than to generate the movement data that humanoid robots need to learn to perform these tasks autonomously. National priority. The Chinese government has identified embodied artificial intelligence, which is AI in physical form, as a national priority, which has sparked a wave of investment in robotics. The country is already home to more than 150 companies dedicated to humanoid robots and seeks to position itself as a world power in a sector that Goldman Sachs esteem could reach $38 billion in 2035. Why do they need so much human data. Unlike large language models, which are trained with texts available on the Internet, robots require much more complex data sets: visual information, joint movements, rotations and adaptations to unpredictable environments. And, just as they explain Since Rest of World, this information cannot be easily extracted from the web. Chinese local governments are addressing this shortage with state-funded facilities, typically built by public administrations and operated by robotics companies. How training works. The middle highlights the case of Kim, a 20-year-old computer science student who works as a trainer at a startup in Shanghai. “We call ourselves cyber workers. It’s a decent job, if a little boring,” according to account to the middle. In the country’s largest training center, located in the Shijingshan district of Beijing and developed in collaboration with the Leju company, they work with 1.66 meter high “Kuafu” robots. Just like explains In the middle, each robot is assigned two human trainers who, using motion capture devices, record between 200 daily action sequences. An example: Teaching a robot to place a frying pan on a stove required 1,250 repetitions, according to details People’s Daily Online. The spaces where robots “study”. The most complete installations replicate real-world scenarios on a full scale. These can range from automobile assembly lines and logistics warehouses to domestic kitchens and bedrooms. The Beijing center occupies more than 10,000 square meters and offers 16 specific scenarios, including environments simulating automobile factories, smart homes and nursing homes, as exposes the middle. At another facility in Hubei province, nearly 100 human-controlled humanoid robots practice movements such as ironing or wiping tables hundreds of times a day. “It’s like teaching children to walk with a lot of practice,” counted a spokesperson for the project spoke to the media. It is not the most efficient method. Several robotics researchers still debate whether recording human movements, a laborious and slow process, is really the best way to create fully intelligent robots. Ken Goldberg, a robotics researcher at the University of California at Berkeley, declared to Rest of World that this is “a noble effort and there is a lot of hope right now that this will work, but it is slow. Even if you have hundreds of people working, it will take a long time to get enough data.” Yesovercapacity. China’s National Development and Reform Commission issued a warning in November about the risks of a bubble in the humanoid robotics industry. Marco Wang, analyst at Interact Analysis, account told Rest of World that “there are some potential bubbles” because the model may generate overcapacity. While mass commercial use still seems distant, some of the largest orders come from the public sector, such as the case of the company UBTech Robotics, which sold humanoid robots worth $80 million to three data collection centers in China, according to account the middle. The first “graduated” robots are already working. Robots trained at these centers have acquired more than 20 operational skills, with success rates greater than 95%, according to they count from People’s Daily Online. Some are already deployed, handling materials at factories for state-owned automaker China FAW Group, working as couriers for Shenzhen Capital Group or carrying out inspections at electrical facilities. Images | Shijingshan Robotic Center In Xataka | China is winning the humanoid robot race. The problem is that this race doesn’t really exist.

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