logo
It is time for India to ban smartphones in schools and colleges like Finland has

It is time for India to ban smartphones in schools and colleges like Finland has

India Today05-05-2025

First, it was all anecdotal. Over the years, as I have interacted with more and more people, I have come to believe — and I am using the word believe because this can also be construed as old-man-yells-at-moon — that young people seem to lack certain skills. And when I say skills, I am talking about work-related skills.I have noticed that, generally, young people are poor readers, not just of books but also anything that has printed text. They have difficulty with abstract ideas. They rarely notice subtext. They are mostly low on irony and sarcasm — likely because of their issues with subtext — and they struggle with problem-solving. Now, I am not throwing shade on Gen-Z and Millennials. They also have positive qualities in them, the kind of qualities that in certain cases, cover them in glory. But this piece is not about what Gen-Z and Millennials lack or what they have. Instead, it is about smartphones.advertisementWhat was anecdotal a few years ago is now increasingly turning empirical in 2025. Study after study reveals that people in the world, young and old alike, but the young in particular, are no longer that good with text, numbers, ideas and attention span. Some of these findings were recently covered by The Financial Times in an article titled 'Have humans passed peak brain power?' The article brings facts and figures to a feeling and notes that, since 2010, the cognitive decline among humans is real and not imagined. In general, we can no longer process numbers or read and comprehend in the same way as we used to do 30 to 40 years ago.
Oddly, and encouragingly, The Financial Times article did not reach a conclusion that humans have biologically lost their mental faculties. Instead, it blamed the decline on the world we live in. 'The good news is that underlying human intellectual capacity is surely undimmed,' John Burn-Murdoch wrote in his piece. 'But outcomes are a function of both potential and execution. For too many of us, the digital environment is hampering the latter.'advertisementIn other words, our cognitive decline is the result of screen-time. Since 2010 — that is when smartphones arrived in the scene — it seems that screen-time has gone up and our ability to read text and numbers has come down.This is probably the reason why countries have started taking note of smartphones and the havoc they seem to have been wrecking on people's minds. Given their ubiquity — and I must add a degree of usefulness — it is not possible for them to disappear from our lives. But countries have started limiting their usage wherever they can. Finland is the latest to do so. Its parliament passed a new law a few days ago, banning smartphone use in classrooms. The Netherlands is another country where similar rules exist. Italy, too, has done so and ditto for Brazil. At the same time, a number of countries have partial or conditional restrictions on smartphones in schools.It is high time India too comes out with a proper regulatory mechanism and guidelines to ban smartphones in schools. Ban — that word again which I dread. This necessitates that I must explain myself a bit.I do not want a ban on smartphones in schools and colleges because youngsters might use them to scroll through reels, or watch pornography, or share lascivious clips, or might use them to cheat in exams, or may end up playing violent video games, or might end up impacting their privacy because of the cameras and microphones in their phones. My reasons are not the reasons that one calls puritanical. I do not care about the prudishness or culture or 'corruption' of young minds. A ban is not even needed to keep children 'safe'. There are other ways to keep them safe. These are bad reasons to ban something.advertisementMy reason for suggesting a ban on smartphones is purely and plainly about what these devices are doing to our mental faculties. The world created by smartphones is a terrifying place for our brains. There is an information overload for which evolution hasn't wired us. It is this information — mostly junk and low-quality information — that led American writer John Naisbitt to quip decades ago, 'We are drowning in information, but are starved of knowledge.'Smartphones are increasingly leading to a world that Thomas Bernhard — the great hater as he was — presciently called 'stulted' at a time when smartphones did not even exist. Writing decades ago, Bernhard issued a warning against the primacy of images over text. 'The worldwide stultification was set in motion by photographic images and attained its present deadly momentum when the images began to move,' Bernhard wrote in Extinction. 'Humanity has for decades been staring brainlessly at these deadly photographic images and become more or less paralysed. Come the millennium, human beings will no longer be capable of thinking.'advertisementThe millennium has come, and while Bernhard is no longer alive to see the world he predicted, we increasingly get a sense that we are no longer thinking that sharply.A reversal is needed. Brought up feeding and feasting their eyes on screen, children and teens nowadays seem to be losing their sense of the world. And, of the word. Again, I am reminded of a few lines from a writer, although he wrote them in a different context. In Red Birds, Mohammed Hanif writes: 'Without their mobile phones and access to the internet, it was as if they were bats that had lost the use of their ears, and hence their ability to find things as they flew in the dark.'advertisementThis, I believe, is what has happened to all of us — and even more so to the generations that have grown up with small screens always attached to their hands. They are like bats that have lost the use of their ears and radar; now, each time they go out into the world, the noise, the light, and the chaos of it all render them immobile and dazed. They seem lost. We owe it to future generations that we give them the same skills that were given to us decades ago. Or else, we will be losing a little bit of that which made us dream big, create wonders and reshape our destinies.(Javed Anwer is Technology Editor, India Today Group Digital. Latent Space is a weekly column on tech, world, and everything in between. The name comes from the science of AI and to reflect it, Latent Space functions in the same way: by simplifying the world of tech and giving it a context)(Views expressed in this opinion piece are those of the author)Must Watch

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

White Sharks now found in this new US location
White Sharks now found in this new US location

Time of India

timea day ago

  • Time of India

White Sharks now found in this new US location

Source: National Geographic In recent years, shark sightings have increased significantly in areas like New York and Massachusetts. Great white sharks, once rare in these regions, are now frequently spotted in new waters. A recent study tracked dozens of sharks off the Maine coast, confirming a growing population. Researchers attribute this rise to conservation efforts and a rebound in prey species such as seals. As a result, white sharks are now expected to be annual visitors to the Atlantic Ocean near the north eastern U.S. This shift highlights changing marine ecosystems and the importance of continued monitoring and safety awareness along coastal areas. Great white sharks found off the Coast of Maine According to the A-Z-Animals reports, for over a decade, great white sharks have been increasingly appearing off Maine's coast. Initially, it was not a concern, but the trend took a deadly turn in 2020. In response to this unexpected shift, over 100 individual sharks were found at the place, and the researchers published their study in Frontiers in Marine Science. After the first fatal shark attack in Maine's history—off the coast of Harpswell—researchers from multiple organizations, including the Atlantic White Shark Conservancy, the Maine Department of Marine Resources, the Massachusetts Division of Marine Fisheries, and others, collaborated on the study. Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like 5 Books Warren Buffett Wants You to Read In 2025 Blinkist: Warren Buffett's Reading List Undo The data they collected revealed patterns in the presence and movement of great white sharks off the Maine coast. According to Matt Davis of the Maine Department of Marine Resources and the study's lead author, the proximity of sharks to shore and the time of the day they were spotted could be predicted only during the months the sharks were most active. 'We are excited to have this study published and continue to expand our understanding of white sharks in the western North Atlantic and the coastal waters in Marine,' Davis explains. 'This work could not have been done without the collaboration of many researchers and organizations, and we thank everyone involved'. The one point that the study did not discuss was why a great number of sharks are being found off the coast of Maine, and specifically in the Gulf of Maine. Why great white sharks are being found in the Gulf of Maine As great white sharks bulk up in preparation for winter, the Gulf of Maine has become a seasonal home for them. While there are several theories explaining the increase in their population, the exact reason remains unclear. Historically, Maine's waters were thought to be too cold to support a large white shark population. However, due to climate change and warming ocean temperatures, the waters off Maine's coast are no longer too cold for these apex predators. The Gulf of Maine is experiencing unprecedented ocean warming, with surface temperatures rising 97% faster than the global average. Record-breaking temperatures in 2021 and 2022—rising by 4.15°F and 3.72°F, respectively—have created ideal conditions for white sharks. Water temperatures between 55°F and 60°F, combined with a booming seal population, have drawn large numbers of sharks to the area. The seal population, which rebounded from a low of 6,000 in the early 1970s to now includes five diverse species, provides an abundant food source for the sharks. Places where white sharks are traditionally found In the past, only a few great white sharks migrated up to Maine during the summer and fall to feed before heading south for warmer waters in the winter. However, in recent years, there has been a significant increase in their numbers off the Maine coast. Before this surge, great white sharks were more commonly found off the coasts of North and South Carolina and Virginia. Shark attacks in northern waters were rare, as the sharks found ample prey in the Atlantic Ocean further south and had no need to venture north. However, as seal populations have increased off the coasts of New York, Massachusetts, and Maine, great white sharks have followed. This has expanded their range along the East Coast, making their presence no longer unusual, but a permanent fixture in the warmer summer waters of the North Atlantic. Also read| Most expensive Koi fish sold for a worth of $1.8 million; here's what makes the fish so special

First-Ever Auroras on Mars: Stunning pictures captured by NASA's Perseverance
First-Ever Auroras on Mars: Stunning pictures captured by NASA's Perseverance

Time of India

time17-05-2025

  • Time of India

First-Ever Auroras on Mars: Stunning pictures captured by NASA's Perseverance

Image credits: X/@konstructivizm Out of all the planets in the solar system, we have made significant progress in discovering and analysing Mars. The planet, which is 33.9 million miles from Earth, has shown potential signs of ancient life, past water activity, and unique geological discoveries such as elemental sulfur, carbonate minerals and quartz deposits. Now, a rare space weather alignment allowed NASA 's Perseverance rover to capture a glowing streak of green light dazzling above the Jezero crater on Mars. The display was captured on March 22nd, 2024, just some days after a powerful solar eruption struck Mars. It marked the first time an aurora was documented from the surface of another planet. These images confirm long-held predictions about Martian auroras and hint at a spectacle that could possibly rival that of Earth. How were Auroras on Mars captured? On March 15th, 2024, the Sun projected an X-class flare and a coronal mass ejection (CME). Travelling at a speed of millions of kilometres per hour, the plasma cloud carried a swarm of solar energetic particles (SEPs). On Earth, such solar storms create polar auroras by funnelling the charged particles into the global magnetic field. Since Mars lacks such a field, its entire atmosphere glows during such events. NASA X MAVEN Ultraviolet cameras on NASA's MAVEN orbiter had previously shown that SEPs create large, diffuse auroras high above the planet. Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Perdagangkan CFD Emas dengan Broker Tepercaya IC Markets Mendaftar Undo Some models predicted that highly intense SEP storms could stimulate oxygen atoms to emit green light at 557.7 nanometres, which is the same wavelength that gives colours to many of Earth's auroras. To catch such a signal, engineers trained two rover instruments: the Mastcam-Z imager and the SuperCam spectrometer. 'This exciting discovery opens up new possibilities for auroral research and confirms that auroras could be visible to future astronauts on Mars's surface,' said Elise Knutsen, a postdoctoral researcher at the University of Oslo and lead author of the study. A perfectly timed moment Image credits: X/@QuibellPaul While SEP storms are common, NASA has to select the right storm that would be creating the auroras. Thus, the space weather specialists at NASA's Moon to Mars Space Weather Analysis Office monitor solar flares and feed them into computer models at the Community Coordinated Modeling Center (CCMC) to predict when an interplanetary shock will sweep past Mars. This alert is shared with missions in orbit and on the surface. 'The trick was to pick a good CME – one that would accelerate and inject many charged particles into Mars's atmosphere,' Knutsen said. Such an alert was shared on March 15 with MAVEN's space-weather lead, Christina Lee, who broadcast a Mars Space Weather Alert Notification to all active spacecraft. First-ever auroras captured on Mars Two days after the CME crashed into Mars, the Perseverance rover trained its cameras on the dark sky. SuperCam's spectrometer registered a crisp spike at 557.7 nm, exactly the wavelength of Earth's auroras, while Mastcam-Z captured faint emerald lights sweeping overhead. Since Mars, unlike Earth, does not have a global field, its lights are more planet-wide than limited to a certain area. "Perseverance's observations of the visible-light aurora confirm a new way to study these phenomena that's complementary to what we can observe with our Mars orbiters,' said Katie Stack Morgan, acting project scientist for the rover. The study was published in Science Advances.

NASA Rover Observes Aurora On Mars In Visible Light For First Time
NASA Rover Observes Aurora On Mars In Visible Light For First Time

NDTV

time15-05-2025

  • NDTV

NASA Rover Observes Aurora On Mars In Visible Light For First Time

Washington: NASA's Perseverance rover has observed an aurora on Mars in visible light for the first time, with the sky glowing softly in green in the first viewing of an aurora from any planetary surface other than Earth. Scientists said the aurora occurred on March 18, 2024, when super-energetic particles from the sun encountered the Martian atmosphere, precipitating a reaction that created a faint glow across the entire night sky. Auroras have been observed previously on Mars by satellites from orbit in ultraviolet wavelengths, but not in visible light. The sun three days earlier had unleashed a solar flare and an accompanying coronal mass ejection - a huge explosion of gas and magnetic energy that brings with it large amounts of solar energetic particles - that traveled outward through the solar system. Mars is the fourth planet from the sun, following Mercury, Venus and Earth. Scientists had simulated the event in advance and prepared instruments on the rover to be ready to observe the expected aurora. Perseverance has two instruments that are sensitive to wavelengths in the visible range, meaning they detect colors human eyes can see. The researchers used the rover's SuperCam spectrometer instrument to identify exactly the wavelength of the green glow and then used its Mastcam-Z camera to take a snapshot of the softly glowing green sky. An aurora forms on Mars the same way as on Earth, with energetic charged particles colliding with atoms and molecules in the atmosphere, exciting them, and causing subatomic particles called electrons to emit light particles called photons. "But on Earth, the charged particles are channelled into the polar regions by our planet's global magnetic field," said Elise Wright Knutsen, a postdoctoral researcher at the University of Oslo's Center for Space Sensors and Systems and lead author of the study published this week in the journal Science Advances. "Mars has no global magnetic field so the charged particles bombarded all of Mars at the same time, which leads to this planet-wide aurora," Knutsen added. The green color occurred because of the interaction between the charged particles from the sun and oxygen in the Martian atmosphere. While auroras can be brilliant, as often seen in Earth's northernmost and southernmost regions, the one observed on Mars was quite faint. "This specific aurora we observed on March 18th of last year would have been too faint for humans to see directly. But if we get a more intense solar storm, it could become bright enough for future astronauts to see. And with a camera, such as an iPhone, you would clearly see it, rather like how an aurora on Earth is always brighter in images than with the naked eye," Knutsen said. This particular event did not impact Earth. All the planets with atmospheres in our solar system experience auroras. "Various types and wavelengths of aurora have been observed previously from Mars-orbiting satellites. All previous observations have been in the UV, but they have had wildly different shapes. From the global, diffuse aurora we observed now, to discrete arcs and patches near the crustal fields (regional magnetic fields) in the south, and large-scale sinuous shapes," Knutsen said. If astronauts from Earth visit Mars and perhaps establish a long-term presence on the planet's surface, they may be treated to a nighttime light show. "During a more intense solar storm, producing a brighter aurora, I think a sky which glows green from horizon to horizon will be eerily beautiful," Knutsen said. "The aurora will appear as a soft green glow covering more or less the whole sky," Knutsen added. "Dust in the lower part of the atmosphere would obscure some of the light towards the horizon, and if you looked straight up it would also be fainter simply because looking at a slant angle will allow you to see through a thicker section of the atmosphere that is emitting the aurora."

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store