Chilean School Blocks Phones and Students Rediscover Real-World Connections 

A professor passes out cell phone signal jammers to students to place their cell phones into, as part of a pilot program to reduce mobile use during school hours, at Bicentenario School in Santiago, Chile, Monday, Sept. 8, 2025. (AP)
A professor passes out cell phone signal jammers to students to place their cell phones into, as part of a pilot program to reduce mobile use during school hours, at Bicentenario School in Santiago, Chile, Monday, Sept. 8, 2025. (AP)
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Chilean School Blocks Phones and Students Rediscover Real-World Connections 

A professor passes out cell phone signal jammers to students to place their cell phones into, as part of a pilot program to reduce mobile use during school hours, at Bicentenario School in Santiago, Chile, Monday, Sept. 8, 2025. (AP)
A professor passes out cell phone signal jammers to students to place their cell phones into, as part of a pilot program to reduce mobile use during school hours, at Bicentenario School in Santiago, Chile, Monday, Sept. 8, 2025. (AP)

Volleyball, basketball, ping pong, dancing rehearsals or simple chats. Dozens of teens are rediscovering how to reconnect to the real world after a school in Santiago, Chile, implemented a pioneering program in the country that blocks cell phones signals.

Now, instead of compulsively scrolling through their Instagram feeds or sharing choreographed TikTok dances, students spend time at the library, the café or along the several courts of Lo Barnechea Bicentenario school, located in the wealthy district of Lo Barnechea in northern Santiago.

“Breaks are very lively now,” the school’s principal, Humberto Garrido, told The Associated Press.

In order to stimulate bonding among youngsters, the school also put in place a “comprehensive plan that also includes more games in the courtyard, board games in the library, soccer, tennis, basketball, and even championships,” he said.

The program — the first ever put in place in Chile and one of the first in South America — was implemented last month, a bid by the Lo Barnechea mayor’s office to address student well-being in times of hyperconnectivity and help them rediscover real-world connections.

For now, the initiative is being tested only at Lo Barnechea Bicentenario school and applies to eighth-grade students, ages 13 or 14. However, the measure will soon be extended to all grades and gradually implemented in other district schools over the next year.

According to Garrido, Lo Barnechea Bicentenario is the first school in Chile and one of the pioneers in South America to adopt this method, inspired by some successful examples of educational institutions in the United States and as efforts grow in the region to regulate the use of smartphones.

“We are one of the countries where our students spend the most time in front of screens from a young age,” he said.

Students see benefits

On a recent cold, sunny day at the end of winter in Chile, dozens of students patiently lined up before putting their smartphones inside a black case designed to jam signal detection through a blocking magnet that only can be deactivated by the school’s inspectors. They are still able to keep their devices, but are only allowed to text, call or scroll again after school is over.

The first few days of the digital detox demanded some adaptation, but just a few weeks after its launch, the program has been well received by students, teachers and parents.

“I feel freer, I spend more time at recess, I spend more time with my classmates. I play a lot, I play a lot more sports. Before, I used to spend time on my phone, watching TikTok and Instagram,” said 14-year-old José David.

Another student, 13-year-old Francisca Susarte, said that storing her phone in a locker or handing it over to a teacher — as is common in school smartphone bans elsewhere — would have made her anxious.

“With these cases, I feel more comfortable because I still have it and take care of it,” she said.

Smartphone use raises concerns

The most recent international study by the Organization for Economic Cooperation and Development that evaluates student skills in reading, math and science showed that Chile led educational indicators in Latin America but still falls short of the international average.

In the OECD's 2023 assessment, more than half of Chilean students reported being distracted when using digital devices, which exceeds the average.

The mayor of Lo Barnechea, Felipe Alessandri, highlighted that Chilean national exams have also revealed serious deficiencies among the country’s students in subjects such as language, math and critical thinking. The situation, he said, worsened with remote learning during the coronavirus pandemic.

“Today we have children who are experiencing all kinds of problems: depression, anxiety and obesity,” Alessandri told the AP. “When you take away their cell phones, there’s hysteria.”

A 2021 study by researchers at King’s College in the UK found that young people who considered themselves addicted to their cell phones were twice as likely to report symptoms of anxiety and three times as likely to suffer from depression than those who weren’t.

“These devices have been designed to create addiction,” said educator Carolina Pérez, author of the book “Kidnapped by the screens.”

“All scientific evidence indicates that for a smartphone to be used in a healthy way, it must be used by children over the age of 16.”

In addition to the impact on mental health, rampant cellphone use also affects learning, concentration and knowledge acquisition, added Alessandri.

Last month, the Chilean Senate's education committee endorsed a bill seeking to prohibit and regulate the use of digital devices in educational establishments across the country. Following its approval by the committee, the initiative must now be discussed and put to a vote by senators.



Australian Teen Charged Over Sticking Eyes on Artwork

The local council said they could not remove the eyes without damaging the artwork (Facebook/Amelia Vanderhorst)
The local council said they could not remove the eyes without damaging the artwork (Facebook/Amelia Vanderhorst)
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Australian Teen Charged Over Sticking Eyes on Artwork

The local council said they could not remove the eyes without damaging the artwork (Facebook/Amelia Vanderhorst)
The local council said they could not remove the eyes without damaging the artwork (Facebook/Amelia Vanderhorst)

An Australian teenager has faced court for allegedly defacing a large blue sculpture of a mythical creature by sticking googly eyes on it.

Amelia Vanderhorst, 19, appeared via phone at Mount Gambier Magistrates Court in South Australia on Tuesday charged with one count of property damage.

In a statement at the time of the September incident, the local council said Closed Circuit Television (CCTV) footage showed a person putting artificial eyes on the artwork which locals have nicknamed the “Blue Blob.”

Vanderhorst did not enter a plea and told the court she was ill, according to the Australian Broadcasting Corporation (ABC), with the magistrate advising her to find a lawyer before her next court date in December.

A day after the alleged incident, the local mayor said repairs to the much-loved public artwork would be costly as the stickers could not be removed without damaging the sculpture.

“This willful damage to a valued public artwork is inappropriate and disrespectful,” City of Mount Gambier mayor Lynette Martin said in mid-September.

“It is not harmless fun, it is costly - it is also frustrating to those members of our community who have embraced Cast in Blue.”

She said the council would pursue the “significant” repair costs from those responsible for the damage.

When the sculpture was first proposed, it drew mixed reactions from the local community due to its price tag and design.

Costing 136,000 Australian dollar ($89,000), the artwork represents a mythical megafauna, with the sculpture's designers inspired by an ancient marsupial ant-eater found in local caves that was “massive, lumbering and fascinating.”


The Groves Opens at Riyadh Season 2025 with Exceptional Experiences

The Groves opens at Riyadh Season 2025 with exceptional experiences. (SPA)
The Groves opens at Riyadh Season 2025 with exceptional experiences. (SPA)
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The Groves Opens at Riyadh Season 2025 with Exceptional Experiences

The Groves opens at Riyadh Season 2025 with exceptional experiences. (SPA)
The Groves opens at Riyadh Season 2025 with exceptional experiences. (SPA)

The Groves welcomed visitors on Wednesday as part of Riyadh Season 2025, unveiling a new chapter of luxury and creativity in the heart of Al-Rafiah District and transforming into a global destination that blends flavors, art, music and nature.

The venue, which offers dining concepts to live entertainment, art, and nature-inspired design, drew large crowds who enjoyed an exceptional atmosphere filled with diverse culinary experiences, interactive performances and live music, the Saudi Press Agency reported on Thursday.

The venue reflects the growing popularity of Riyadh Season’s signature attractions each year.

Now in its fourth edition, The Groves introduces a range of innovative concepts, including the first Saudi-born Persian dining concept that fuses refined taste with rich heritage. Visitors can also immerse themselves in a live dramatic journey set amid the charm of old Damascus.

The destination further offers a unique world of candy and interactive theatrical performances in a family-friendly atmosphere, complemented by Italian and Japanese flavors served in a contemporary style inspired by the world of stars.


Scientists Unveil First Draft of Atlas of the Developing Brain

A researcher holds a human brain, part of a collection of more than 3,000 brains at the psychiatric hospital in Duffel, Belgium, July 19, 2017. REUTERS/Yves Herman
A researcher holds a human brain, part of a collection of more than 3,000 brains at the psychiatric hospital in Duffel, Belgium, July 19, 2017. REUTERS/Yves Herman
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Scientists Unveil First Draft of Atlas of the Developing Brain

A researcher holds a human brain, part of a collection of more than 3,000 brains at the psychiatric hospital in Duffel, Belgium, July 19, 2017. REUTERS/Yves Herman
A researcher holds a human brain, part of a collection of more than 3,000 brains at the psychiatric hospital in Duffel, Belgium, July 19, 2017. REUTERS/Yves Herman

Scientists have reached a milestone in an ambitious initiative to chart how the many types of brain cells emerge and mature from the earliest embryonic and fetal stages until adulthood, knowledge that could point to new ways of tackling certain brain-related conditions like autism and schizophrenia.

The researchers said they have completed a first draft of atlases of the developing human brain and the developing mammalian brain.

The research focused on human and mouse brain cells, with some work in monkey brain cells too. In their initial draft, the scientists mapped the development of different types of brain cells - tracking how they are born, differentiate and mature into various types with unique functions. They also tracked how genes are turned on or off in these cells over time, Reuters reported.

The scientists identified key genes controlling brain processes and uncovered some commonalities of brain cell development between human and animal brains, as well as some unique aspects of the human brain, including identifying previously unknown cell types.

The findings were detailed in a collection of studies published in Nature and related journals.

The research is part of the U.S. National Institutes of Health's BRAIN Initiative Cell Atlas Network, or BICAN, an international scientific collaboration to create a comprehensive atlas of the human brain.

"Our brain has thousands of types of cells with extraordinary diversity in their cellular properties and functions, and these diverse cell types work together to generate a variety of behaviors, emotions and cognition," said neuroscientist Hongkui Zeng, director of brain science at the Allen Institute in Seattle and leader of two of the studies.

Researchers have found more than 5,000 cell types in the mouse brain. It is thought there are at least that many in the human brain.

"The developing brain is an incredibly enigmatic structure because it is hard to access, comprised of so many distinct cell types, and rapidly changing. While we knew the big-picture shifts that happen during brain development, we now have a much more detailed understanding of what the pieces of the developing brain are because of this set of atlases," said UCLA neuroscientist Aparna Bhaduri, another of the research leaders.

The research promises important practical applications.

"First, by studying and comparing brain development in human and animals, we will better understand human specialization and where our unique intelligence comes from. Second, by understanding normal brain development in humans and animals, we will be better able to study what changes are happening in diseased brains - when and where - both in human diseased tissues and in animal disease models," Zeng said.

By gaining this knowledge, scientists hope to achieve more precise gene- and cell-based therapies for a range of human diseases, Zeng said. The hope is that the findings will provide a deeper understanding of autism, attention deficit hyperactivity disorder, schizophrenia and other conditions known to unfold during brain development.

The brain regions for which the researchers created atlases for cell type development included the neocortex, which is the part of the brain's outermost layer where higher cognitive function originates, and the hypothalamus, a small structure deep in the brain that helps govern body temperature, blood pressure, mood, sleep, sex drive, hunger and thirst.

One study showed that a subset of cells in human brain tumors are similar to embryonic progenitor cells - a kind of cell in the embryo that can change into specific types within a particular brain region - raising the possibility that such tumors may hijack developmental processes to drive malignancy.

According to Reuters, the researchers identified some unique aspects of the human brain. One example was the prolonged process of differentiation in cortical cell types due to the long period of human brain development from fetus to adolescence compared to the speedier development timeline in the animals.

Among the newly identified brain cell types were some in the neocortex and the striatum region, which controls movement and certain other functions.

More work is ahead.

"The goal is to ultimately understand not only what the pieces of the developing brain are, but also to describe what happens in neurodevelopmental and neuropsychiatric disorders that develop vulnerability during development," Bhaduri said.

"This is also relevant to brain cancer, which my lab also studies, as during brain cancer these developmental pieces re-emerge. So it is really a big goal, and it will take time to fully understand and treat all these disorders. But this set of papers is a nice piece of progress," Bhaduri said.