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Paris Olympics 2024 Medal Tally, India Medal Tally in Olympics

Paris Olympics 2024 Medal Tally

China’s Liu Yukun won a gold medal, helping China stay at the top of the medal table. France is in second place, and Japan is in third. This is the 33rd Summer Olympics. It started on Friday and will end on August 11. The Paris Olympics has 32 sports. These include 28 main sports, plus some newer ones like breakdancing, skateboarding, surfing, and sports climbing. India won its third medal in the Paris 2024 Olympics. Swapnil Kusale got a bronze medal in the men’s 50m rifle 3 positions event. This happened in Chateauroux on Thursday.

Paris Olympics 2024 Medal Tally (Full List)

China leads with the most gold medals (11), but the United States has the highest total medal count (31). The top 5 countries by gold medals are China, France, Japan, Australia, and the United States.

Rank Country Gold Silver Bronze Total
1 China 11 7 3 21
2 France 8 10 8 26
3 Japan 8 3 4 15
4 Australia 7 6 4 17
5 United States of America 6 13 12 31
6 Great Britain 6 7 7 20
7 South Korea 6 3 3 12
8 Italy 3 6 4 13
9 Canada 2 2 3 7
10 Germany 2 2 2 6
11 Netherlands 2 2 1 5
11 New Zealand 2 2 1 5
13 Romania 2 1 1 4
14 Hong Kong 2 0 2 4
15 Sweden 1 1 2 4
16 Georgia 1 1 0 2
17 Belgium 1 0 2 3
17 Ireland 1 0 2 3
17 Kazakhstan 1 0 2 3
17 South Africa 1 0 2 3
21 Croatia 1 0 1 2
21 Guatemala 1 0 1 2
23 Argentina 1 0 0 1
23 Azerbaijan 1 0 0 1
23 Ecuador 1 0 0 1
23 Serbia 1 0 0 1
23 Slovenia 1 0 0 1
23 Uzbekistan 1 0 0 1
29 Brazil 0 2 3 5
30 Hungary 0 2 1 3
31 North Korea 0 2 0 2
32 Poland 0 1 2 3
32 Spain 0 1 2 3
34 Kosovo 0 1 1 2
34 Mexico 0 1 1 2
34 Switzerland 0 1 1 2
34 Turkey 0 1 1 2
34 Ukraine 0 1 1 2
39 Fiji 0 1 0 1
39 Mongolia 0 1 0 1
39 Tunisia 0 1 0 1
42 India 0 0 3 3
43 Moldova 0 0 2 2
44 Austria 0 0 1 1
44 Egypt 0 0 1 1
44 Greece 0 0 1 1
44 Slovakia 0 0 1 1
44 Tajikistan 0 0 1 1

Updated 01-08-2024

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Leh’s Oldest Public Mosque, Know the Name, History, Architecture and Design

The Tsas Soma Mosque, located in the heart of Leh, Ladakh, is an important historical landmark. This mosque has roots dating back to the 17th century and has witnessed the vibrant history of trade and culture in the region. Here, we explore the mosque’s history, significance, and restoration.

Oldest Public Mosque of Leh

Leh’s oldest public mosque, the Tsas Soma Mosque, was built in the 17th century. Located in the heart of Leh, it served as a worship and learning center for Muslim traders traveling along the ancient Silk Route. Although it fell into disrepair by the 1950s, it was restored in 2007, preserving its historical features and cultural significance.

History of Leh’s Oldest Public Mosque

In the 1600s, Leh was a bustling trade center along the ancient Silk Route. The town attracted traders from different regions, including Central Asia, Kashmir, and Punjab. Many of these traders were Muslims, and they needed a place to pray. In response to their request, King Sengge Namgyal provided land for a mosque. This led to the establishment of the Tsas Soma Mosque, offering a place for worship and religious gatherings.

The Mosque Role as a Worship Center

The Tsas Soma Mosque was more than just a place for prayers. It also served as a Madrasah, where religious education took place. During its active years, the mosque was used by the local community for worship, including women who came to pray. The mosque continued to be functional until the 1950s, after which it fell into a state of disrepair.

The Tsas Soma Mosque Served as a Popular Stop for Traders

Leh was an important stop for traders traveling from Lhasa, Punjab, Kashmir, and other regions, including Iran and Europe. The Tsas Soma area became a key camping site for these travelers, with multiple camping grounds set up around the town. Caravans and their animals rested at various spots, including near the present-day police station and taxi stand. The mosque played a role in the community by allowing these traders to gather for prayers and even conduct barter trades.

Restoring a Piece of History

By the 1950s, the mosque was in poor condition and was largely abandoned as the main mosque in Leh was already established. However, the Tibet Heritage Fund (THF) and the Anjuman Moin ul-Islam Society worked together in 2007 to restore the Tsas Soma Mosque. The original features, such as the main door and wooden beams, were preserved to maintain its historical character.

Design and Architecture of the Tsas Soma Mosque

The Tsas Soma Mosque is a simple single-story building. It consists of one large room with six wooden pillars that have traditional Ladakhi-style carvings. The mosque originally had a wooden dome, which has since been moved to the Shah Hamdan Mosque at Shey. Notably, the mosque does not have a minaret, a feature typically found in many other mosques.

The Mosque’s Place in Ladakh’s Heritage

The mosque stands as a reminder of Ladakh’s diverse cultural and religious past. It reflects a time when Leh was a significant center for trade and cross-cultural interaction. The Tsas Soma Mosque is now part of the Central Asian Museum compound, attracting visitors who are interested in the history and culture of Ladakh.

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ISDN Full Form, Its Overview, History, Types, Advantages and Disadvantages

The Integrated Services Digital Network (ISDN) is a system that allows digital transmission of voice, video, data, and other services over traditional telephone lines. This technology aims to provide better and faster communication by enabling digital connections.

Full Form of ISDN

The full form of ISDN is Integrated Services Digital Network. It is a communication system that allows the digital transmission of voice, video, and data over traditional telephone lines. ISDN enables multiple types of services to work simultaneously, providing better quality and faster connections than older analog systems. It is useful for both personal and business communication needs.

What is ISDN?

ISDN is a network that can handle both voice calls and data transmission. It works by using circuits, which helps improve the quality of calls and data compared to older analog phones. ISDN provides data transfer speeds of 64 kilobits per second (Kbps) for each channel and can combine multiple channels to increase speed. For example, two channels can work together to achieve a speed of 128 Kbps.

History of ISDN

Before ISDN, telephone systems mainly focused on voice calls, with limited support for data. ISDN changed this by allowing voice and data to travel on the same lines. Introduced in 1986, ISDN protocols, like Q.931, help set up and end calls, offering additional features. ISDN also enables simultaneous transmission of voice, video, and text, making it useful for video conferencing.

Types of ISDN Interfaces

ISDN has different types of connections:

  • Basic Rate Interface (BRI): BRI consists of two main channels (B channels) and one signaling channel (D channel). The B channels support speeds of 64 Kbps each, while the D channel operates at 16 Kbps. This allows users to send data and make calls simultaneously. The total speed for BRI can reach 144 Kbps, but the required digital connection is about 192 Kbps due to overhead.
  • Primary Rate Interface (PRI): PRI is more advanced and consists of one D channel and either 23 or 30 B channels, depending on the country. In the U.S., PRI typically has 23 B channels and can provide a total speed of 1.544 Mbps, including overhead.
  • Broadband ISDN (B-ISDN): B-ISDN is designed to support higher speeds and relies on fiber optic technology. This service can handle transmission rates higher than those of the primary rate.

ISDN Services

ISDN offers various services categorized into three types:

  • Bearer Services: Bearer services allow users to transfer information (like voice and data) without any changes by the network. These services operate in the first three layers of the OSI model, ensuring clear communication.
  • Teleservices: Teleservices involve the network processing the data. These services, which include telephony and video conferencing, operate at higher layers of the OSI model and cater to complex user needs.
  • Supplementary Services: Supplementary services add extra features to bearer and teleservices. Examples include call waiting and message handling, enhancing the overall user experience.

How ISDN Works?

ISDN operates based on standards set by the International Telecommunication Union (ITU). Some key principles include:

  • Support for both switched and non-switched applications
  • Handling of voice and non-voice applications
  • Use of 64 Kbps connections
  • Intelligent network features
  • Layered protocol architecture for better communication

Advantages of ISDN

ISDN offers several benefits:

  • Reliable Connections: ISDN channels provide stable connections.
  • Multiple Digital Channels: Users can have several channels for different purposes.
  • Faster Data Transfer: ISDN supports quick data transfers.
  • Efficient Bandwidth Usage: It optimizes the use of available bandwidth.
  • Improved Call Quality: The quality of calls is generally better than analog systems.
  • Greater Flexibility: It can accommodate various services.
  • Integrated Services: ISDN combines multiple communication services into one network.

Disadvantages of ISDN

Despite its advantages, ISDN has some downsides:

  • Higher Costs: ISDN lines are often more expensive than traditional systems.
  • Specialized Equipment Required: Users need specific devices to use ISDN.
  • Limited Flexibility: It may not adapt easily to new technologies.
  • Coverage Issues: Not all areas have ISDN service available.
  • High Installation and Maintenance Costs: Setting up and maintaining ISDN can be costly.
  • Limited Features: Compared to modern technologies, ISDN may lack some features.

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ICRISAT Announces Dr. Himanshu Pathak as New Director General

The Governing Board of the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) has announced the appointment of Dr. Himanshu Pathak as the Director General-designate of the esteemed institute. The announcement was made by Governing Board Chair Professor Prabhu Pingali during an all-staff event held on Friday, October 18, at ICRISAT headquarters in Hyderabad.

Announcement 

  • The Governing Board of the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) has appointed Dr. Himanshu Pathak as Director General-designate.

Date 

  • The announcement was made during an all-staff event on October 18 at ICRISAT headquarters in Hyderabad, India, by Governing Board Chair Professor Prabhu Pingali.

Current Role 

  • Dr. Pathak is currently the Secretary at the Department of Agricultural Research and Education (DARE), Government of India, and serves as the Director General of the Indian Council of Agricultural Research (ICAR).

Expertise 

  • He brings extensive experience in global agricultural research and development, which will be crucial as ICRISAT addresses challenges in expanding drylands.

Focus Areas 

  • Under Dr. Pathak’s leadership, ICRISAT aims to build resilient and sustainable agri-food systems across Asia, Africa, and beyond.

Welcoming Remarks

  • Professor Pingali expressed confidence in Dr. Pathak’s strategic vision and leadership, stating that ICRISAT will continue to form powerful alliances and set new standards in agricultural innovation and global food security.

Acknowledgment of Outgoing Director 

  • The Governing Board thanked outgoing Director General Dr. Jacqueline Hughes for her dedicated leadership during challenging times, including the COVID-19 pandemic, which disrupted global operations.

Future Directions 

  • As ICRISAT enters its 52nd year, Dr. Pathak’s leadership is seen as the beginning of a new chapter, with plans for strategic growth and excellence in dryland research.

Overview of the ICRISAT

Mission and Commitment

  • ICRISAT is a pioneering international organization dedicated to improving dryland farming and agri-food systems, addressing hunger, malnutrition, poverty, and environmental degradation affecting 2.1 billion people in dryland regions of Asia, Sub-Saharan Africa, and beyond.

Establishment

  • Founded on March 28, 1972, through a Memorandum of Agreement between the Government of India and the CGIAR (Consortium of International Agricultural Research Centers).

International Status 

  • Recognized as a specified “International Organisation” under section 3 of the United Nations (Privileges and Immunities) Act, 1947, by the Government of India.

Innovative Achievements

  • Mapped the genome code for cultivated groundnut—the first of its kind.
  • Released the first commercial pigeonpea hybrid in India.
  • Introduced Africa’s first biofortified pearl millet.
  • These innovations have significantly impacted dryland communities by enhancing sustenance, nutrition, and livelihoods, particularly for women and vulnerable populations.

Headquarters and Offices

  • Located in India (Asia), with offices in Eastern and Southern Africa, and West and Central Africa.

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Which was the First Country to Invent the Paper?

Paper is a significant invention that transformed the way we write and communicate information. Its development has a rich history, primarily credited to one country: China. This revolutionary material allowed for easier documentation and sharing of ideas, making it essential for education and record-keeping. The invention of paper paved the way for literacy to flourish, enabling knowledge to spread across cultures and generations. Let’s delve deeper into this remarkable topic.

First Country to Invent the Paper

China is the first country to invent paper. Although Cai Lun, a Han dynasty official, is often credited with improving papermaking around 105 CE, archaeological evidence shows that paper-like materials were in use as early as 179–141 BCE. This early innovation laid the foundation for the widespread use of paper in writing and communication.

Early Evidence of Papermaking

Archaeological findings indicate that the process of making paper predates Cai Lun. The oldest known paper fragment was discovered in Fangmatan, Gansu province, and dates back to between 179 and 141 BCE. Additional fragments found at Dunhuang and Yumen pass date to 65 BCE and 8 BCE, respectively. These findings suggest that paper was already in use before Cai Lun’s time.

Who was credited with the Invention of Paper in China?

Cai Lun, a Chinese official during the Han dynasty (202 BCE – 220 CE), is often credited with inventing paper around 105 CE. He created a new type of paper using materials like mulberry bark, rags, and fishing nets. This method made paper production cheaper and more efficient. Although Cai Lun improved the papermaking process, it seems that paper existed in some form long before his innovations.

Techniques Used in Papermaking

Before the invention of paper, ancient Chinese documents were written on heavy materials like bone or bamboo, making them difficult to use. During the Shang and Zhou dynasties, people began using lighter materials, but these were often too expensive. Cai Lun’s contribution involved using plant fibers and rags, inspired by the way wasps and bees build their nests.

The production process involved soaking and pounding rags to create a fibrous mass. This method allowed for the development of different types of paper. By the Tang dynasty (618–907 CE), new materials like bamboo became popular due to increased demand for paper.

Uses of Paper in Ancient China

Initially, paper was used for various purposes, including padding delicate objects like bronze mirrors. It also served as a writing medium by the 3rd century CE. Toilet paper, for example, was used in China as early as the late 6th century. The government even produced the first known paper money during the Song dynasty (960–1279 CE).

The Impact of Paper on Society

The introduction of paper significantly changed written culture in China. It allowed books to be produced and distributed more easily. Scholars began to collect more texts, and libraries expanded significantly. By the Tang dynasty, China was a leader in book production, surpassing other regions in the number of books available.

However, by the 9th century, the development of paper in the Middle East began to catch up with China. Libraries in cities like Cairo and Baghdad held larger collections than those in China. By the 15th century, the invention of the printing press in Europe further accelerated book production, eventually leading to larger collections than those in China.

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Kagiso Rabada, Fastest to 300 Test Wickets by Balls Bowled

Kagiso Rabada has etched his name in cricket history by becoming the fastest bowler to reach 300 Test wickets based on balls bowled, achieving the milestone in just 11,817 deliveries. The South African pace sensation is now among the greats, surpassing legends like Waqar Younis (12,602 balls) and Dale Steyn (12,605 balls).

Rabada, who made his Test debut in November 2015 against India, continues to be a cornerstone of South Africa’s bowling attack. By taking his 300th wicket during his 65th Test, he became the third-fastest South African to reach the milestone, trailing only Steyn and Allan Donald.

Rabada’s Record-Breaking Journey

At just 29 years old, Rabada’s meteoric rise is highlighted by his ability to bowl fast, swinging deliveries with pinpoint accuracy. His remarkable achievement places him among the world’s elite fast bowlers, including greats like Malcolm Marshall and Allan Donald.

In the match where he claimed his 300th scalp, Rabada played a pivotal role in dismantling Bangladesh’s batting lineup, with key dismissals of Mushfiqur Rahim and Litton Das, underscoring his continued dominance.

Most Wickets for South Africa in Test Cricket:

  1. Dale Steyn – 439 wickets in 93 Tests
  2. Shaun Pollock – 421 wickets in 108 Tests
  3. Makhaya Ntini – 390 wickets in 101 Tests
  4. Allan Donald – 330 wickets in 72 Tests
  5. Morne Morkel – 309 wickets in 86 Tests
  6. Kagiso Rabada – 301 wickets in 65 Tests*

Rabada’s consistency is reflected in his career statistics, where he overtook the legendary English all-rounder Ian Botham, who retired with 528 international wickets. Rabada now boasts 529 wickets, further cementing his legacy.

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Zimbabwe Sets Record For Highest T20I Total

Zimbabwe’s cricket team etched their name in history by posting a record-breaking total of 344/4 in a T20 International, led by Sikandar Raza’s unbeaten 133 off just 43 balls. His explosive innings, featuring 15 sixes, helped Zimbabwe achieve this landmark in the ICC Men’s T20 World Cup Africa Sub-Regional Qualifier B match against Gambia.

This score surpassed the previous highest total of 314/3 set by Nepal against Mongolia in 2023, solidifying Zimbabwe’s dominance in the T20 format.

Raza’s Record-Setting Performance

Raza’s century came in just 33 balls, marking the joint-second fastest T20I century. His knock not only registered his first T20I century for Zimbabwe but also helped the team smash 27 sixes, a world record for the most sixes in a T20I innings.

Before this game, Zimbabwe had been in exceptional form, posting 286/5 against Seychelles, entering the top five highest totals in men’s T20Is. Earlier in 2024, India had also joined the top ranks with their total of 297/6 against Bangladesh.

Top Five Highest Totals in Men’s T20I History:

Team Score Opposition Year
Zimbabwe 344/4 Gambia 2024
Nepal 314/3 Mongolia 2023
India 297/6 Bangladesh 2024
Zimbabwe 286/5 Seychelles 2024
Afghanistan 278/3 Ireland 2019
Czech Republic 278/4 Turkey 2019

Fastest T20I Centuries

Raza’s blistering knock made him only the second player to score a T20I century for Zimbabwe. His achievement matches the fastest T20I centuries on record, equaling the 33-ball century by Namibia’s Jan Nicol Loftie-Eaton earlier in 2024. Estonia’s Sahil Chauhan holds the record for the fastest T20I century in just 27 balls.

Zimbabwe’s Dominance in Sixes

The match also saw Zimbabwe smash 27 sixes, setting a new world record for most sixes in a T20I innings, surpassing the 26 sixes hit by Nepal against Mongolia during their 314/3 innings. This remarkable feat underscores the team’s growing strength and potential in the T20 format, with Raza emerging as a pivotal player driving their success.

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JP Morgan Chase India Appoints Pranav Chawda as New CEO

Pranav Chawda has been appointed as the new chief executive officer (CEO) of JP Morgan Chase India for a term of three years. Previously heading the commercial banking unit of the US-based JP Morgan, Chawda’s appointment comes after receiving the necessary approval from the Reserve Bank of India (RBI). His leadership is expected to drive the bank’s growth and strategic initiatives in the Indian market.

New Appointment 

  • Pranav Chawda has been named the chief executive officer (CEO) of JP Morgan Chase India for a term of three years, following the approval of the Reserve Bank of India (RBI).

Background 

  • Chawda previously headed the commercial banking unit of JP Morgan and has over 20 years of experience in the banking sector, including various roles in credit, product, business development, and sales.

Previous CEO 

  • He succeeds Prabhdev Singh, who stepped down in June before completing his term.

Leadership Expectations 

  • Kaustubh Kulkarni, JP Morgan’s senior country officer for India, emphasized Chawda’s experience will be crucial in driving the corporate banking business and capitalizing on opportunities in the Indian market.

Professional Credentials 

  • Chawda is a chartered accountant and joined Citigroup in 2000. He has worked with corporate banks, financial institutions, and commercial banks before joining JP Morgan in 2019.

JP Morgan Chase in India

History 

  • JP Morgan Chase established its presence in India in 1945 when Chase National Bank opened a representative office in Mumbai.

Current Operations 

  • The bank operates offices in Mumbai, Bengaluru, and Hyderabad and launched a commercial bank in India in 2007.

Joint Ventures

  • In 1996, JP Morgan entered a joint venture with ICICI to raise funds in the domestic market and later formed another joint venture for investment management services in 1997.

Recent Developments

  • Expanded commercial banking services for local midcap companies in 2019.
  • Opened its largest campus in Asia Pacific in Hyderabad in 2021.
  • Launched an international banking unit in GIFT IFSC, Gandhinagar, in 2022.

Investment Offerings 

  • JP Morgan launched its first mutual fund, the J.P. Morgan India Equity Fund, in 2007.

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Who was the Founder of the Holkar Dynasty?

The Holkar Dynasty significantly influenced Indian history, particularly within the Maratha Empire. It emerged as a powerful force in the 18th century, shaping regional politics and military campaigns. Understanding the founder and early beginnings of this dynasty offers insights into its rise to prominence and its lasting impact on Indian history.

Who was the Founder of the Holkar Dynasty?

Malhar Rao Holkar was the founder of the Holkar Dynasty in India. Born on March 16, 1693, he served under the Maratha Empire. He was given the estate of Indore to govern by the Peshwas. Malhar Rao played a significant role in expanding Maratha rule in northern India. He became a powerful leader and established a dynasty that ruled over Malwa for many years. He is remembered for his contributions to the Maratha Empire.

Key Details Related to the Founder of Holkar Dynasty

  • Name: Malhar Rao Holkar
  • Date of birth: 16th March 1693
  • Place of birth: Jejuri, Pune
  • Known as: Founder of Holkar Dynasty
  • Death: 20th May 1766
  • Place of death: Alampur, Madhya Pradesh

Rise to Power and Service Under the Peshwas

Malhar Rao initially served in the forces of Kadam Bande in Khandesh. In 1715, he began his military journey, and by 1719, he participated in an expedition to Delhi led by Balaji Vishwanath. In 1721, he switched allegiance to the Peshwa, Bajirao I, rising quickly through the ranks due to his dedication and military prowess. His successful military campaigns, including his role in the Battle of Palkhed (1728), helped solidify his reputation. By 1732, he was granted a large portion of western Malwa, giving him control over thousands of cavalry troops.

Key Military Campaigns and Achievements

Malhar Rao was actively involved in major battles and campaigns that shaped the Maratha Empire. He fought against the Nizam in the Battle of Balapur (1720), participated in the Maratha expedition to Delhi (1737), and played a role in the Maratha victory over the Portuguese at Vasai (1739). His influence grew stronger after 1748, when he gained a firm hold in the Malwa region. He was granted several territories for his service, including Rampura, Bhanpura, and Tonk.

Role of Malhar Rao in the Mughal and Durrari Wars

Holkar was a key figure in the Maratha campaigns against the Mughal Empire and the Durrani Empire. He participated in significant battles, such as the Battle of Jalesar and the Battle of Delhi (1737). In 1754, during the siege of Kumher Fort, his only son Khanderao was killed, deeply affecting him. Holkar was also involved in the conquest of Lahore and other regions, demonstrating his military expertise. Despite facing setbacks, including a defeat by the Durrani cavalry at the Second Battle of Sikandarabad (1760), he continued to be a formidable force.

The Third Battle of Panipat and Later Years

Malhar Rao Holkar played an advisory role in the Third Battle of Panipat (1761). He suggested using traditional Maratha guerrilla tactics, but his advice was not followed. Even though the Marathas faced a crushing defeat, Holkar managed to save many civilians and families of Maratha leaders. In the years that followed, he worked towards reviving the Maratha power, supporting figures like Mahadji Scindia and his daughter-in-law Ahilyabai Holkar, who later became the ruler of Indore.

Death and Legacy of Malhar Rao, the Founder of the Holkar Dynasty

Malhar Rao Holkar passed away on 20 May 1766 at Alampur, Madhya Pradesh. After his death, his daughter-in-law, Ahilyabai Holkar, took over the administration of Indore, following the brief reign of his grandson, Male Rao Holkar, who died in 1767. Malhar Rao is remembered as one of the key figures who contributed to the spread of Maratha power across India. His samadhi, or memorial, was built by Ahilyabai at the site of his cremation in Alampur.

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New Missile Testing Range Approved in Andhra Pradesh

The Cabinet Committee on Security (CCS), led by Prime Minister Narendra Modi, has approved the establishment of a new missile testing range in Nagayalanka, Andhra Pradesh. This initiative aims to bolster India’s defense capabilities, particularly for testing tactical missile systems. The new facility will focus on surface-to-air missiles, anti-tank missiles, and other advanced projects under the Defence Research and Development Organisation (DRDO).

Key Details of the Approval

The CCS meeting also sanctioned several crucial proposals, including the procurement of 31 Predator drones from the U.S. and the construction of two nuclear submarines under Project ATV. Additionally, plans for developing roads for military forces and enhancing space-based capabilities were greenlit. The DRDO is advancing its development of various weapon systems, including Very Short Range Air Defence Systems and quick reaction surface-to-air missile systems.

Importance of the New Facility

This missile testing range will serve as a critical hub for DRDO’s tactical missile projects, significantly enhancing India’s defense infrastructure. Andhra Pradesh Chief Minister N Chandrababu Naidu expressed pride in the state’s role in national security, emphasizing that the region will contribute to technological advancements and job creation in the defense sector. The facility is expected to feature modern launch control centers and monitoring stations, with completion anticipated within three years of land allocation to DRDO.

Historical Context

The Integrated Test Range (ITR) is part of a broader initiative that has seen significant investments in missile testing capabilities in India. The Machilipatnam Test Range Project, which has been in development since 2012, marks a key step toward establishing a comprehensive testing facility capable of supporting both short-range and long-range missile missions. The ground-breaking ceremony for the range took place in 2019, and with this latest approval, India’s defense sector is poised for further advancements.

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Delhi Government Establishes Special Courts for People with Disabilities

In a significant move towards inclusivity, the Delhi government, led by Chief Minister Atishi, has approved the establishment of special courts dedicated to people with disabilities. This initiative aims to provide fair and swift justice by designing court environments that cater specifically to the needs of individuals with disabilities. Atishi described this as a “historic step” that underscores the government’s commitment to ensuring equitable judicial processes for all citizens.

Key Features of the Special Courts

Inclusive Design: The courts will be tailored to meet the unique requirements of individuals with disabilities, facilitating a more accessible judicial experience.

Swift Justice: The establishment of these courts is expected to streamline legal proceedings for people with disabilities, promoting timely resolutions.

Connecting Past and Present

Historically, individuals with disabilities have faced significant barriers within the judicial system. This new initiative marks a pivotal change, reflecting a modern approach to justice that prioritizes inclusivity and equality, aligning with global standards for the rights of people with disabilities.

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