YOUNGEST WORLD CHESS CHAMPION

Gukesh Dommaraju

Dressed in his usual understated style, Gukesh Dommaraju entered the chess hall with a calm demeanor that belied the stakes at hand.

Adjusting his collar twice with a mild flourish, à la Rajinikanth, he exuded a quiet confidence. With eyes closed and muttering a mantra under his breath, the 18-year-old was ready to plunge into history.

Four hours later, the world watched as Gukesh became the youngest World Chess Champion, outpacing Garry Kasparov's record by four years.

Gukesh's strategy of relentless pressure throughout the match, coupled with his ability to capitalize on Ding's momentary lapse, proved to be the winning formula. With a score of 7.5-6.5, Gukesh dethroned Ding and became the 18th World Chess Champion. As his father paced nervously during the final game, the world held its breath. And when the final move was played, Gukesh's calm exterior finally cracked into a radiant smile.

"I've dreamt of this moment for ten years. To see it come true is indescribable," he said after the victory, his voice quivering with emotion. His eyes glistened as he embraced his parents, the two people who had sacrificed the most for his success.

The journey to the pinnacle of chess was anything but smooth for this lanky teenager from Chennai. Gukesh's triumph over reigning champion Ding Liren in a dramatic 14th game wasn't just a victory for him but also a celebration of the sacrifices his family made to support his dreams.

Born to parents hailing from Andhra Pradesh, Gukesh's chess journey began at age seven, and by 13, he was already making headlines. His parents, Dr. Rajinikanth, an ENT surgeon, and Padma, a microbiologist, quickly realized their son's extraordinary talent.

They made significant sacrifices to nurture his budding career. In 2017, Dr. Rajinikanth took a bold step: he paused his medical practice to travel the globe with Gukesh, often on a tight budget, as the young prodigy chased the chess master halo. Meanwhile, Padma became the family's primary breadwinner, ensuring their home stayed afloat while supporting her son's dreams.

"We believed in Gukesh, but belief alone isn't enough. It's about perseverance, and as a family, we are committed to that," said Padma, reflecting on their journey. There were moments of doubttimes when funds ran low and when defeats felt heavier than victories. But the family's faith in Gukesh's talent never wavered.

Gukesh's demeanour at the board has earned him admiration across the chess world. Known for his unflappable poker face, he remains calm in even the most nerve-wracking situations. His mantra? Focus and discipline.

"Wherever I play, my goal is simple: to stay focused and win," Gukesh said in an earlier interview. This mindset was on full display in Singapore, where he capitalized on a rare blunder by Ding Liren in the final game to clinch the title.

But beyond his calm exterior lies a young man who faced enormous pressure. Losing a critical game as a 12-year-old at an international tournament brought him to tears. It was a stark reminder that the road to greatness is paved with heartbreaks. Yet, each setback only strengthened his resolve. His parents' unwavering support and his relentless work ethic laid the foundation for his championship run.

Gukesh's win adds another jewel to Chennai's illustrious chess legacy. The city, home to former World Champion Vishwanathan Anand, has long been India's chess capital. Anand himself was effusive in his praise: "Congratulations! This is a proud moment for chess, for India, and for me personally." Gukesh's school, the Velammal Group, which also nurtured talents like R. Praggnanandhaa, celebrated his victory as yet another testament to its commitment to fostering young talent. His success has also ignited a renewed interest in chess among India's youth, with clubs and academies reporting a surge in inquiries. India's new chess king didn't just break records; he inspired a nation. Only a year ago, at 17, Gukesh clinched the FIDE Candidates title, setting the stage for this epic showdown against Ding. Despite the odds, he showed remarkable confidence, declaring himself ready for the challenge. Gukesh's story is one of grit, discipline, and the unwavering support of a family that believed in him. His win not only cements his place in chess history but also highlights the sacrifices and determination it takes to reach the top.

As India celebrates its youngest-ever World Chess Champion, the message is clear: dreams, when nurtured with passion and perseverance, can indeed become reality. And for Gukesh, this is just the beginning of a legacy that promises to inspire generations.

MASTERING THE COURT

Basketball 

Basketball is a very popular sport enjoyed by millions of people around the world. From professional players to young kids just starting out, a basketball game offers a fun and exciting way to stay active and competitive.

Basketball was invented by Dr. James Naismith in December 1891 in Springfield, Massachusetts, USA. The first game was played with a soccer ball and two peach baskets as goals.

The concept of dribbling wasn’t originally a part of basketball. When the game was first created, players could only pass the ball, and it was only later that dribbling became a fundamental skill.

The National Basketball Association (NBA) was founded in 1946. There are currently 30 teams in the NBA, with famous teams like the Los Angeles Lakers, Boston Celtics and Chicago Bulls.

The three-point line:- This was introduced to the NBA in the 1979-1980 season. The first player to make a three-point shot in an NBA game was Chris Ford of the Boston Celtics.

The free-throw line is 15 feet away from the basket in the NBA. Players get awarded free throws after certain fouls, and the opposing team must stay behind the three-point line during these shots.

The NCAA Men’s Basketball Tournament, commonly known as March Madness, is one of the most exciting events in college basketball. It features a single-elimination format, and the championship game is held in April.

Basketball has been part of the Summer Olympics since 1936. The United States has been highly successful in Olympic basketball, winning numerous gold medals.

The official ball used in NBA games is manufactured by Spalding. It has a distinctive orange colour and is made of leather.

Widely regarded as one of the greatest basketball players of all times, Michael Jordan won six NBA championships with the Chicago Bulls and earned five MVP awards.

The Women’s National Basketball Association (WNBA) is the premier professional women’s basketball league in the world. It was established in 1996.

Basketball players need to be quick on their feet – the average NBA player runs about 2-3 miles per game!

The 2022 Tokyo Olympics marked the 30th anniversary of the debut of basketball as an official Olympic sport!

THE LORD’S WAY

Timeless appeal of Krishna’s character to modern youth

Krishna is a comprehensive role model, offering timeless wisdom that is applicable in addressing challenges of today.

Krishna, a central figure in Hindu philosophy and mythology, embodies numerous qualities that make him an ideal role model for today's youth. His teachings and actions, as depicted in ancient scriptures like the Bhagavad Gita, offer valuable insights for navigating modern challenges. Few of them are highlighted here which can be imbibed by the youth of today to excel in their lives.

Leadership and Duty: Krishna's guidance to Arjuna on the battlefield of Kurukshetra emphasizes the importance of fulfilling one's responsibilities, even in difficult circumstances. This lesson is particularly relevant for youth facing career decisions and societal pressures.

Ethical Decision-making: Krishna's discourse on dharma (righteous living) provides a framework for making ethical choices. In an era of complex moral dilemmas, this guidance can help young people develop a strong moral compass.

Emotional Intelligence: Krishna's ability to understand and manage emotions, both his own and others', demonstrates the importance of emotional intelligence. This skill is crucial for personal relationships and professional success in today's interconnected world. 

Adaptability: Throughout his life, Krishna adapts to various roles - from cowherd to statesman. This flexibility is a vital trait for youth navigating a rapidly changing global landscape. 

Inclusivity and Equality: Krishna's interactions with people from all walks of life, regardless of caste or status, promote inclusivity and equality. These values are essential in addressing contemporary social issues. 

Balance in Life: Krishna's philosophy of karma yoga advocates for balancing action with detachment from outcomes. This approach can help youth manage stress and maintain perspective in a high-pressure society. 

Creativity and Innovation: Krishna's unconventional problem-solving methods, such as his strategies during the Kurukshetra war, encourage creative thinking - a crucial skill in today's innovation-driven world. 

Self-realization: Krishna's teachings on self-knowledge and spiritual growth offer guidance for personal development, helping youth find purpose and meaning in life. 

Diplomacy and Conflict Resolution: Krishna's role as a mediator and diplomat provides lessons in negotiation and peaceful conflict resolution, skills vital in both personal and professional spheres.

Environmental Stewardship: Krishna's close association with nature, particularly in his youth, can inspire environmental consciousness among today's youth, addressing urgent ecological concerns. 

By embodying these qualities, Krishna serves as a comprehensive role model, offering timeless wisdom that remains relevant and applicable in addressing the multifaceted challenges faced by today's youth.

MEXICO'S BLUE HOLE

Taam Ja

The world's deepest blue hole (marine sinkhole) lies off the coast of Mexico's Yucatán Peninsula. It's at least 420m (1,378ft) deep, but explorers still haven't found its bottom.

Known as 'Taam Ja', or 'deep water' in the Mayan language, it was discovered more than 20 years ago by a local diver, but it wasn't until 2021 that scientists attempted to measure its depth. Using an echo sounder to bounce sound waves off the bottom of the hole, they estimated Taam Ja' was 275m (902ft) deep.

But another expedition in 2023 used a device called a conductivity, temperature and depth (CTD) profiler, with sensors that measure water pressure, to estimate its depth. This returned a reading of 420m (1,378ft), but they're not sure it reached the bottom.

Blue holes are naturally occurring caverns on the sea floor, with vertical walls. They're usually found in coastal regions where the bedrock is made of soft, soluble rock, such as limestone. This is gradually eroded, causing the rock above to collapse. Although usually only a few tens of metres deep, blue holes sometimes connect to underwater cave systems.

With poor water circulation, blue holes are low in oxygen deep down. This makes it hard for organisms to survive, but some microbes thrive there, consuming sulphur-based compounds, such as hydrogen sulphide. Other small creatures - including shelled single-celled organisms called foraminifera and tiny worm-like creatures called nematodes - have also been found living in blue holes. Scientists are keen to explore Taam Ja' to find out what creatures live in its dark blue waters. 

DO YOU KNOW

How do self-driving cars detect other vehicles on the road?

Self driving cars use many sensors as a replacement for the driver’s sense of sight and hearing. Autonomous cars create and maintain a map of their surroundings based on a variety of sensors situated in different parts of the vehicle. Radar sensors monitor the position of nearby vehicles. Video cameras detect traffic lights, read road signs, track other vehicles, and look for pedestrians.

MATHEMATICIAN

Pythagoras

One of the most famous names in the history of mathematics is Pythagoras. He is recognised as the first true mathematician. Pythagoras made influential contributions to philosophy and religion in the late 6th century BC. He is often revered as a great mathematician, mystic and scientist and is best known for the Pythagorean Theorem which bears his name.

Early Life: He was born on the Greek Island – Samos in the eastern Aegean. His birth date is estimated to be somewhere in 570 BC. His father was a merchant and travelled a lot for business. Pythagoras also accompanied his father in various expeditions.

Inspiration: When Pythagoras was 18, he met Thales - the first known Greek philosopher and scientist. It was this meeting which triggered his interest in the science of mathematics and astronomy. Thales advised him to travel to Egypt and explore these avenues. Pythagoras spent years in Egypt in search of all available knowledge and received wisdom from an Egyptian priest Oenuphis of Heliopolis.

Mathematikoi: In around 530 BC, Pythagoras settled in Croton- Italy, where he founded a philosophical and religious school that instantly attracted many followers. He established and headed a society called Mathematikoi. The members of his society lived permanently together and followed strict rules. Pythagoras taught all the members of the society personally.

Pythagorean Theorem: Pythagoras has commonly been credited for discovering the Pythagorean Theorem of geometry. It is widely believed that Pythagoras or his students were the first to construct its proof. Pythagoras believed that numbers had personalities like perfect or incomplete, masculine or feminine, beautiful or ugly. He also studied properties of numbers which would be familiar to mathematicians today like even and odd numbers.

Later years: Pythagoras desired to stay out of politics, yet his society was always affected by politics. In 510 BC Croton attacked and defeated its neighbour Sybaris and there are certainly some suggestions that Pythagoras became involved in the dispute. Then in around 508 BC the Pythagorean Society at Croton was attacked by Cylon, a noble from Croton itself. Pythagoras escaped to Metapontium and the most authors say he died there. His society expended rapidly after 500 BC and its contributions to mathematics are still recognised and respected.

WHAT HAPPENS WHEN NATURE CALLS AT 10,000 METRES HIGH?

How do aeroplane toilets work?

Aeroplane loos don’t work like your toilet at home, which uses water and gravity to move waste into the sewer system. Instead they use a strong vacuum, along with a blue chemical that cleans and removes smells every time you flush.

A stinky tank

This sucking system is very much like the vacuum cleaners people use at home to remove dirt and dust from their floors. This dirt and dust ends up in a container that you empty into a rubbish bin. Similarly, the waste and the blue cleaning fluid from the aeroplane’s lavatories ends up in an underfloor storage tank, at the very back of the plane’s cargo hold. With so many people on a plane needing to use the toilet, you can imagine how big this tank has to be.

The vacuum pressure system moves all the solid and liquid waste from the toilet along a plumbing pipe that connects to the storage tank. There is a valve on the storage tank that opens when the loo is flushed and snaps shut when the toilet is not in use. This prevents foul odours escaping from the tank. This, along with the blue chemicals, helps keep the stink down.

What happens when the plane lands?

Once the plane has touched down on the ground, a special truck comes to meet it. A large hose is plugged into the waste tank valve and sucks out all the poo and wee into a container on the back of the truck.

Once everything has been emptied from the aircraft, the truck is driven to a special area at the airport where the waste from all the aeroplanes goes. From here, all of this faecal matter (a posh way of saying “poo”) is emptied into the airport’s sewer system. Driving this truck is a very important – and delicate – job. It takes three days of training for operators to learn how to use it.

FAST-FLYING FAECES On some planes waste zips into the storage tank at speeds of up to 130 miles per hour.

Watch out for blue ice

It has been reported that sometimes the valve that allows the truck to connect to the aeroplane’s waste tank can leak a small amount of the waste and blue chemical. This happens more often on older planes. The outside temperature at a normal cruising altitude of 10,000 metres is around -56°C, so the chemical turns into what is known as “blue ice”.

This blue ice remains attached to the plane as long as the temperature remains below freezing. However, as the aeroplane descends the blue ice begins to thaw, and may even fall off. There have been several occasions reported in the news where people have witnessed this flying poo.

FLUSHED WITH SUCCESS On a long-haul flight, the onboard toilets may be flushed more than 1,000 times.

In-flight dumping

In case you were wondering, the captain of the plane doesn’t have a button to release all the poo and wee from the storage tank while the plane is flying. Any waste that might leak out of the plane would be totally accidental.

Some people do think that aeroplane contrails (the white lines aircraft sometimes leave behind them in the sky) are either a special mind-control chemical or the toilet waste. Neither is true. What you are actually seeing is water vapour from the engines turning into solid crystals of ice, and forming a thin cloud in the sky.