Paris Olympics 2024 Medal Tally, India Medal Tally in Olympics

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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

World Teachers’ Day 2024 Observed Every year on October 5th

Every year on October 5th, the world comes together to celebrate World Teachers’ Day, a momentous occasion dedicated to recognizing and honouring the invaluable contributions of educators worldwide. This day serves as a reminder of the profound impact teachers have on shaping not just individual lives, but the very fabric of society. Teachers, often regarded as second parents, guide students through crucial developmental stages, imparting not only knowledge but also essential life skills and values.

Historical Context: The Origins of World Teachers’ Day

Establishment and UNESCO’s Role

World Teachers’ Day was first established in 1994 by the United Nations Educational, Scientific and Cultural Organization (UNESCO). The date, October 5th, holds particular significance as it commemorates the adoption of the 1966 UNESCO/ILO Recommendation concerning the Status of Teachers. This groundbreaking document marked a watershed moment in education history, establishing international standards for:

Teachers’ rights and responsibilities
Initial preparation and continuing education
Recruitment policies
Employment conditions
Teaching and learning conditions

Evolution Over Three Decades

Since its inception, World Teachers’ Day has evolved from a simple commemoration to a global movement advocating for:

Enhanced teacher recognition
Improved working conditions
Better professional development opportunities
Greater societal respect for the teaching profession

The 2024 Theme: A Call for Teacher Empowerment

“Valuing Teacher Voices: Towards a New Social Contract for Education”

The 2024 theme represents a significant shift in the dialogue surrounding education. By focusing on “Valuing Teacher Voices,” the international community acknowledges the critical need to:

Include teachers in educational policy-making
Recognize educators as experts in their field
Create platforms for teachers to share their experiences and insights
Develop collaborative approaches to educational reform

The Concept of a New Social Contract

The theme’s emphasis on a “New Social Contract for Education” encompasses several key elements:

Mutual Responsibility: Recognition that quality education is a shared responsibility between educators, policymakers, and society
Teacher Autonomy: Granting teachers more freedom to innovate and adapt their teaching methods
Professional Dignity: Ensuring teachers receive the respect and support they deserve
Resource Allocation: Committing to providing adequate resources for effective teaching

Significance in Today’s Educational Landscape

Addressing Contemporary Challenges

World Teachers’ Day 2024 comes at a crucial time when educators face numerous challenges:

Technological Integration: Adapting to rapidly evolving educational technologies
Resource Constraints: Managing with limited budgets and materials
Work-Life Balance: Coping with increasing workloads and expectations
Professional Development: Finding time and opportunities for continuous learning

The Role of Teachers in Modern Society

Today’s teachers are more than just instructors; they are:

Mentors guiding students through complex social and emotional challenges
Innovators adapting teaching methods to diverse learning styles
Digital Facilitators bridging the gap between traditional and modern learning approaches
Community Leaders fostering connections between schools and local communities

Global Impact and Celebrations

Worldwide Observances

Different countries celebrate World Teachers’ Day through various activities:

Award Ceremonies recognizing outstanding educators
Educational Conferences discussing current trends and challenges
Student-Led Tributes showcasing appreciation for teachers
Policy Dialogues addressing educational reform

Long-term Effects of Teacher Recognition

Celebrating World Teachers’ Day contributes to:

Improved teacher morale and job satisfaction
Enhanced public perception of the teaching profession
Increased interest in teaching careers among young people
Greater support for educational initiatives

Moving Forward: The Future of Education

Building on the 2024 Theme

The focus on teacher voices sets the stage for:

More collaborative educational policy development
Enhanced teacher training programs
Improved working conditions for educators
Greater investment in educational resources

Creating Sustainable Change

To ensure lasting impact, stakeholders must commit to:

Continuous Dialogue: Maintaining open communication between teachers and policymakers
Evidence-Based Reform: Using research and teacher feedback to guide changes
Supportive Infrastructure: Developing systems that empower teachers
Global Cooperation: Sharing best practices across borders

Top-10 Industries in India 2024, Check the List

India’s economy is diverse, with several industries playing a crucial role in its growth and development. From information technology to agriculture, these industries not only provide employment to millions but also enhance India’s global competitiveness. As one of the fastest-growing economies in the world, India has emerged as a leader in sectors like IT, pharmaceuticals, and automobiles, making it a vital player in the global market.

Largest Industries in India

India has many large industries that help its economy grow. The biggest ones include information technology (IT), agriculture, and automobiles. India is known for its strong IT services, producing cars and bikes, and growing food like rice and wheat. Other important industries include steel, textiles, and pharmaceuticals, which all support jobs and trade.

Top-10 Industries in India 2024

In 2024, India’s top industries play a crucial role in driving the country’s economic growth, creating jobs, and boosting its global presence. These sectors contribute significantly to exports, innovation, and technological advancements.

Here is the list of top-10 industries in the world 2024:

Information Technology and Software Services
Pharmaceutical
FMCG
Renewal Energy
E-Commerce
FinTech
Automobiles and Auto Components
Healthcare
Telecommunications
Education (EdTech)

Top-10 Biggest Industries in India in Brief

India is home to a diverse and rapidly growing economy, with several key industries driving its growth. Here’s a brief overview of the top ten biggest industries in India, showcasing their significance and contributions to the country’s economy.

Information Technology and Software Services

This sector focuses on creating and managing computer software and systems. It helps businesses run smoothly by providing tools for data management, communication, and technology support.

Pharmaceutical

The pharmaceutical industry develops and produces medications to treat illnesses and improve health. Companies in this sector conduct research to create new drugs and ensure they are safe and effective for people.

FMCG (Fast-Moving Consumer Goods)

FMCG refers to products that are sold quickly at a low cost, like food, drinks, and personal care items. These goods are bought frequently and are essential for daily life.

Renewable Energy

This sector focuses on energy sources that are sustainable and eco-friendly, such as solar, wind, and hydropower. Renewable energy helps reduce pollution and fight climate change by using resources that won’t run out.

E-Commerce

E-commerce is the buying and selling of goods and services over the internet. It allows customers to shop online from anywhere and gives businesses a wider reach to sell their products.

FinTech

FinTech stands for financial technology, which combines finance and technology. This sector includes apps and services that make banking, investing, and money management easier and more accessible for everyone.

Automobiles and Auto Components

This sector involves manufacturing cars, trucks, and their parts. It includes designing vehicles, producing components, and selling them to consumers. Innovations are aimed at improving safety and efficiency.

Healthcare

Healthcare involves providing services to maintain or improve people’s health. This sector includes hospitals, clinics, and health professionals who diagnose and treat medical conditions and promote wellness.

Telecommunications

Telecommunications is about communication over distances through technology like phones and the internet. It connects people and businesses, enabling calls, messages, and data sharing globally.

Education (EdTech)

EdTech refers to using technology to enhance learning and education. It includes online courses, educational apps, and tools that help students and teachers improve the learning experience.

List of Japan’s Prime Ministers from 1885 to 2024

Japan’s political leadership has seen various transitions from the Meiji era to the present day. The role of the Prime Minister has been crucial in shaping the nation’s domestic policies and international relations. This list explores the Prime Ministers who have led Japan from the establishment of the office in 1885 up until 2024.

An Overview of Japan

Japan is an island nation in East Asia, located in the Pacific Ocean and bordered by the Sea of Japan. It comprises four main islands—Hokkaido, Honshu, Shikoku, and Kyushu—and many smaller ones, covering 377,975 km². With nearly 124 million people in 2024, Japan’s capital, Tokyo, is the world’s largest metropolitan area. Its mountainous terrain, located in the Pacific Ring of Fire, makes it prone to earthquakes and tsunamis.

List of Prime Ministers of Japan from 1885 to 2024

The list of Prime Ministers of Japan from 1885 to 2024 includes leaders who have played significant roles in shaping the country’s political landscape. Japan’s prime ministers have overseen various historical events, from the Meiji Restoration through World War II to the modern era of global diplomacy and economic development.

Here is the list of Prime Ministers of Japan from 1885 to 2024:

Prime Ministers of Japan from 1885 to 2024
Name	Tenure
Name	From	To
ITO Hirobumi	December 22, 1885	April 30, 1888
Kuroda Kiyotaka	April 30, 1888	October 25, 1889
Yamagata Aritomo	December 24, 1889	May 6, 1891
Matsukata Masayoshi	May 6, 1891	August 8, 1892
ITO Hirobumi	August 8, 1892	August 31, 1896
Matsukata Masayoshi	September 18, 1896	January 12, 1898
ITO Hirobumi	January 12, 1898	June 30, 1898
Okuma Shigenobu	June 30, 1898	November 8, 1898
Yamagata Aritomo	November 8, 1898	October 19,1900
ITO Hirobumi	October 19, 1900	May 10, 1901
Katsura Taro	June 2, 1901	January 7, 1906
SaionJi Kinmochi	January 7, 1906	July 14, 1908
Katsura Taro	July 14, 1908	August 30, 1911
SaionJi Kinmochi	August 30, 1911	December 21, 1912
Katsura Taro	December 21, 1912	February 20, 1913
Yamamoto Gonbe	February 20, 1913	April 16, 1914
Okuma Shingenobu	April 16, 1914	October 9, 1916
Terauchi Masatake	October 9, 1916	September 29, 1918
Hara Takashi	September 29, 1918	November 4, 1921
Takahashi Korekiyo	November 13, 1921	June 12, 1922
Kato Tomosaburo	June 12, 1922	August 24, 1923
Yamamoto Gonbe	September 2, 1923	January 7, 1924
Kiyoura Keigo	January 7, 1924	June 11, 1924
Kato Takaaki	June 11, 1924	January 28, 1926
Wakatsuki Reijiro	January 30, 1926	April 20, 1927
Tanaka Giichi	April 20, 1927	July 2, 1929
Hamaguchi Osachi	July 2, 1929	April 14, 1931
Wakatsuki Reijiro	April 14, 1931	December 13, 1931
Inukai Tsuyoshi	December 13, 1931	May 16, 1932
Saito Makoto	May 26, 1932	July 8, 1934
Okada Keisuke	July 8, 1934	March 9, 1936
Hirota Koki	March 9, 1936	February 2, 1937
Hayashi Senjuro	February 2, 1937	June 4, 1937
Konoe Fumimaro	June 4, 1937	January 5, 1939
Hiranuma Kiichiro	January 5, 1939	August 30, 1939
Abe Nobuyuki	August 30, 1939	January 16, 1940
Yonai Mitsumasa	January 16, 1940	July 22, 1940
Konoe Fumimaro	July 22, 1940	July 18, 1941
Konoe Fumimaro	July 18, 1941	October 18, 1941
Tojo Hideki	October 18, 1941	July 18, 1944
Koiso Kuniaki	July 22, 1944	April 7, 1945
Suzuki Kantaro	April 7, 1945	August 17, 1945
Prince Higashikuni Naruhiko	August 17, 1945	October 9, 1945
Shidehara Kijyuro	October 9, 1945	May 22, 1946
Yoshida Shigeru	May 22, 1946	May 24, 1947
Katamaya Testu	May 24, 1947	March 10, 1948
Ashida Hitoshi	May 10, 1948	October 15, 1948
Yoshida Shigeru	October 15, 1948	February 16, 1949
Yoshida Shigeru	February 16, 1949	October 30, 1952
Yoshida Shigeru	October 30, 1952	May 21, 1953
Yoshida Shigeru	May 21, 1953	December 10, 1954
Hatomaya Ichiro	December 10, 1954	March 19, 1955
Hatomaya Ichiro	March 19, 1955	November 22, 1955
Hatomaya Ichiro	November 22, 1955	December 23, 1956
Ishibashi Tanzan	December 23, 1956	February 25, 1957
Kishi Nobusuke	February 25, 1957	June 12, 1958
Kishi Nobusuke	June 12, 1958	July 19, 1960
Ikeda Hayato	July 19, 1960	December 8, 1960
Ikeda Hayato	December 8, 1960	December 9, 1963
Ikeda Hayato	December 9, 1963	November 9, 1964
Sato Eisaku	November 9, 1964	February 17, 1967
Sato Eisaku	February 17, 1967	January 14, 1970
Sato Eisaku	January 14, 1970	July 7, 1972
Tanaka Kakuei	July 7, 1972	December 22, 1972
Tanaka Kakuei	December 22, 1972	December 9, 1974
Miki Takeo	December 9, 1974	December 24, 1976
Fukuda Takeo	December 24, 1976	December 7, 1978
Ohira Masayoshi	December 7, 1978	November 9, 1979
Ohira Masayoshi	November 9, 1979	June 12, 1980
Suzuki Zenko	July 17, 1980	November 27, 1982
Nakasone Yasuhiro	November 27, 1982	December 27, 1983
Nakasone Yashiro	December 27, 1983	July 22, 1986
Nakasone Yashiro	July 22, 1986	November 6, 1987
Takeshita Noboru	November 6, 1987	June 3, 1989
Uno Sousuke	June 3, 1989	August 10, 1989
Faifu Toshiki	August 10, 1989	February 28, 1990
Faifu Toshiki	February 28, 1990	November 5, 1991
Miyazawa Kiichi	November 5, 1991	August 9, 1993
Hosokawa Morihiro	August 9, 1993	April 28, 1994
Hata Tsutomu	April 28, 1994	June 30, 1994
Murayama Tomiichi	June 30, 1994	January 11, 1996
Hashimoto Ryutaro	January 11, 1996	November 7, 1996
Hashimoto Ryutaro	November 7, 1996	July 30, 1998
Obuchi Keizo	July 30, 1998	April 5, 2000
Mori Yoshiro	April 5, 2000	July 4, 2000
Mori Yoshiro	July 4, 2000	April 26, 2001
Koizumi Junichiro	April 26, 2001	November 19, 2003
Koizumi Junichiro	November 19, 2003	September 21, 2005
	September 21, 2005	September 26, 2006
Abe Shinzo	September 26, 2006	September 26, 2007
Fukudo Yasuo	September 26, 2007	September 24, 2008
Aso Taro	September 24, 2008	September 16, 2009
Hatoyama Yukio	September 16, 2009	June 8, 2010
Kan Naoto	June 8, 2010	September 2, 2011
Noda Yoshiko	September 2, 2011	December 26, 2012
Abe Shinzo	December 26, 2012	December 24, 2014
Abe Shinzo	December 24, 2014	November 1, 2017
Abe Shinzo	November 1, 2017	September 16, 2020
Suga Yoshihide	September 16, 2020	October 4, 2021
Kishida Fumio	October 4, 2021	November 10, 2021
Shigeru Ishiba	October 1, 2024	–

NASA’s SpaceX Crew-9 Launches to ISS for Science Expedition

NASA’s SpaceX Crew-9 mission successfully launched on Sept. 28, 2024, from Space Launch Complex-40, Cape Canaveral, at 1:17 p.m. EDT. The mission is part of NASA’s continued efforts to support scientific research aboard the ISS. Astronaut Nick Hague and cosmonaut Aleksandr Gorbunov will spend five months aboard the space station, conducting crucial scientific experiments.

Mission Highlights

Crew-9, NASA’s ninth commercial crew rotation to the ISS, launched aboard a SpaceX Falcon 9 rocket, marking a key moment in NASA’s collaboration with international and commercial partners. The spacecraft will dock with the ISS on Sept. 29, expanding the Expedition 72 crew to 11 members temporarily before Crew-8 departs in early October.

Scientific Research

Hague and Gorbunov, along with their crewmates, will conduct over 200 investigations, including studies on blood clotting, moisture effects on space-grown plants, and vision changes in astronauts. Their work will further humanity’s knowledge in preparation for future deep space missions.

Crew Information and Objectives

Nick Hague, making his second trip to the ISS, will serve as a mission specialist, while first-time flier Aleksandr Gorbunov will be the flight engineer for Expedition 72/73. Following their mission, they will return to Earth with fellow astronauts in February 2025, contributing to the ISS’s legacy of over 23 years of continuous human presence and scientific advancement.

Future Impact

The mission is essential for NASA’s long-term goals, including the Artemis campaign, and serves as a stepping stone for future space exploration, particularly for extended missions beyond Earth’s orbit.

International Space Station (ISS) Overview

The International Space Station (ISS) is a multi-national collaborative project, serving as a unique space laboratory for scientific research and technological advancements in low Earth orbit (LEO). It has been continuously inhabited by humans since the year 2000, making it a symbol of global cooperation in space exploration. The ISS orbits the Earth at an average altitude of approximately 400 kilometers (250 miles) and travels at a speed of 28,000 km/h (17,500 mph), completing one orbit around the Earth roughly every 90 minutes.

Key Details

Launch Year: 1998
First Crewed Mission: November 2, 2000
Current Operational Status: Active, with plans for extended operation into the 2030s.
Partners: NASA (United States), Roscosmos (Russia), ESA (European Space Agency), JAXA (Japan Aerospace Exploration Agency), and CSA (Canadian Space Agency).

Purpose of the ISS

The primary goals of the ISS are:

Scientific Research: The ISS provides an unparalleled environment for conducting experiments in microgravity. Scientists from around the world use the station to study a range of disciplines, including biology, physics, astronomy, and materials science.
Technological Development: The ISS serves as a platform to test new space technologies, including life support systems, energy systems, and spacecraft docking techniques.
International Cooperation: It stands as a hallmark of peaceful collaboration between nations, fostering partnerships between space agencies and industries.
Preparation for Deep Space Missions: Research and operations aboard the ISS help prepare humanity for long-duration missions to destinations like the Moon and Mars.

Structure and Components

The ISS consists of multiple interconnected modules and various external structures. These include:

Pressurized Modules:
- Zarya (Russia): The first module launched in 1998, providing propulsion and storage.
- Unity (USA): Connects Russian and American segments.
- Destiny (USA): The U.S. laboratory module for scientific research.
- Kibo (Japan): The largest module, dedicated to science experiments.
- Columbus (Europe): ESA’s laboratory module.
External Structures:
- Solar Arrays: Provide electricity to the station using solar power.
- Truss Structure: A backbone that supports the solar arrays and other equipment.
- Robotic Arms: Canadarm2 and Dextre help with the assembly, maintenance, and docking of spacecraft.
Docking Ports: Used for spacecraft to dock, including those from SpaceX’s Dragon, Russia’s Soyuz, and others.

International Partners and Contributions

NASA (USA): NASA oversees the station’s operations, logistics, and scientific utilization. They also provide the Destiny module, Unity node, and robotic technologies.
Roscosmos (Russia): Responsible for essential modules like Zvezda and Zarya, as well as providing crew transportation via the Soyuz spacecraft.
ESA (Europe): European partners contributed the Columbus module and Automated Transfer Vehicle (ATV) for cargo delivery.
JAXA (Japan): Japan’s key contribution is the Kibo module, which has an external platform for conducting experiments outside the station.
CSA (Canada): Canada’s most notable contribution is the Canadarm2, used to move cargo and assist in docking procedures.

ICC Women’s Cricket World Cup Winners List (1973-2024)

The Women’s ODI Cricket World Cup, first played in 1973, is the oldest global tournament in cricket, preceding the men’s event by two years. With 12 editions held so far, Australia has dominated the competition, securing seven titles, while England follows with four. India, despite reaching the final twice, is yet to claim a title. The Women’s Cricket World Cup is one of the most prestigious tournaments in women’s sport, and it is always keenly contested by the top teams in the world. The tournament has a long and rich history, and it has been won by some of the greatest women’s cricketers of all time.

List of Women’s World Cup Winners from 1973 to 2024

The Women’s Cricket World Cup is a global event, and it is always watched by millions of people around the world. The tournament is a great opportunity to showcase the talent and skills of the world’s best women cricketers, and it is also a great way to promote the sport of cricket to a wider audience.

Australia (8 times): 1978, 1982, 1997, 2005, 2013, 2017, 2022, 2023
England (4 times): 1973, 1993, 2009, 2017
New Zealand (1 time): 2000
West Indies (1 time): 1979

Year	Winner	Runners up
1973	England	Australia
1978	Australia	England
1982	Australia	England
1988	Australia	England
1993	England	New Zealand
1997	Australia	New Zealand
2000	New Zealand	Australia
2005	Australia	India
2009	England	New Zealand
2013	Australia	West Indies
2017	England	India
2022	Australia	England

Adani and Google Partner to Boost Clean Energy in India

In a new partnership aimed at enhancing sustainability, the Adani Group will supply renewable energy from its upcoming solar-wind hybrid project in Khavda, Gujarat, to Google starting in 2025. The Khavda project, located in the world’s largest renewable energy facility, is set to begin commercial operations in Q3 2025. With a strong track record in large-scale renewable projects, Adani will provide tailored energy solutions to support Google’s carbon-free energy goal and help reduce the carbon footprints of industrial clients.

Key Sub-Headers

Adani’s Renewable Energy Strategy

Adani Group continues to expand its renewable energy portfolio, focusing on wind, solar, hybrid, and energy storage. It aims to target the commercial and industrial (C&I) sectors, driving decarbonization across industries.

Google’s Sustainability Goals

This collaboration aligns with Google’s target of achieving 24/7 carbon-free energy across its global operations and its commitment to reducing 50% of Scope 1, 2, and 3 emissions by 2030.

Power Consumption Agreement

Earlier this week, Adani Green Energy Ltd signed a Power Consumption Agreement (PCA) with a commercial client for 61.4 MW of energy from Khavda, further strengthening its role in India’s green energy transition.

Women’s T20 World Cup Winners List (2009 to 2024)

The Women’s T20 World Cup has significantly contributed to the growth and popularity of women’s cricket over the past few years. Since its inception in 2009, this prestigious tournament has showcased the remarkable talent and resilience of female cricketers from around the world. With eight editions completed, Australia has established itself as the dominant force, winning the title six times. This article explores the winners of the Women’s T20 World Cup, highlighting the achievements of teams such as England and West Indies, as well as the impressive performances by runners-up like India, New Zealand, and South Africa.

Women’s T20 World Cup Winners List (2009 to 2024)

Year	Winner	Runners-up	Hosts
2009	England	New Zealand	England
2010	Australia	New Zealand	West Indies
2012	Australia	England	Sri Lanka
2014	Australia	England	Bangladesh
2016	West Indies	Australia	India
2018	Australia	England	West Indies
2020	Australia	India	Australia
2023	Australia	South Africa	South Africa
2024	TBD	TBD	Bangladesh

ICC Women’s T20 World Cup 2024- Points Table

The ongoing Women’s T20 cricket tournament has kicked off with exciting matches, showcasing the skills of top teams across two groups: Group A and Group B. Each group features five national teams vying for points to secure a spot in the knockout stages. Group A consists of teams from Pakistan (PAKW), India (INDW), Australia (AUSW), New Zealand (NZW), and Sri Lanka (SLW). Meanwhile, Group B includes Bangladesh (BANW), England (ENGW), West Indies (WIW), South Africa (RSAW), and Scotland (SCOW).

As of the latest standings, Pakistan Women (PAKW) lead Group A after a solid victory in their first match, earning 2 points with a net run rate (NRR) of +1.550, while Sri Lanka Women (SLW) are yet to open their account following a loss. The rest of the teams in Group A, including India, Australia, and New Zealand, are yet to play their first match.

In Group B, Bangladesh Women (BANW) have secured a top position after their opening game win, giving them 2 points and an NRR of +0.800. Scotland Women (SCOW) suffered a loss in their opening match and will be looking to bounce back, while the remaining teams – England, West Indies, and South Africa – are still to begin their campaign.

This tournament promises a series of thrilling contests as teams compete not just for victories, but also to maintain or improve their NRR, a critical factor in deciding rankings as the group stages progress.

ICC Women’s T20 World Cup 2024- Group A

Team	P	W	L	Pts	NRR
PAKW	1	1	0	2	+1.550
INDW	0	0	0	0	0.000
AUSW	0	0	0	0	0.000
NZW	0	0	0	0	0.000
SLW	1	0	1	0	-1.550

ICC Women’s T20 World Cup 2024- Group B

Team	P	W	L	Pts	NRR
BANW	1	1	0	2	+0.800
ENGW	0	0	0	0	0.000
WIW	0	0	0	0	0.000
RSAW	0	0	0	0	0.000
SCOW	1	0	1	0	-0.800

Which City of Madhya Pradesh is Known for Chausath Yogini Temple?

City of Madhya Pradesh Known for Chausath Yogini Temple

Madhya Pradesh, a state in central India, is known for its rich historical and cultural heritage. Among its many ancient temples, the Chausath Yogini Temple stands out for its architectural beauty and historical significance. The temple is located in a specific city that has become famous due to this monument.

An Overview of Madhya Pradesh

Madhya Pradesh is a state in central India. Its capital city is Bhopal, and its largest city is Indore. Other important cities include Jabalpur, Gwalior, and Ujjain. Madhya Pradesh is the second biggest state in India by size and has over 72 million people. It shares borders with Uttar Pradesh, Chhattisgarh, Maharashtra, Gujarat, and Rajasthan.

Number of Districts in Madhya Pradesh

Madhya Pradesh consists of 55 districts, which are organized into 10 divisions. As of 2023, the state has 55 district panchayats, 376 tehsils, 313 block-level panchayats (janpad panchayats), and 23,043 village panchayats. The urban areas are managed by 18 municipal corporations (Nagar Nigams), 100 municipal councils (Nagar Palikas), and 264 town councils (Nagar Panchayats).

Largest and Smallest Districts of Madhya Pradesh

Chhindwara is the largest district in Madhya Pradesh, covering 11,815 square kilometers and located in the Jabalpur division. It has 13 tehsils. Niwari is the smallest district, covering just 1,170 square kilometers. Niwari is famous for its beautiful palaces, forts, and vibrant markets.

Location of Chausath Yogini Temple in Madhya Pradesh

The Chausath Yogini Temple is located in Mitaoli village, Morena district, Madhya Pradesh. It sits on a hill about 100 feet high, offering a beautiful view of the surroundings. Visitors can reach the temple by climbing 100 steps, making it a significant historical site in the region.

Architecture and Design of Chausath Yogini Temple of Madhya Pradesh

The temple has a unique circular design, with 65 chambers surrounding an open courtyard. These chambers were meant for 64 Yoginis (female deities) and the goddess Devi. The temple also features an open central shrine dedicated to Lord Shiva. Unlike many Indian temples, this one is open to the sky, creating a sacred space for the Yoginis, who were believed to have the ability to fly.

Historical Importance

The Chausath Yogini Temple was built during the rule of King Devapala in the 11th century. According to historical records, it was a center for learning astrology and mathematics, especially by observing the Sun’s movements. The temple is now protected as a historical monument by the Archaeological Survey of India.

Bharat Electronics and Israel Aerospace Industries Form Joint Venture

Bharat Electronics Limited (BEL), a Navratna defense PSU, and Israel Aerospace Industries (IAI), Israel’s leading aerospace and defense company, have established a joint venture (JV) named BEL IAI AeroSystems Private Ltd. The JV, headquartered in Delhi, aims to serve as the single point of contact for long-term product support of the Medium Range Surface-to-Air Missile (MRSAM) systems utilized by India’s defense forces. This partnership underscores the long-standing collaboration between BEL and IAI on various strategic programs, enhancing India’s defense capabilities while aligning with the government’s vision of ‘Atmanirbhar Bharat’.

Background of the MRSAM System

The MRSAM, developed jointly by IAI and India’s DRDO, is a cutting-edge air and missile defense system designed to counter diverse aerial threats. It is currently operational with the Indian Air Force, Indian Army, Indian Navy, and Israeli defense forces. The system features advanced components such as an Advanced Phased Array Radar, mobile launchers, and interceptors equipped with sophisticated RF seekers.

Significance of the Joint Venture

This joint venture is positioned to provide comprehensive life cycle support, including technical and maintenance services for the MRSAM systems. The collaboration will leverage the strengths of both BEL and IAI, further solidifying their partnership in supporting the Indian military’s defense infrastructure and strategic objectives.

Bharat Electronics Limited (BEL)

Bharat Electronics Limited (BEL) is a prominent Indian public sector undertaking specializing in aerospace and defense electronics. Established in 1954 in Bangalore, Karnataka, BEL focuses on manufacturing advanced electronic products for both ground and aerospace applications. The company operates under the Ministry of Defence of India and has been designated as a Navratna company, highlighting its significant status and operational autonomy within the public sector.

History

Founding and Early Developments (1954-1989)

- 1954: BEL was founded in Bangalore.
- 1956-1964: Initially manufactured communication equipment, receiving valves, germanium semiconductors, and radio transmitters with assistance from the Soviet Union.
- 1966: Set up radar manufacturing facilities and R&D.
- 1970s: Expanded into TV picture tubes, X-ray tubes, and military communication equipment.
- 1981-1989: Established multiple manufacturing units across India and diversified into telecom switching, electronic warfare systems, and advanced research facilities.

Modernization and Growth (1990-Present)

- 1990s: Entered joint ventures, disinvested, and achieved significant turnover milestones.
- 2000s: Reorganized into Strategic Business Units (SBUs) and achieved Mini Ratna status.
- 2010: Delivered advanced communication technology for the Indian Navy.
- 2011-2019: Showcased C4ISR capabilities and engaged in various smart city projects.