Category Archives: Amazing Feats

GLOBAL: NATIONAL: RANKING: India Ranks as Third Most Powerful Nation in Asia, Surpassing Japan in Asia Power Index

India has become the third most powerful nation in Asia, surpassing Japan in the Asia Power Index. The Asia Power Index report for 2024 indicated that strong post-COVID economic growth has led India to increase its economic capability by 4.2 points. The report also highlights that India performed well across all other resource measures, especially in future resources, where its score rose by 8.2 points. This growth suggests that India’s youthful population may deliver a demographic dividend in the decades to come, unlike many other countries in Asia.

India’s Diplomatic Influence has also risen in the Asia Power Index. In 2023, India increased its tempo of diplomatic activity, participating in the sixth-highest number of dialogues with countries included in the Asia Power Index. This helped India surpass Japan, reinforcing its status as the third-largest power in the index and reflecting its increasing geopolitical stature.

The Asia Power Index ranks 27 countries and territories based on their capacity to shape their external environment, with its scope reaching as far west as Pakistan, as far north as Russia, and as far into the Pacific as Australia, New Zealand, and the United States.

source/content: newsonair.gov.in (headline edited)

GLOBAL: NATIONAL: TREATIES: India signs High Seas Treaty for fair, equitable sharing of benefits (BBNJ) Agreement

The treaty follows an inclusive, integrated, ecosystem-centric approach based on the precautionary principle and promotes best available scientific knowledge.

India has signed the Biodiversity Beyond National Jurisdiction (BBNJ) Agreement, which seeks to promote the conservation of marine genetic resources and the fair and equitable sharing of benefits.

“India is proud to join the BBNJ Agreement, an important step towards ensuring that our oceans remain healthy and resilient,” external affairs minister S Jaishankar said in a post on X after singing the treaty at the United Nations headquarters in New York on Wednesday.

The agreement, or the High Seas Treaty, is an international accord under the United Nations Convention on the Law of the Sea (UNCLOS). The high seas cover areas nearly two-thirds (64%) of the ocean – almost half the planet’s surface. It includes some of the most ecologically vital, but critically threatened and least protected areas on earth; less than 1% of what is fully or highly protected.

The treaty aims to address the growing concerns over the long-term protection of marine biodiversity in the high seas. It sets precise mechanisms for the sustainable use of marine biological diversity through international cooperation and coordination. Parties cannot claim or exercise sovereign rights over marine resources derived from the high seas and ensure fair and equitable sharing of benefits.

The treaty follows an inclusive, integrated, ecosystem-centric approach based on the precautionary principle and promotes using traditional knowledge and the best available scientific knowledge. It seeks to minimise impacts on the marine environment through area-based management tools and establishes rules for conducting environmental impact assessments.

In March 2023, after five years of negotiations, the world reached a significant milestone in efforts to stem global biodiversity decline when nations agreed to the new High Seas Treaty to protect ocean life. Once it has been ratified by at least 60 countries, the treaty will provide the legal framework to address many of the governance gaps that have plagued the ocean and provide a roadmap to conserve biodiversity areas beyond national jurisdictions.

According to the High Seas Alliance, following two decades of discussions, the implementing agreement to UNCLOS on the conservation and sustainable use of marine biological diversity of areas beyond national jurisdiction – or High Seas Treaty – is the world’s first cohesive, international and legally binding framework to specifically protect high seas biodiversity.

At a workshop on the BBNJ in Chennai last month, PK Srivastava, an advisor to the Union earth sciences ministry, said the ministry will establish a dedicated institutional mechanism to oversee the developments regarding the agreement. “This authority will deal with the necessary regulations, studies, and other activities related to the treaty,” Srivastava said.

He emphasised the need for detailed discussions and modifications to existing legislation to ensure compatibility with the requirements for the effective implementation of the treaty. Srivastava said the Environment Protection Act could be used for the environmental impact assessment of the BBNJ Agreement.

source/content: hindustantimes.com (headline edited)

NATIONAL: IT & MANUFATURING / MADE IN INDIA : PM Modi launches indigenously developed Param Rudra Supercomputers

Showcasing India’s technological prowess, Prime Minister Narendra Modi on Thursday launched three Param Rudra supercomputers worth Rs 130 crore and developed indigenously as part of the National Supercomputing Mission.

The three supercomputers have been deployed in Pune, Delhi, and Kolkata to support cutting-edge scientific research.

“With Param Rudra Supercomputers and HPC system, India takes significant steps towards self-reliance in computing and driving innovation in science and technology,” PM Modi said while launching the supercomputers via video conferencing.

The Prime Minister also launched a High-Performance Computing (HPC) system for the fields of weather and climate.

Addressing the scientific community, PM Modi said there is no sector or industry which does not rely on technology and high-computing capability. He added that in this sphere, India’s share “should not be in bits and bytes but in terabytes and petabytes”.

“Therefore, this achievement proves that we are moving in the right direction at the right pace,” said the Prime Minister.

With the PARAM supercomputer, the Inter-University Accelerator Centre (IUAC) will boost research in material science and atomic physics in New Delhi while the S.N. Bose Centre in Kolkata will focus on areas including physics, cosmology, and earth sciences.

Meanwhile, the Giant Metre Radio Telescope (GMRT) in Pune will use the supercomputer to explore astronomical phenomena such as Fast Radio Bursts (FRBs).

According to the government, the Param Rudra supercomputer incorporates the latest cutting-edge hardware and software technologies. A significant portion of its components were manufactured and assembled in India.

Param Rudra is capable of handling complex calculations and simulations at a very high speed. These homegrown and developed supercomputers are prime examples of India’s technological advancements. These are used for research in fields such as weather forecasting, climate modelling, drug discovery, materials science, and artificial intelligence (AI).

The country’s National Supercomputing Mission (NSM) has been set up to provide the country with supercomputing infrastructure to meet the increasing computational demands of academia, researchers, MSMEs, and startups.

source/content: daijiworld.com (headline edited)

NATIONAL: IIMCAA Awards 2024: Anup Pandey wins journalist of the year trophy

Shagun Kapil won the agriculture reporter of the year, receiving a cash prize of ₹1 lakh.

The Indian Institute of Mass Communication Alumni Association (IIMCAA) has officially announced the winners of the IIMCAA Awards 2024, recognising excellence in journalism, advertising, and public relations. The event was marked by the crowning of Anup Pandey as the ‘journalist of the year’, a title accompanied by a trophy, certificate, and a cash prize of ₹1.5 lakh.

In the agriculture reporter of the year category, Shagun Kapil emerged victorious, receiving a cash prize of ₹1 lakh. Other awardees, spanning diverse categories, were honored with trophies, certificates, and cash rewards of ₹50,000.

The winners across various categories were:

Rajat Mishra (Publishing Reporting)

Abhinav Goel (Broadcast Reporting)

Surabhi Singh (Producer)

Muhammad Sabith U M (Publishing Reporting in Indian Languages)

Shatarupa Samantaraya (Broadcast Reporting in Indian Languages)

Saransh Jain (Advertising)

Shillpi A Singh (PR)

Ofactor (Ad Agency)

Kaizzen (PR Agency)

The ‘Jury Special Mention’ category recognised noteworthy entries that narrowly missed out on the top honours. Awardees in this section included:

Abhishek Angad, Ritwika Mitra, Ashutosh Mishra, Manish Mishra, and Nidhi Tiwari (journalist of the year)

Diwash Gahatraj (agriculture reporting)

Parimal Kumar and Vishnukant Tiwari (broadcast reporting).

Rohan Kathpalia (producer of the year)

Supriya Sundriyal and Nikhil Swami (PR)

Distinguished attendees included former principal director general of PIB Kuldeep Singh Dhatwalia; ADG Raj Kumar; special commissioner of the Delhi government Sushil Singh; and Rahul Sharma, managing director of the US-India Business Council. The event was presided over by IIMCAA president Simrat Gulati, while executive president Gayatri Shrivastava hosted the ceremony.

During the event, a souvenir book featuring the profiles and accomplishments of the award winners was released by Awards Auditor Unni Rajen Shanker, Convenor Vineet Handa, Coordinator Puja Mishra, and General Secretary Deeksha Saksena.

source/content: hindustantimes.com (headline edited)

GLOBAL: SPORTS / CHESS: Team India win historic twin golds in both Men & Women, for the 1st time at the ‘2024 Chess Olympiad’

Both the Indian men’s and women’s teams secured their first gold medals during the tournament.

Both the Indian men’s and women’s teams secured gold on a historic Sunday at the 2024 Chess Olympiad. It began with the men being crowned champions in the open section.

The team claimed its first gold medal in the last round after second-placed China dropped points on two boards against the USA, while India’s Arjun Erigaisi and D Gukesh secured wins for the team.

Gukesh concluded the Olympiad for both the nation and himself with a victory over Slovenian Vladimir Fedoseev, helping India secure the historic gold medal. Arjun Erigaisi also claimed a win against Slovenian Jan Subelj on the tournament’s final day. Praggnanandhaa also ended his campaign with a win.

The Indian team had an almost perfect run, starting with eight wins before being held to a draw by Uzbekistan, the defending champions.

Nonetheless, India bounced back, defeating the USA in the penultimate round to clinch the title.

The men’s team for the open category consisted of Gukesh, Erigaisi, Praggnanandhaa R, Vidit Gujrathi, Pentala Harikrishna, and Srinath Narayanan. This marks India’s first Olympiad gold when the event is held in person, as the last gold was shared during the pandemic when the event took place online.

With this run in the 2024 Olympiad, India showcased its best performance to date. Their previous best performances were in 2022 on home soil (Chennai) and 2014 (Tromsø, Norway) when they clinched bronze.

Heading into the final round, India topped the board with 19 points, while China and Slovenia were in second and third place, respectively.

Indian Women’s team clinch maiden gold

The Indian women’s team also clinched gold in the 45th FIDE Women’s Chess Olympiad.

The Indian women’s team consisted of Harika Dronavalli, Vaishali Rameshbabu, Divya Deshmukh, Vantika Agrawal, Tania Sachdev and Abhijit Kunte (Captain).

In the final round Divya Deshmukh, D Harika and Vantika Agarwal won against their opponents while R Vaishali had to settle for a draw.

USA, which held title-chasing Kazakhstan to a draw helped the Indian women claim their first gold.

source/content: newindianexpress.com (headline edited)

NATIONAL: AVIATION / IAF’s FIRST WOMAN PILOT: Alma mater hails its former student and Squadron Leader Mohana Singh the first woman fighter to fly Tejas

Celebrating the feat of Squadron Leader Mohana Singh, who made history by becoming the first woman pilot to fly Tejas, India’s indigenously built fighter jet, the Global Group of Colleges sent congratulatory messages to their former student and her family. Mohana Singh became the first woman pilot to fly India’s Tejas fighter jet during the ‘Tarang Shakti’ exercise in Jodhpur.

Sharing sentiments with the entire nation, Global Institute’s vice-chairman Akashdeep Chandi said it was a matter of pride that their alumna has rewritten history and shattered the glass ceiling by becoming a shining example of gender equality in the armed forces. “Mohana Singh was a student of B.Tech (Electronics & Communication) during the period 2009-2013. In 2016, she joined the IAF as one of the first woman fighter pilots. She is truly a trailblazer, whether it’s her feat of flying MiG-21 to joining LCA (Light Combat Aircraft) Tejas squadron, an elitist flying squadron of the Indian Air Force,” said Chandi. He also elaborated on her being a prolific student and an all-rounder. “She was a good student and also excelled in extracurricular activities, as she was always an active participant. Mohana Singh has set new standards for future generations of women fighter pilots, reaffirming that sky is no more the limit but just the beginning for those who dare to dream.”

Mohana Singh, who originally hails from Jhunjhunu in Rajasthan, stayed in Amritsar for four years as her father, Pratap Singh Jitarwal, now retired, served in the IAF as an officer.

source/content: tribuneindia.com (headline edited)

REGIONAL: SUBCONTINENT: NATIONAL: Survey that reshaped a sub-continent

In the early 19th century, a monumental scientific project began that would leave a profound mark on the Indian subcontinent.

Photo: SNS

In the early 19th century, a monumental scientific project began that would leave a profound mark on the Indian subcontinent. The Great Trigonometrical Survey of India, initiated in 1802, was not merely about cartography; it was a groundbreaking venture that reshaped the landscape of India through precision, innovation, and vision. Spearheaded by British infantry officer William Lambton under the East India Company, this survey transformed the understanding of the subcontinent’s geography and had far-reaching impacts on administration, economy and cultural heritage. The Great Trigonometrical Survey officially commenced on 10 April 1802, with the measurement of a crucial baseline near Madras (now Chennai). Major Lambton, who was tasked with leading this ambitious project, carefully selected a flat plain for the initial measurement.

The baseline stretched 7.5 miles (12.1 km) and was marked by St. Thomas Mount at the north and Perumbauk Hill at the southern end. This baseline was the first step in a meticulous process that aimed to map the vast Indian subcontinent with unprecedented accuracy. Lambton’s choice of a flat plain for the initial baseline was strategic. Accurate measurements were crucial for the success of the survey, and a flat, unobstructed baseline allowed for more precise calculations. The work began with the meticulous measurement of this baseline, which would serve as the foundation for the extensive triangulation network that followed. The Great Trigonometrical Survey utilized advanced trigonometric techniques to measure distances and angles across the vast expanse of India.

The method involved creating a network of triangles, using the baseline measurements as a reference point. By measuring angles and distances within these triangles, surveyors were able to map the terrain with remarkable precision. One of the most notable achievements of the survey was the accurate measurement of the meridian arc from the southern tip of India to Nepal. This endeavour required surveying through varied and challenging terrain, including the Himalayan mountain range. The precision achieved in this measurement allowed for the calculation of the Earth’s circumference with astonishing accuracy and contributed to global scientific knowledge. For the British East India Company, the survey was more than a scientific undertaking; it was a crucial tool for effective administration and control. The detailed maps produced by the survey enabled the British to manage the vast and diverse regions of India with greater efficiency.

Accurate geographical information facilitated better planning of infrastructure projects such as roads, railways, and irrigation systems. The survey’s precise maps were instrumental in the collection of land revenue, as they provided detailed information about land use and boundaries. This information was crucial for implementing administrative policies and managing the economic resources of the subcontinent. The improved accuracy in mapping also played a key role in the strategic planning of military campaigns and the consolidation of British rule across India. The detailed maps created by the Great Trigonometrical Survey had a transformative effect on the Indian economy. The accurate depiction of geographical features facilitated the construction of infrastructure that was vital for economic development.

Railways, roads, and irrigation systems were planned and executed with greater precision, fostering economic growth and integration. The expansion of the railway network, for instance, connected previously isolated regions, facilitating trade and commerce. This connectivity helped create a unified market across the subcontinent, stimulating economic activity and development. The survey’s work in mapping resources and land use patterns also contributed to the optimization of agricultural practices and resource extraction, further boosting economic growth. Beyond its immediate practical benefits, the Great Trigonometrical Survey left a lasting legacy in the fields of science and culture. The survey’s precision and methodology advanced the science of geodesy and set new standards for geographic measurement. The accurate geographic coordinates established by the survey influenced future scientific research and exploration. Culturally, the survey contributed to a deeper understanding of India’s diverse geography and historical landmarks. By documenting and mapping ancient sites and natural features, the survey helped preserve India’s cultural heritage.

The detailed maps provided insights into the region’s historical and cultural landscape, enriching the appreciation of India’s heritage. The significance of the Great Trigonometrical Survey is commemorated by several memorials across India. One notable example is Lambton’s Memorial in the village of Perumbauk, which marks the site where the initial baseline measurement began. These memorials serve as a testament to the monumental effort and achievements of the survey, honouring the contributions of Major Lambton and his team. The Great Trigonometrical Survey of India was a landmark project that reshaped the Indian subcontinent in multiple dimensions.

From its meticulous beginning with the measurement of a 7.5-mile baseline near Madras to its profound impacts on administration, economy, and culture, the survey was a transformative endeavour. Its legacy endures through the precise maps it produced, the infrastructure it helped develop, and the scientific advancements it inspired. The Great Trigonometrical Survey stands as a testament to the power of scientific innovation in shaping the course of history and transforming societies.

(The writer is Santosh Mathew, Associate Professor, Centre for South Asian Studies, Pondicherry Central University.)

source/content: thestatesman.com (headline edited)

GLOBAL: NATIONAL / SPACE : 40 years after astronaut Rakesh Sharma, Shubhanshu Shukla is the first Indian to travel to space: Here’s how is gearing up for ISS

In a monumental step for India’s space program, Group Captain Shubhanshu Shukla of the Indian Air Force (IAF) will pilot the Axiom-4 (Ax-4) mission to the International Space Station (ISS) in 2025, TOI has reported.

This mission will mark India’s first human presence aboard the ISS and its second government-sponsored human spaceflight in more than four decades, following Wing Commander Rakesh Sharma’s 1984 mission with the Soviet Union.

The Ax-4 mission is the result of a collaborative initiative between India and the United States. More than a year ago, during an official state visit to the U.S., Prime Minister Narendra Modi announced that an Indian astronaut would travel to the ISS. Following this, the Indian Space Research Organisation (Isro) signed a spaceflight agreement with Axiom Space, a leading American company in human spaceflight services.

Shukla, an experienced IAF test pilot, will be part of an international crew, with fellow Indian astronaut and backup pilot Group Captain Prashanth Nair also from the IAF. The mission will be commanded by renowned astronaut Peggy Whitson. Sharing details of Shukla’s responsibilities, Whitson told The Times of India, “As the Ax-4 pilot, Shukla will assist me in conducting essential spacecraft operations, such as navigation and docking procedures. Training will prepare him to handle emergencies and perform critical system checks. Additionally, Shukla will support scientific research by setting up and managing microgravity experiments.”

The Ax-4 mission is expected to play a crucial role in advancing India’s space capabilities, particularly as the country prepares for its own crewed mission, the Gaganyaan project. In a recent Instagram Live session, Isro Chairman S Somanath revealed that the Indian astronaut will conduct five experiments aboard the ISS as part of the Ax-4 mission, gaining valuable experience in space operations and international collaboration.

Whitson further elaborated on the rigorous training that Shukla and his fellow crew members are undergoing. “We work closely with NASA and other international space agencies to ensure smooth integration with ISS. Additionally, Axiom invests in cutting-edge medical research and technology to monitor and maintain astronaut health during missions,” she explained. “By leveraging these strategies, Axiom Space aims to mitigate risks and ensure the success of our missions.”

Training for the mission will be conducted at multiple facilities, including NASA, SpaceX, the European Space Agency (ESA), and the Japan Aerospace Exploration Agency (JAXA). The preparation covers all aspects of the mission, from safety protocols and health management to ISS systems operations. According to Whitson, “We practise in ISS mockups, reviewing procedures and enacting emergency scenarios to ensure we’re ready for any situation.”

The Ax-4 mission will utilize SpaceX’s Falcon 9 rocket and Dragon spacecraft, known for its advanced life support systems and automated docking capabilities. This will ensure a safe journey for the crew, who will spend up to 14 days aboard the ISS.

Joining Shukla and Whitson on the mission are specialists Slawosz Uznanski from Poland and Tibor Kapu from Hungary. Uznanski, an expert in radiation testing and space electronics, is a member of ESA’s 2022 Astronaut Reserve Class, while Kapu, selected for Hungary’s Hunor Astronaut Programme, brings his expertise in space radiation protection and pharmaceutical research.

Whitson emphasized the global significance of the Ax-4 mission, saying, “The Ax-4 crew will spend up to 14 days aboard ISS. This mission will realize the return to human spaceflight for India, Poland, and Hungary, marking each nation’s first mission to the space station in history and second govt-sponsored human spaceflight mission in over 40 years. This mission emphasizes how Axiom Space is redefining the pathway to low-Earth orbit and elevating national space programs globally.”

In addition to strengthening international cooperation, the Ax-4 mission will support the development of commercial space activities. “Axiom Space missions play a pivotal role in advancing international cooperation in space exploration. By partnering with organizations like ESA, Isro, and Hunor, Axiom fosters collaboration in human spaceflight, research, and technology development,” Whitson explained.

As Group Captain Shubhanshu Shukla gears up for this groundbreaking mission, India is poised to make significant strides in space exploration, bolstering its role on the global stage.

(With TOI inputs)

source/content: economictimes.indiatimes.com (headline edited)

NATIONAL: INNOVATION for VISUALLY IMPAIRED : ### Umang Sharma, an 11th Grader, Creates Affordable Keyboard for the visually impaired using AI

Umang Sharma, a junior student of Class 11 at Princeton Day School, has developed an affordable keyboard for the visually impaired using artificial intelligence (AI). His interest in AI, robotics, and engineering, coupled with his passion for coding, led him to improve Braille technology with the help of experts. His success in creating this innovative keyboard is a result of his deep interest in computer building and technology.

Globally, around 284 million people are visually impaired, 39 million of whom are completely blind. A staggering 70% are unemployed, and 90% are illiterate, which significantly limits their opportunities. Umang’s journey began when he discovered that Braille keyboards cost over $7,000, a price he found to be unaffordable for many. Realizing the need for a cheaper alternative, he conducted research but found no better options.

A significant challenge faced by the visually impaired is the lack of access to technology, which contributes to high unemployment and illiteracy rates. Umang identified this as a vicious cycle, where the inability to afford technology like Braille keyboards prevents visually impaired individuals from securing jobs, yet employment is necessary to purchase such tools.

Current market solutions for Braille keyboards include audio keyboards built into operating systems, physical Braille devices, and one-time-use stickers for standard keyboards. After analyzing these options, Umang identified key issues, such as high cost, usability, and durability. He designed prototypes, consulted Braille experts, and made improvements to address these shortcomings.

The result is an affordable, user-friendly keyboard for the visually impaired, priced at just $10, and nearly free if donated keyboards are used. The keyboard utilizes 3D-printed keys that are durable and can be easily attached to any keyboard.

Umang presented his project at two workshops held at the National Blind Association, Delhi, and the Silver Lining Blind School, where visually impaired youths from underprivileged backgrounds tested the keyboard. The feedback confirmed the effectiveness of the design, particularly for blind students and young children learning Braille. The keyboard helped improve their typing speed and key recognition, proving to be a faster alternative compared to conventional keyboards that require pressing each key to find the right one.

The National Blind Association, Delhi, praised Umang’s efforts, and the Silver Lining Blind School expressed gratitude for his dedication and hard work in serving the visually impaired. Umang has donated over 20 keyboards and is working on providing more units, benefiting over 250 students.

Following this success, Umang plans to distribute his innovative Braille keyboards to blind schools globally and has founded a non-profit organization called “Zedable” to support his mission.

source/content: pressnote.in (headline edited)

INTERNATIONAL: REGIONAL – ASIA / SPORTS – FIELD HOCKEY : India Wins 05th Asian Hockey Champions Trophy Title; Beats China Courtesy Jugraj Singh’s Solitary Goal

India’s hockey team extended their winning streak in the Asian Champions Trophy by winning the tournament for the fifth time beating China 1-0 in the final. Jugraj Singh came up with an impressive field goal and helped the team seal a victory.

Indian hockey team continued their domination in the Asian Hockey Champions Trophy beating China 1-0 in the final. With a triumph at the Moqi Hockey Training Base, India won the title for the fifth time in the history of the tournament. Also, they were the only undefeated team in the tournament winning all of the seven matches they played.

Jugraj Singh was the difference between the two sides as he scored the solitary goal of the fixture in the fourth quarter as skipper Harmanpreet Singh provided an assist for the Indian defender. The decisive goal from Jugraj came in the 51st minute.

India and China had locked horns against each other in the tournament with the former winning the fixture by 3-0. Harmanpreet and Co. were coming into the game as favourites considering a superior ranking and previous record. However, China didn’t give up without a fight and made India fight hard to lift the title.

India triumphs after a fierce battle

The first real chance for India came in the ninth minute but the Chinese defence was up to the task to save it. When India got another chance, Harmanpreet missed the target. China looked stronger in the first quarter as they tasted Indian goalkeeper Krishan Pathak multiple times. China parked the bus in the second quarter but India had a chance in the 27th minute. Harmanpreet took aim at the goal but the ball bounced off the post. By the half-time, the scoreline was reading 0-0.

India started on an attacking note in the third quarter and produced a string of fine attacks but the Chinese defence was resolute once again. The first-time finalists created a couple of chances in the third quarter but the Indian team kept them at bay. The deadlock was finally broken in the 51st minute as Harmanpreet made a stellar run in the D and set up a goal for Jugraj who provided a brilliant finish.

India wins the Asian Champions Trophy for the fifth time

This was India’s record-breaking fifth title as they won the tournament earlier in 2011, 2016, and 2023. In 2018, they were the joint winners along with Pakistan who are the second-most successful side. Pakistan has won the tournament thrice while South Korea won the title in 2021. Notably, it was the best-ever tournament run for China as they made it to the final of the tournament for the first time.

Pakistan finished in third place

Pakistan beat South Korea by 5-2 in the match for the third position. Pakistan lost against China in the semi-final but made up for their loss by finishing the tournament at the third spot in the tournament.

source/content: etvbharat.com (headline edited)

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