Monday 30 August 2021

TRIBAL WOMEN SET UP A COMPANY WORTH CRORES BY SELLING HERBAL POWDER

Tribal women selling herbal powder by forming a company, annual turnover exceeds one crore

Some tribal women of Sheopur district located in Gwalior region of Madhya Pradesh have written a new story of self-reliance. She is now running her own company. Proudly manufactures powders of herbs and supplies to companies manufacturing ayurvedic products. The turnover of his company has reached one crore rupees annually. Now his profit has almost doubled. The name of the company of these women is Saharia Mahila Minor Forest Produce Storage Producer Limited. Six thousand women are associated with this company, who are removing the financial problems of their families.

Government scheme help 

The story begins in the forests of Karahal-Vijaipur in Sheopur district. Jamuna tribals and some other tribal women used to bring herbs from these forests, make powder and sell them at retail to local traders at very low prices. Dr. SK Mudgal, District Project Officer of MP Aajeevika Mission came to know about this. According to Dr. Mudgal, from the year 2016, the Ministry of Rural Development, Government of India had started a special program to improve the condition of tribal women. Under this, an organization named Access Development Service of Delhi provided training to these Sahariya tribal women for three months in Bhopal, Jabalpur, Sawai Madhopur (Rajasthan) etc. for the identification of herbs and their specialty. After this the women formed the Saharia Mahila Minor Forest Produce Producer Limited Company. 

Equal share of profit 

Jamuna became the director of the tribal company and made six women members. Then six thousand women were made share holders in the company by taking Rs 100-100. Together they entered into contracts to find the herb, make its powder and sell it to big companies. The result was that now the annual turnover of the company is one to 1.25 crore rupees. Out of this, the amount of profit is distributed among all the six thousand shareholder women.

Used to get less money in retail business 

In Sheopur district, 48 collection centers have been set up to buy herbs. Here women buy herbs on commission basis and sort them and send them to the warehouse, where they are then sorted and packed into powder of the best herbs. Jamuna Adivasi, director of the company, says that earlier local traders used to take powder from 50 to 70 rupees per kg, now big companies give 100 to 150 rupees per kg.

A decoction worth Rs 12 lakh sold during the Corona period 

These women came from the forest Amla, Bael, Bell pulp, Bahera, Dhawda Gum, Salai Gum, Shatavar, Van Tulsi, Bhringraj, Shankhpushpi, Dhencha, Gudmar leaves, Chir Gum, Giloy, Ashwagandha, Mahua and many other types of plants and herbs. - Stores herbs. During the Corona period, when the work was stopped due to not being able to reach the powder companies, then these women, showing understanding, prepared an immunity-boosting decoction of herbs and sold a decoction worth more than Rs 12 lakh in two months.
Earlier we used to sell the powder to local traders, then we get less profit, now if we sell it to big companies, we get double the price. About eight thousand women are getting benefits directly or indirectly from this. It is like a dream come true of us tribal women.

Saturday 28 August 2021

INDIAN APP CAME TO LEAVE TRUECALLER

Truecaller app is one such app which is in almost everyone's phone. Now the Indian version of the same has come to compete with the trucker, whose name is Bharatcaller.

While promoting Make in India, many apps have been made in India which have replaced foreign apps. On August 15, 2021, India-made Bharatcaller app has been launched to compete with the caller ID app Truecaller. The creator of this app says that they are ahead of Truecaller in some respects and Indians will find this app better than Truecaller.

What is Bharatcaller app 

Bharatcaller app is a caller id app made by some engineers of India. Prajwal Sinha, an alumnus of IIM Bangalore and a key member of the app's production team, says that this app can become an alternative to Truecaller in India and is completely secure. Prajwal says that some time ago the Indian Army had banned the trucker in India. At this time Prajjwal and his friend realized that India does not have and should have its own Caller ID app. That's when he decided to make this app.

What is special in Bharatcaller app

This app is different from other apps in such a way that it does not save the contacts and call logs of its users on its server so that there is no impact on the privacy of the users. Also, the head data of this app is stored in encrypted format and its server cannot be used by anyone outside India. Hence Bharatcaller app is completely secure and user-friendly. Bharatcaller has been launched in various Indian languages ​​like English, Hindi, Tamil, Gujarati, Bangla, Marathi etc. The reason behind this is to make the app inclusive, so that every Indian can choose the language of his own pleasure and his choice and use the app in that language. All users using Android and iOS can download this app.

How was this app made?

Prajwal says that after three months of research, work on this app started in December 2020 and it took six months to be fully ready. After the success of the trials, the first version of this app was launched, which is worth using for about 10 million users. The makers of Bharatcaller say that they still haven't been able to get their app where it can compete with other such apps of international level. Updates are in process and improvements are being made to AI based algorithms. He says that he still has a lot more work to do.

Friday 27 August 2021

MARTIN COOPER,EDUCATION,NET WORTH,CAREER

Martin "Marty" Cooper (born December 26, 1928) is an American engineer. He is a leader in the wireless communications industry, with eleven patents specifically in the radio spectrum management field. At Motorola in the 1970s, Cooper invented the first handheld cellular mobile phone in 1973 and led the team that developed it and brought it to market in 1983. Martin is considered "the father of the (handheld) cell phone" and is also cited as the first person in history to publicly call the handheld cellular phone. Cooper co-founder of several communications companies with his wife and business partner Arlene Harris; He is the co-founder and current president of Diana LLC in Del Mar, Calif. Cooper also sits on committees supporting the US Federal Communications Commission and the United States Department of Commerce. In 2010, Cooper was elected a member of the National Academy of Engineering for leadership in the manufacture and deployment of cellular portable handheld telephones. 

Education

Martin was born in Chicago to Ukrainian Jewish immigrants. He graduated from the Illinois Institute of Technology (IIT) in 1950. After graduation he served as a submarine officer during the Korean War. In 1957, he joined IIT. Master's degree in Electrical Engineering from

Work and Career

At Motorola, Cooper worked on several projects involving wireless communications, such as the first radio-controlled traffic-light system he patented in 1960, and the first handheld police radio, introduced in 1967. He later served as the Vice President. and Director of Research and Development for the company (1978-83). Mobile telephones were introduced by the American Telephone and Telegraph Company (AT&T) in 1946. However, only 11 or 12 channels were available in a given area, so users often had to wait to use the system. Another weakness of the first mobile phones was that a large amount of power to run them could only be supplied from the car's battery. Thus, there were no truly portable phones but only car phones. In 1947, AT&T Bell Laboratories engineers W. Rae Young and Douglas H. Ring showed that breaking up a large area into several smaller cells could add more mobile users, but this required greater frequency coverage than was needed at the time. However, in 1968 the U.S. The Federal Communications Commission (FCC) asked AT&T for plans to employ a little-used portion of the UHF (ultrahigh frequency) television band. AT&T proposed a cellular architecture to expand its car-phone service. Motorola did not want AT&T to have a monopoly on cell phones and feared the loss of its mobile business. Cooper was put in charge of the immediate project to develop the cell phone. He thought that cell phones should not be chained to the car but should be portable. The result, the DynaTAC (Dynamic Adaptive Total Area Coverage) phone, was 23 cm (9 in) long and weighed 1.1 kg (2.5 lb). This allowed it to talk for 35 minutes before its battery drained. On April 3, 1973, Cooper presented the DynaTAC phone at a press conference in New York City. To make sure it worked ahead of the press conference, he made the first public cell phone call to AT&T's rival project chief Joel Engel, saying he was calling from a portable cellular phone. In 1983, after years of further development, Motorola introduced the first portable cell phone to consumers, the DynaTAC 8000x. Despite the $3,995 price tag, the phone was a success. That same year, Cooper left Motorola and joined Cellular Business Systems, Inc. (CBSI), which became a leader in billing of cellular phone services. In 1986 he and his partners sold CBSI to Cincinnati Bell for $23 million, and he and his wife, Arlene Harris, founded Diana, LLC. Diana served as a central organization from which she launched other companies, such as Airecom (1996), which developed software for wireless systems, and Greatcall (2006), which provided wireless service for Jitterbug. , a cell phone that meant simple features. Elderly. Cooper received the Charles Stark Draper Award from the National Academy of Engineering in 2013.

What is Martin Cooper's net worth? 

Martin "Marty" Cooper is an American inventor who has a net worth of $600 million. Cooper will always be remembered as the man who invented the cellular phone. Known as the "father of the handheld cellular phone", he developed the first cellular portable handheld police radio system in 1967, and he conceived the first portable cellular phone for Motorola. On April 3, 1973, Martin became the first person to publicly make a cell phone call, and the recipient of that phone call was AT&T's Joel S. Engel was.

Wednesday 25 August 2021

BOOK CORONA VACCINE SLOT SITTING AT HOME IN WHATSAPP, KNOW THE FULL WAY


The Kovid vaccination campaign is going on in full swing in India. According to experts, vaccination is the only way to prevent the corona epidemic. Apart from CoWin for Vaccine, there are many apps which give you a chance to register for Corona Vaccine. There are already a variety of websites and apps available for you to know about slots. Despite this, on Tuesday, Health Minister Mansukh Mandaviya has put forward another way to book slots in front of the people. Now if you send 'Book Slot' to MyGovIndia Corona Helpdesk via WhatsApp, your vaccination slot will be booked. For this you have to WhatsApp on mobile number 9013151515. You can book your slot by verifying yourself with OTP. Let us tell you that from May 1, people in the age group of 18-45 are being given corona vaccine in the country. The central government is trying to ensure that there is no shortage of vaccine stocks. However, there are still many questions in the minds of people regarding the corona vaccine. Like whether the vaccine is effective or not, where will you have to go if you apply the vaccine, you can also get such information through WhatsApp from this mobile number, before WhatsApp, only information was available, recently MyGovIndia's Corona Helpdesk has given many Features have been added. Now you can get many types of information from booking slots to WhatsApp as well. Let us know that the MyGov Corona Helpdesk Chatbot was launched last year. Now when you book a vaccination slot through WhatsApp, you need to send it by typing 'BOOK SLOTS'. You will get the information of Corona Vaccine Center on WhatsApp itself. After this, you will be asked in a few steps the name of the place, pin code and many types of information about the vaccine.

Monday 23 August 2021

LET'S KNOW HOW THE TRUTH IS PREPARED

 
 
Makhana is delicious and nutritious to eat, even today traditional methods areadopted in its preparation, which is very complicated, how Makhana is transported from the farm to the market and our home. Let us know that the fruits of Makhana are very prickly, so later they go under water and sit down. After about 1 to 2 months, all the thorns melt, after which the farmers collect the flowers of Makhana in the month of September to October. After this its seeds are dried in strong sunlight. The country receives foreign exchange of 22 to 25 crores annually from Makhana exports. Traders send Makhana from Bihar to states like Delhi, Madhya Pradesh, Uttar Pradesh, use of agricultural chemicals in the cultivation of Makhana, due to which it is also called organic food. There are very few things that take care of your health along with the taste. In such a situation, Makhana can prove to be a boon for you.

Makhane Seed Collection

Makhana harvesting is a lengthy process that requires skilled labor. The harvesting of the crop usually starts at 7:00 am and continues till around 5:00 pm. It is difficult to get seeds from the bottom of the pond, but now Makhana is also cultivated in the field, it is relatively easy to collect the seeds from the field.

Seed cleaning and storage

Once the seeds are collected, they are deposited in a horn-shaped device called 'ganja'. The re-vibration process is carried out in a cylindrical device to further clean them. After cleaning, these seeds are left to dry in the sun for a few hours and then packed in small bags. Makhana seeds lose up to 3 percent moisture in direct sunlight, which makes them easy to take to commercial markets. The seeds can be kept at home for a long time. Long and cylindrical bamboo sticks are used to preserve the seeds. These are further covered with cow dung and plastered. It is also carefully covered with a thick cloth to maintain the required temperature.

Makhana Grading

Now the processed seeds are sieved several times for grading. The grading process involves makhana seeds of varying sizes in some Indian states, separated by separate sieves, which are essentially rectangular iron plates, also known as 'jharnas'. Sometimes the seeds are made to pass through 10 different sieves. These graded seeds are then safely stored in separate packings. Seed grading enables uniform heating of each nut during roasting and this increases the efficiency of processing of makhana. There are generally two types of seeds at the producer level - lava and thuri. While the lava is swollen and white in color with reddish spots, the thurri is half-roasted and is very hard and reddish in colour. 

Pre-heating 

Sun-dried makhana seeds are usually heated in a cast iron or earthen pitcher by placing them on the fire and stirring continuously. The surface temperature of the pan varies from 250°C – 3000°C and the heating time at full capacity of the earthen pot is about 5 to 6 minutes.

Seed tempering

Hot seeds need to be kept in ambient and suitable conditions for three days, which is also called as tempering of makhana seeds. This process helps loosen the kernels within the hard shell of the seed. 

Roasting and cracking seeds

Roasting the makhana seeds immediately after drying is done at high temperature and is usually done in a cast iron pan with constant stirring. This further ensures that they last for a long time, otherwise they have a tendency to deteriorate. Once the fried seeds have cooled down, these seeds are cleaned by hand, cleaned with a wooden object until a white puff comes out of the black colored seeds. With the breaking of the shell, the kernel ejects and immediately expands and doubles its size. It is Makhana Pop or Lava. It is important that no residue of the black seeds is left on the doubly expanded white puff and they are kept in packets to be sold in the markets.

Polishing

The seeds of Makhana have to go through the process of polishing by rubbing them together in bamboo baskets. Polishing smooths the surface, providing pop more whiteness and shine.

packaging

Polythene bags and simple jute sacks of different sizes are also used to pack the popped makhana.The fruits of Makhana are very prickly, so later they go under water and sit down. After about 1 to 2 months, all the thorns melt, after which the farmers collect the flowers of Makhana in the month of September to October. After this its seeds are dried in strong sunlight.

Saturday 21 August 2021

WHO BOUGHT YOUTUBE


YouTube is a great video sharing and video watching platform where YouTube members can upload their own videos as well as watch someone else's videos. It was founded by three former PayPal employees, Chad Hurley, Steve Chan and Jawed Karim. Created in February 2005, was bought by Google in November 2006 for US$1.65 billion. YouTube includes video clips, TV shows, music videos, movie trailers, live streams, etc. Some people also use it as video blogging. While non-registered members can only watch videos, registered members can also add comments to videos. Certain videos that contain defamation, harassment, nudity, incitement to an offense or are deadly to people under the age of 18 may only be viewed by registered members aged 18+. YouTube earns its revenue from Google Adsense, which shows its ads according to the site's content and audience. Most of the videos in this can be seen for free, but some videos have to be paid to watch. You can pay for a YouTube Premium subscription, which lets you watch tons of videos without ads, as well as some of the videos on YouTube Premium that you can only watch by purchasing a YouTube Premium subscription.

Thursday 19 August 2021

FIRST UPLOADED VIDEO ON YOUTUBE

The first video uploaded to YouTube is Me at the Zoo, in which co-founder Jawed Karim is shown at the San Diego Zoo. This was uploaded on Saturday, April 23rd, 2005 at 8:27 pm. It can still be viewed on YouTube. Javed had created an account on YouTube on the same day. The nineteen-second video was taken by Yaakov Lapitsky at the San Diego Zoo, with Karim revealing himself to the elephants, and admiring its elongated trunk.

Wednesday 18 August 2021

HOW LONG DOES AN ANT LIVE

Ants are unique and interesting creatures that's why some scientists call them a "miracle of nature." When it comes to a specific species of ants and their queens, there is a large average lifespan difference, with the queen being the longest-lived of all. Some queens can live more than 15 years, while some have also been recorded as 28. The average lifespan of carpenter ants is 7 to 10 years, black garden ants up to 15 years and pharaoh ants between 4. and 12 years.


Ant Species – Black Garden Ant, Pharaoh Ant, Red Ant, Carpenter Ant etc.
Ant species - male, female, worker ant or queen.

Monday 16 August 2021

NEW FEATURE ON WHATSAPP, PHOTOS WILL DISAPPEAR ON SIGHT, USE "VIEW ONCE" LIKE THIS

WhatsApp has added a new privacy feature to its platform. The name of this feature is "View Once". Photos and videos sent through this feature disappear once viewed. As well as disappearing from the chat, a video or photo sent as part of the View Once feature will not be saved in the gallery of the opposite user's phone. A similar feature was launched by Instagram a long time ago.

How is it different from Disappearing Message? 

Actually, the Disappearing Message feature is already available on WhatsApp. Photos and videos sent through this feature automatically disappear after 7 days. However, those messages will remain in the chat for 7 days, which is a very long time. In such a situation, users felt the need of the View Once feature, in which the media file would disappear immediately. The new feature has been released for all users, here we are telling how to use it.


Using the View Once feature

1. First of all open WhatsApp.
2. Go to the chat or group where you want to send the photo or video.
3. Now click on the attachment button given below.
4. Now select the picture you want to send through camera or gallery.
5. Now you will see the icon of View Once at the bottom. Tap on it.
6. If you are enabling the feature for the first time, then you will see the details written about it.
7. Here the options of Learn more and OK will be found. Tap on OK.
8. In this way the View Once feature will be set on the photo.
9. Tap the send button to send the photo.
10. As soon as the person in front sees the picture, it will disappear. Instead of the photo, now only Open will be written there.

Friday 13 August 2021

STEPHEN HAWKING,LIFE,WORK,EDUCATION,MARRIAGES,DISEASE,DEATH

 
Stephen Hawking English theoretical physicist
 
Stephen William Hawking CH CBE FRS FRSA (8 January 1942 – 14 March 2018) was an English theoretical physicist, cosmologist and author who at the time of his death was Director of Research at the Center for Theoretical Cosmology at the University of Cambridge. He was the Lucasian Professor of Mathematics at the University of Cambridge between 1979 and 2009. Hawking was born in Oxford into a family of doctors. He began his university education at University College, Oxford in October 1959 at the age of 17, he began his graduate work in October 1962 at Trinity Hall, Cambridge, where he graduated in March 1966 with a specialization in general relativity and cosmology. Received PhD degree in Applied Mathematics and Theoretical Physics. In 1963, Hawking was diagnosed with early slow motion. Progressive form of motor neurone disease that slowly paralyzed him over the decades. After the loss of his speech, he communicated via a speech-generating device, initially through the use of a handheld switch, and finally through a cheek muscle. Among Hawking's scientific works are collaborations with Roger Penrose on gravitational singularity theorems in the framework of general relativity and the theoretical prediction that black holes emit radiation, often called Hawking radiation. Initially, Hawking radiation was controversial. By the late 1970s and following the publication of further research, the discovery was widely accepted as a significant breakthrough in theoretical physics. Hawking was the first to establish a theory of cosmology, which was explained by a union of the general theory of relativity and quantum mechanics. He was a strong supporter of the multi-world interpretation of quantum mechanics. Hawking achieved commercial success with several popular science works in which he discussed his theories and cosmology in general. His book A Brief History of Time made it to the Sunday Times bestseller list for a record-breaking 237 weeks. Hawking was a Fellow of the Royal Society, a lifetime member of the Pontifical Academy of Sciences, and a recipient of the Presidential Medal of Freedom, the highest civilian award in the United States. In 2002, Hawking was ranked 25th in the BBC's poll of the 100 Greatest Britons. He passed away on 14 March 2018 at the age of 76, after living with motor neurone disease for more than 50 years.

Early life

Hawking was born on 8 January 1942 in Oxford. Hawking's parents attended the University of Oxford, where Frank studied medicine and Isobel studied philosophy, politics and economics. Isobel worked as the secretary of a medical research institute, and Frank was a medical researcher. Hawking had two younger sisters, Philippa and Mary.
 
Work
 
Stephen Hawking made important contributions to the understanding of black holes and the Big Bang theory. He received 12 honorary degrees and America's highest civilian honor. Stephen Hawking's work published in book form is 'A Brief History of Time'. This book was published in the year 1988 and became so popular due to its factuality and scientificity that it sold one million copies in 10 years. Even today its demand remains
 
What makes me most happy is that I played my part in understanding the universe. Its secrets were opened in front of the people and he was able to contribute to the research done on it. I feel proud when crowds of people want to know about my work. "

—Stephen Hawking

“I will always be proud that I played an important role in knowing the universe, made many new discoveries in the field of science and people appreciate my contribution. "
 
—Stephen Hawking


“I have lost control of almost all muscles and now I can only communicate through my cheek muscles by connecting the sensors on my glasses to the computer. "

—Stephen Hawking 
 
Education

Hawking started his schooling from Byron House School in Highgate, London. Eight-year-old Hawking attended St. Albans High School for Girls for a few months. He built a computer from clock parts, an old telephone switchboard, and other recycled components.Known as "Einstein" at the Hawking School, over time, he began to show considerable aptitude for scientific subjects and, inspired by Tahta, decided to study mathematics at the university.Hawking began his university education at the University College, Oxford in October 1959 at the age of 17. His physics teacher, Robert Berman, later said, "He only needed to know that something could be done, and that he could do it without seeing how other people did it." Hawking was concerned that he was seen as a lazy and difficult student. So, when Viva was asked to describe her plans, she said, "If you give me the first prize, I'll go to Cambridge. If I get the second prize, I'll be at Oxford, so I hope That." You'll give me that first." He was held in higher esteem than he believed; as Berman remarked, the examiners were "so intelligent they could sense they were talking to someone smarter than themselves". After receiving a first class BA (Hons) degree in Physics and completing a trip to Iran with a friend, he began his graduate work in October 1962 at Trinity Hall, Cambridge.Hawking's first year as a doctoral student was a difficult one. He was initially disappointed to learn that he had been appointed as observer, Dennis William Synema, one of the founders of modern cosmology, instead of the famous astronomer Fred Hoyle, and found that his training in mathematics was not sufficient. Work. in general relativity and cosmology. After suffering from motor neurone disease, Hawking fell into a depression – although his doctors advised him to continue his studies, they felt it made no sense. His disease progressed more slowly than doctors had predicted. Although Hawking was unsupported 

personal life marriages

Hawking met his future wife, Jane Wilde, at a party in 1962. The following year, Hawking was diagnosed with motor neurone disease. In October 1964, aware of the potential challenges caused by Hawking's short life expectancy and physical limitations, the couple engaged to be married. Hawking later said that the engagement gave him "something to live for". The two were married on 14 July 1965 in their shared hometown of St. Albans.The couple lived in Cambridge, within walking distance of Hawking's Department of Applied Mathematics and Theoretical Physics (DAMTP). During the first years of their marriage, Jane lived in London during the week as she completed her degree at Westfield College. He traveled to the United States several times for conferences and physics-related trips. Jane began a PhD program in Medieval Spanish Poetry (completed in 1981) through Westfield College. The couple had three children: Robert, born May 1967, Lucy, born November 1970, and Timothy, born April 1979. Hawking rarely discussed his illness and physical challenges, even - in an example set during his courtship - with Jane. His disability meant that the responsibilities of the home and family rested on his wife's rapidly growing shoulders, giving him more time to think about physics. Upon her appointment to a year-long position at the California Institute of Technology in Pasadena, California in 1974, Jane proposed that an undergraduate or post-doctoral student stay with her and help care for her. Hawking accepted, and Bernard Carr traveled with him as the first of many students to fulfill the role. The family spent a generally happy and stimulating year in Pasadena. Hawking returned to Cambridge in 1975 for a new home and a new job as a reader. Don Page, with whom Hawking had started a close friendship at Caltech, came to work as a live-in graduate student assistant. With the help of Page and a secretary, Jane's responsibilities are eased so that she can return to her doctoral thesis and her renewed interest in singing. Around December 1977, Jane met organist Jonathan Heller Jones while singing in a church choir. Hellier Jones became close to the Hawking family, and by the mid-1980s, he and Jane had developed romantic feelings for each other. According to Jane, her husband was accepting the situation, saying that "as long as I continued to love him, he wouldn't mind". Jane and Helier Jones were determined not to break the family, and their relationship remained platonic for a long time. Hawking's marriage had been strained for several years until the 1980s. Jane felt overwhelmed by the infiltration of essential nurses and assistants into her family life. The impact of their celebrity was daunting for co-workers and family members, while the prospect of living up to a cosmopolitan fairytale image was daunting for the couple. Hawking's views on religion also contradicted his strong Christian faith and resulted in tensions. After a tracheotomy in 1985, Hawking required a full-time nurse and nursing care was divided into 3 shifts daily. In the late 1980s, Hawking became close to one of his nurses, Elaine Mason, to the dismay of some of his colleagues, caregivers, and family members, who were troubled by his personality and strength of security. In February 1990, Hawking told Jane that he was leaving her for Mason, leaving the family home. Following his divorce from Jane in 1995, Hawking married Mason in September, declaring, "It's wonderful — I've married the woman I love." In 1999, Jane Hawking published a memoir, Music to Move the Stars, which described her marriage to Hawking and its breakup. Its revelations caused a sensation in the media, but as was his usual practice regarding his personal life, Hawking made no public comment except to say that he had not read biographies about himself. After his second marriage, Hawking's family felt excluded and marginalized from their lives. For a period of about five years in the early 2000s, her family and employees became concerned that she was being physically abused. A police investigation ensued, but was closed due to Hawking's refusal to file a complaint. In 2006, Hawking and Mason quietly divorced, and Hawking resumed a close relationship with Jane, their children, and their grandchildren. Reflecting this happy period, a revised version of Jane's book, titled Traveling to Infinity: My Life with Stephen, was published in 2007, and in 2014, The Theory of Everything, was made into a film.

Stephen hawking disease
 
Hawking was diagnosed with Amyotrophic Lateral Sclerosis (ALS), commonly referred to in the U.S. as Lou Gehrig's disease. As ALS progresses, the degeneration of motor neurons in the brain interfere with messages to muscles in the body. Eventually, muscles atrophy and voluntary control of muscles is lost.
 
Death

According to a family spokesman, Hawking died on the morning of March 14, 2018 at his home in Cambridge. His family had issued a statement expressing his grief.

Monday 9 August 2021

NEERAJ CHOPRA,LIFE,CAREER,FAMLIY,EDUCATION,BACKGROUND

 
Neeraj Chopra (Golden Boy)

Neeraj Chopra (born 24 December 1997) is an Indian track and field athlete who competes in the javelin throw and is a JCO in the Indian Army. He is the first track and field athlete to win an Olympic gold medal for India, and the second Olympic athletics medalist for India after Norman Pritchard, who won two silver medals at the 1900 Summer Olympics. At the 2016 IAAF World U20 Championships, Chopra achieved a world under-20 record of 86.48m. He was also the flag bearer at the opening ceremony for India at the 2018 Asian Games, which marked his first Asian Games appearance. He made gold medal winning throws at the 2018 Asian Games (88.07m) and the 2018 Commonwealth Games. Chopra won the gold medal at the 2020 Summer Olympics on 7 August 2021 with a throw of 87.58m in her second attempt. He is one of only two Indians to have won an individual Olympic gold medal (along with Abhinav Bindra), and is also the youngest Indian gold medalist in an individual event. Won a gold medal in his Olympic debut.

 Early life

Chopra was born in Khandara village of Panipat district of Haryana. After local children teased him about his childhood obesity, his father enrolled him in a gymnasium in Madlauda, ​​later he was enrolled in a gym in Panipat. While there, he also visited the nearby Panipat Sports Authority of India Centre, where javelin thrower Jaiveer Choudhary recognized his early talent. Seeing his ability to achieve 40m throw without training and impressed by Chopra's drive, Choudhary began coaching him. 

Career 

Chopra receiving the Arjuna Award from the President of India Ram Nath Kovind in 2018. After a year of training under her first coach, Choudhary, 13-year-old Chopra was admitted to the Tau Devi Lal Sports Complex in Panchkula, four hours away from her. The house, which at that time was one of only two facilities in the state of Haryana. Was. A synthetic runway. There, he began training under coach Naseem Ahmed, who coached him in long-distance running with the javelin throw. Initially in Tau Devi, he usually achieved a throw of around 55 metres. He soon extended his limits, and won the 2012 Junior Nationals in Lucknow, achieving a new national record throw of 68.40 metres. The following year, he entered his first international competition, the World Youth Championships in Ukraine. He won his first international medal in 2014, a silver in the Youth Olympic qualification in Bangkok. He achieved his first throw of over 70 meters at the 2014 senior nationals, followed by a world record throw of 81.04 meters in the junior category at the 2015 All India Inter-University Athletics Meet; It was his first throw of over 80 metres. Chopra returned to a national level training camp in 2015, [24] leaving Panchkula in early 2016. She won the gold medal at the 2016 South Asian Games with a throw of 84.23m, where she equaled the Indian national record.

Famliy

Chopra is the son of Satish Kumar, a farmer and Saroj Devi, a homemaker; And his family is mainly a Haryanvi agricultural family based in Khandara village of Panipat district. He has two sisters.

Education

He graduated from Dayanand Anglo-Vedic College, Chandigarh and is currently pursuing Bachelor of Arts from Lovely Professional University in Jalandhar, Punjab.

background

According to some reports, Neeraj Chopra's ancestral roots are from the Rod Maratha lineage of the Maratha community, whose warriors came to Haryana from Maharashtra to fight the Third Battle of Panipat in 1761; And many Maratha warrior families of Rane, Bhosale and Chopde (Chopra) communities settled in villages in the Panipat region of Haryana.

2020 Tokyo Olympics (held in 2021)

Chopra made her Olympic debut representing India at the 2020 Summer Olympics. On 4 August 2021, he was placed in Group A, topped his group and qualified for the final in men's javelin throw with a throw of 86.65m. Chopra won the gold medal in the men's javelin throw final on 7 August 2021 with a throw of 87.58m, becoming the first Indian Olympian to win a gold medal in athletics, and the first Indian Olympic medalist in athletics since independence. He also became the second Indian to win an individual Olympic gold medal after Abhinav Bindra, who won the gold medal in the men's 10m air rifle at the 2008 Summer Olympics. Chopra dedicated his win to sprinter Milkha Singh.

Monday 2 August 2021

KNOW HOW GLASS IS MADE FROM SAND

Sand melts at an extremely high temperature of 3090 degrees Fahrenheit. When sand reaches its melting point it undergoes a complete transformation. The structure changes as it becomes amorphous - neither quite liquid nor quite solid. This material is very unique and forms a moldable material from which glass is made.

Glass is an amorphous solid material. Glass is usually brittle and often optically transparent. Glass or glass is that transparent or opaque material made of inorganic materials from which vial, bottle etc. are made. The first glass was manufactured in Egypt in ancient times. From this point of view, all those solids are called glass, which do not acquire a crystalline structure on cooling from the liquid state to the solid state. Soda-lime glass is the cheapest and most common glass, also called soft glass, which is used to make tube lights, daily use utensils and laboratory equipment. Soda-lime glass contains about 75% silica (SiO2), sodium oxides (Na2O) and lime (CaO) and many other small amounts. Glass i.e. SiO2 which is an integral part of sand. Sand and some other materials are melted in a furnace at about 1500 degrees Celsius and then this molten glass is poured drop by drop into the grooves to make the desired object. Suppose a bottle is being made, after pouring molten glass into the groove, further work is done on the surface of the bottle and it is then passed through a furnace. Glint glass is used in making electric bulb, camera and telescope lens.
Crook's Glass - It is used in the manufacture of sunglasses.
Crown Glass - It is used in making lenses of other glasses.
Pyrex Glass - It is used in making laboratory equipment. This glass has high thermal shock resistance.
Photo Chromatic Glass- There is a special type of glass, which turns black in intense light. This property is due to the presence of silver chloride in it.
Potassium chloride is used to make glass hard.

 History 

According to legend, the glass was discovered by humans when some merchants offered food vessels on shoals on the coast of Phoenicia in Syria. When the fire was ignited, he saw a stream of liquefied glass flowing. This glass was formed by the combination of sand and salt. Historically, the first method of producing glass-like luster on utensils was invented in Mesopotamia (Iraq) about 12,000 years before Christ. The oldest glass-molded amulets have been found in Egypt, dating back 7,000 BCE. About 1,200 BCE, the Egyptians began pressing glass into open molds, and by this method Glass plates, bowls, etc. were made. Egypt remained the center of glass manufacturing from 1,550 BCE to the beginning of the Christian era. The process of blowing hot glass by blower was a great invention of man and the credit for this also goes to the Phoenicians. The period of this invention is 320-20 years before BC. Through this invention, many types of hollow glass vessels were made. In fact, this process is also used in modern glass manufacturing machines. The commercial expansion of the glass industry starts from the Christian era. Its manufacture reached its climax in Rome and Venice regions of Italy. With its requirements and scientific advances, progress in the manufacture of glass of different qualities was made in each country. England, France, Germany and the United States of America owe much of the credit for the modern progress of the glass industry. For example, in 1557 AD, sisal crystal was invented in London; In 1668, the method of casting plate glass was invented in Paris; In the year 1880, many types of glass were invented in Germany by Schatt and Evie; In 1879, a fully automatic glass-making machine, the oven, was built; In 1915, heat-resistant 'Pyrex' glass was created, which does not crack even when heated and immersed in cold water; In the year 1928, safe glass (safety glass) was manufactured, which cracks when injured, but its pieces do not fall apart. It is installed in motorcars; In 1931 AD, glass threads and fabrics were manufactured; In 1902, sheet glass began to be manufactured in the city of Pittsburgh in the United States of America and in Belgium by the 'Libby Owens' and 'Fourcult' systems.