Japan’s Atlantis? The unsolved underwater mystery….

The Yonaguna monument. Picture: Robert Schoch

WHEN scuba diving instructor Kihachiro Aratake plunged into the water off the coast of the Japanese island of Yonaguni in 1986, he discovered an incredible sight.

Six metres below the surface lay a series of monoliths that he described as appearing to be “terraced into the side of a mountain”. The huge rectangular formations had strikingly perfect 90 degree angles, including straight walls, steps and columns.

Over the following years experts descended upon the site in a bid to determine whether the structure was natural or man-made. Yet to this day, it remains a great unsolved mystery.

Initially it was proposed that the Yonaguni Monument was built when the area was above sea level some 10,000 years ago. So could ‘Japan’s Atlantis’ be a remnant of a preglacial civilisation that was eventually inundated?

Or could it be the result of an earthquake, putting it at 2000-3000 years old? Experts disagree.

As the structure was mapped out over the following years, more details came to light. Divers found what appeared to be a huge arch, as well as temples, carvings, paved streets and a large pyramid-like structure measuring 76 metres long at its base.

Masaaki Kimura, a marine geologist at the University of the Ryukyus in Japan who has dived at the site more than 100 times over the past 20 years to measure its formations, is convinced they are the remains of a city that sunk due to seismic events.

He has identified 10 structures off Yonaguni and a further five related structures off the main island of Okinawa, with the ruins spanning an area of 300 metres x 150 metres.

“I think it’s very difficult to explain away their origin as being purely natural, because of the vast amount of evidence of man’s influence on the structures,” he said.

The monoliths. Picture: Robert Schoch

The monoliths. Picture: Robert SchochSource:

“The largest structure looks like a complicated, monolithic, stepped pyramid that rises from a depth of 25 meters.

“The characters and animal monuments in the water, which I have been able to partially recover in my laboratory, suggest the culture comes from the Asian continent. One example I have described as an underwater sphinx resembles a Chinese or ancient Okinawan king.”

Other evidence that experts believe confirms it’s man-made include two round holes and a row of straight, smaller holes, which are interpreted as an attempt to split off a section of the rock.

However, the Morien Institute, an archaeological non-profit research group, conducted an expedition there in 1997 led by Dr Robert M. Schoch, a professor of science and mathematics from Boston University.

Dr Schoch, who has also conducted field research at sites in Pakistan, Egypt and the Canadian High Arctic, argues that it’s primarily a natural rock formation.

“I’m not convinced that any of the major features or structures are man-made steps or terraces, but that they’re all natural,” he wrote in his book Voices of the Rocks.

“It’s basic geology and classic stratigraphy for sandstones, which tend to break along planes and give you these very straight edges, particularly in an area with lots of faults and tectonic activity.

‘The Turtle’ formation at Yonagumi. Picture: Masahiro Kaji, Wikicommons
‘The Turtle’ formation at Yonagumi. Picture: Masahiro Kaji, WikicommonsSource:

“…The structure is, as far as I could determine, composed entirely of solid ‘living’ bedrock. No part of the monument is constructed of separate blocks of rock that have been placed into position.

“This is an important point, for carved and arranged rock blocks would definitively indicate a man-made origin for the structure — yet I could find no such evidence.”

He said it was possible that humans had since made modifications to the formations.

“We should also consider the possibility that the Yonaguni Monument is fundamentally a natural structure that was used, enhanced, and modified by humans in ancient times.”

Patrick D. Nunn, Professor of Oceanic Geoscience at the University of the South Pacific, has studied these structures extensively and also believed they were natural, saying: “There seems no reason to suppose that they are artificial.”

This was backed up by archeologist Richard J. Pearson, who argued that while stone tools and small camps were found at Yonaguni possibly from the 2500 BCE, they were small communities who were “not likely to have had extra energy for building stone monuments”.

Will we ever know for sure?

Source….www.news.com.au

Natarajan

Google is much bigger than you think….!!!

Google Date Centres: Inside the campus network room, routers and switches allow Google’s data centres to talk to each other. The fibre optic networks connecting Google’s sites can run at speeds that are more than 200,000 times faster than a typical home internet connection. The fibre cables run along the yellow cable trays near the ceiling. Image: Google

TO THE average eye, it would seem fairly flawless — you type in a request, Google spits out an answer — but the reality, as the tech company shared this week, is far more complex.

Secrets that have never been shared outside of Google were revealed this week at an engineering conference in Silicon Valley, detailing the “insane” approach behind how its computer software answers your questions in Google Search, directs you on Google Maps, sends your emails and allows you to watch videos on YouTube, for example.

“Behind your simple page of results is a complex system, carefully crafted and tested, to support more than one-hundred billion searches each month,” Google writes in a search explainer.

It’s all thanks to one custom-built, “giant, single shared codebase” at Google, that runs through 10 different Google data centres, Engineering Manager Rachel Potzin revealed.

They call it a “single, monolithic repository model” and unlike most software companies, this one network juggles all of Google’s software, including Google DOCS,Google+ and Gmail, across its vast network. And it’s only available to a select number of “coders” within its organisation.

All the colours of the rainbow: A Google data centre in Douglas County, Georgia. Picture: Connie Zhou

All the colours of the rainbow: A Google data centre in Douglas County, Georgia. Picture: Connie ZhouSource:AP

Potzin estimated the software that keeps the service intact spans a whopping 2 billion lines of code. Wired compared it to Microsoft’s Windows Operating system, dubbed “one of the most complex software tools ever built for a single computer”, and predicted it ran along some 50 million lines. Google is the equivalent of 40 times that of Microsoft.

To keep up with the rapid evolution of the internet, its engineers modify and update around 15 million codes each week, helped by the use of bots to maintain code health, and keep the search engine running smoothly.

Google Data Centre, South Carolina: these ethernet switches connect Google’s facilities network. Thanks to them, Google is able to communicate with and monitor the main controls for the cooling system in their data centre. Image: Google

Google Data Centre, South Carolina: these ethernet switches connect Google’s facilities network. Thanks to them, Google is able to communicate with and monitor the main controls for the cooling system in their data centre. Image: GoogleSource:Supplied

“It’s frankly enormous and without being able to prove it, I’d guess this is probably the largest single repository in use anywhere in the world. I’d be very surprised if a larger more heavily modified single repostiry exists anywhere else,” Potzin said.

“In almost eight years our repository has grown by orders of magnitude on almost every dimension.

“There were times in Google’s history where we weren’t sure if we were going to be able to sustain this level of growth.”

In this day and age it seems like a mammoth task to handle such a gigantic bulk of information, but fast-growing, global companies like Facebook are joining the bandwagon.

It’s complex, but it’s an intriguing insight into how companies of today are bracing for the internet of tomorrow, and paving the way for how we, as humans, will interact with the online of the future.

Source…..-youngma@news.com.au…www.news.com.au

Natarajan

From Software Engineer to Beekeeper…

“When I decided to quit, I knew my parents would not understand. That was in the year 2009, when many IT professionals were being laid off their jobs. I used this as an excuse to lie to my parents that I too had lost my job. My father offered to get me a job at the Karur Vysya Bank in Karur, but I refused.”

For someone with a will to succeed, the possibilities are endless. All it takes is hard work and perseverance.

30-year-old Krishnamurthy, founder, Honey Kart, quit his job as a technical programmer at Wipro, and borrowed money from friends to become a beekeeper. Today he is not only debt-free but also processes 500 kilograms of honey every month that sells for Rs 716 per kg.

This, at a time, when he was offered a promotion with an option to travel to the United States for an onsite project.

It was a bold decision for someone with no clear idea of what he wanted to do.

But his determination has paid off, and today this scientific beekeeper has over 800 regular customers and processes half a ton of pure honey every month.

No joy in working in the city

I was born in a small village in Karur district of Tamil Nadu. My father is a farmer. When I was in Std II, he decided that I was not doing well at the village school. He sent me to Fairlawns Home School in Yercaud. Since then, I have always been away from home in hostels. Later I joined the Kongu Engineering College, Perundurai, Erode, and graduated in Communications.

Krishnamurthy

There was no particular reason for this choice. I guess I just chose the course that was trending that year.

I did quite well in college. A campus interview got me placed at Wipro. I completed my training in Bangalore and moved to Wipro, Chennai. Everything was exciting at first, a new job in a new city and plenty of friends. But life soon settled into a machine-like existence. I woke up in the morning, took the bus to my office, where I spent the entire day and at times worked well into the night. It was not that I did not enjoy my work, but slowly a sense of dissatisfaction crept in. I felt no sense of accomplishment. City life lost its appeal. The novelty and excitement of the early days had worn off.

About two years into my job, I was offered a promotion. I was given an opportunity to move to United States for a project.

But by then, I was seriously thinking about quitting.

I felt that this was the right time to make a decision.

Do I take the onsite project and see where life takes me, or pursue something that would make me happy. After much thought, I decided to quit.

Finding myself a new career

It took me almost two years to decide, what I eventually wanted to do with my life. I would not call this a period of struggle, it was a period of learning, understanding myself, and understanding society.

When I decided to quit, I knew my parents would not understand. That was in the year 2009, when many IT professionals were being laid off their jobs. I used this as an excuse to lie to my parents that I too had lost my job. My father offered to get me a job at the Karur Vysya Bank in Karur, but I refused.

I moved in with some friends at Tiruppur. I was looking for some low-investment ventures. I first entered into share trading. Within a year, I lost one lakh and decided to quit.

Export was the next option. I stayed for a few weeks with another friend near Ernakulam in Kerala studying cuttlefish bone export; then researched turmeric, coir fibre and even some handicrafts.

I was looking into the export of honey, when I realised there is huge market for honey in our country. The more I learned about it, the more intrigued I became. I knew this was something I would enjoy doing.

The scientific beekeeper

By then, however, I had exhausted all my savings. I borrowed RS 300,000 from my friends and moved to Aravakuruchi, about 30 km from my village.

I purchased all the equipment I needed. There was plenty of bee flora in the area and farmers in the district were more than happy to let me place my hives in their farms. Pollination of bees actually helps boost crop yield by about 30 per cent with no additional labour or cost.

Unfortunately, within weeks I encountered my first major problem. My bees were struck by some disease and this was slowly destroying the entire hive and spreading to other colonies.

I contacted many professional beekeepers, both traditional and those using the latest technology. All of them suggested the use of antibiotics.

I believe that natural honey should not contain any antibiotics. Prolonged use of antibiotics for controlling or preventing the spread of disease in bees often results in accumulation of antibiotic residue in the honey produced.

I was looking for a solution without the use of antibiotics. I started a more comprehensive study on beekeeping. I researched on the problems faced by the beekeepers in our country, the pests and diseases that affect the bees and the reasons behind it.

I understood that natural beehives are never infected by disease. It was only when man started to control it that these problems cropped up. We now needed to go back to the fundamentals; we needed to reverse everything that man did and mimic the natural environment that bees thrived in.

I slowly began to create the ideal environment for my bees — well-aerated pollution free surroundings with a good water source. It took nearly a year for me to understand all the finer nuances of beekeeping. I had lost more than 65 per cent of my bees to disease, but steadily the numbers improved and I recovered them all.

Today, I have disease free colonies producing high quality honey without the use of any antibiotics. If stored in glass bottles at room temperature, my honey has a shelf life of five years.

Over a period, I began to specialise in uni-floral honey. During the flowering season, I direct my bees to a particular flora, namely coriander, drumstick, glory lily, mango, jamun or sunflower. The honey thus collected retains the special flavours and qualities of that particular flora. The taste, smell and colour of every uni-floral honey are unique. Mango honey will be sweeter while coriander is better known for its health benefits.

We have recently introduced a special honey for babies and pregnant women. This is processed from the season’s first harvest ensuring that there are no allergies.

A lot of research went into picking the right flora, identifying its medicinal properties and learning how it can enhance the goodness of honey. This earned me the title of a scientific beekeeper.

Perseverance: The key to success

The local market did not understand the quality of my honey or the efforts I put in. So I started my own website and a Facebook page. I do most of my business online. Initially it was all about trying to survive, but today, I have more than 800 regular customers, mostly from the Southern States. I process about half a ton of honey every month, selling it at Rs 716 per kg.

A year ago, I repaid all my loans. Now I have plans to expand. With the diverse flora available in our country, the possibilities are limitless. Though I have done well for myself, I still feel that my parents don’t approve. They would rather have their son in a white-collar job in the city.

But I did not want to live my life as an IT engineer. I wanted to prove that I could be just as successful in my hometown.

I do not regret any of my decisions. The four years of my education, two years at Wipro and the subsequent years of uncertainty, everything has moulded me to what I am today. We have but one life to live and I don’t believe in living a life of regrets.

In the end, success is all about making the best use of your resources and perseverance. Instead of waiting until your old age to grieve about all that could have been, be bold enough to follow your heart. Find out what makes you happy and never give up.

Photographs: HoneyKart/Facebook

source….S Saraswathi in http://www.rediff.com

Natarajan

Schoolboy arrested for bringing homemade clock to school, gets invite from Obama, Zuckerberg….

US President Barack Obama on Wednesday invited a Muslim schoolboy to the White House after he was arrested and dragged off in handcuffs for bringing a homemade clock to class.

Obama congratulated 14-year-old Ahmed Mohamed on his skills and issued a presidential invitation, in what amounts to a pointed rebuke to school and police officials who precipitated his arrest.

Obama congratulated 14-year-old Ahmed Mohamed on his skills and issued a presidential invitation, in what amounts to a pointed rebuke to school and police officials who precipitated his arrest.

“Cool clock, Ahmed. Want to bring it to the White House? We should inspire more kids like you to like science. It’s what makes America great,” the president tweeted.

The teen was led out of his Texas school after a teacher mistook his homemade digital clock for a bomb, prompting accusations of Islamophobia and an online backlash.

A photo of Ahmed standing in handcuffs while wearing a t-shirt with the US space agency NASA’s logo was retweeted thousands of times in a matter of hours and “#IStandWithAhmed” was the top trending hashtag on Twitter.

Along with Obama, Facebook CEO Mark Zuckerberg also complimented the boy and invited him to the Facebook office.

“Having the skill and ambition to build something cool should lead to applause, not arrest. The future belongs to people like Ahmed. Ahmed, if you ever want to come by Facebook, I’d love to meet you. Keep building,” he said.

Source….www.ibnlive.com

Natarajan

 

World’s first-ever unmanned airport control tower….

Bye guys. A plane takes off beyond a remotely controlled control tower.

HAVE you ever imagined landing at an airport with no humans watching from the control tower?

Introducing the world’s loneliest airport.

In an era where pilot error is the leading cause of commercial airline accidents, a Swedish airport is testing an unmanned control tower.

And Australia may soon follow suit.

The commercial planes landing at the remote Ornskoldsvik Airport are instead watched by cameras, guided in by controllers viewing the video at another airport nearly 150 kilometres away.

Ornskoldsvik is the first airport in the world to use such technology.

Others in Europe are testing the idea, as is one airport in the United States.

While the majority of the world’s airports will, for some time, still have controllers on site, experts say unmanned towers are coming.

They’ll likely first go into use at small and medium airports, but eventually even the world’s largest airports could see an array of cameras mounted on a pole replacing their concrete control towers.

The companies building these remote systems say their technology is cheaper and better than traditional towers.

There is a lot of good camera technology that can do things that the human eye can’t,” says Pat Urbanek, of Searidge Technologies, “We understand that video is not real life, out the window. It’s a different way of surveying.”

Cameras spread out around an airport eliminate blind spots and give controllers more-detailed views. Infra-red can supplement images in rain, fog or snow and other cameras can include thermal sensors to see if animals stray onto the runway at the last second.

None of those features are — yet — in the Swedish airport because of regulatory hurdles.

Ornskoldsvik Airport is a vital lifeline for residents who want to get to Stockholm and the rest of the world. But with just 80,000 annual passengers, it can’t justify the cost of a fulltime control staff — about $175,000 a year in salary, benefits and taxes for each of six controllers.

In April, after a year and a half of testing a system designed by Saab, all the controllers left Ornskoldsvik.

Now, a 24-metre tall mast housing 14 high-definition cameras sends the signal back to the controllers, stationed at Sunvsal Airport. No jobs have been eliminated but ultimately such systems will allow tiny airports to pool controllers.

Old habits are hard to break. Despite the ability to zoom in, controllers instinctively grab their binoculars to get a closer look at images on the 55-inch TV screens. And two microphones were added to the airfield at Ornskoldsvik to pipe in the sounds of planes.

This is the first airport in the world to use such technology.

This is the first airport in the world to use such technology.Source:AP

“Without the sound, the air traffic controllers felt very lost,” says Anders Carp, head of traffic management for Saab.

The cameras are housed in a glass bubble. High pressure air flows over the windows, keeping them clear of insects, rain and snow. The system has been tested for severe temperatures: 22 degrees below zero and, at the other extreme, a sizzling 122 degrees.

Niclas Gustavsson, head of commercial development for LFV Group, the air navigation operator at 26 Swedish airports, says digital cameras offer numerous possibilities for improving safety.

Computers can compare every picture to the one a second before. If something changes — such as birds or deer crossing the runway — alerts are issued.

“Maybe, eventually there will be no towers built at all,” says Gustavsson.

Saab is currently testing — and seeking regulatory approval — for remote systems in Norway and Australia and has contracts to develop the technology for another Swedish airport and two in Ireland.

Competitor Searidge is working on a remote tower for the main airport in Budapest, Hungary. That airport serves 8.5 million passengers annually and, within two years, controllers could be stationed a few miles from the airport.

Now, Saab is bringing some aspects of this technology to the United States.

Leesburg Executive Airport in Virginia is a relatively busy airport with 300 daily takeoffs and landings.

Just a few kilometres from Dulles International Airport, Leesburg does not have its own control tower. A regional air traffic control centre clears private jets into the airspace and then pilots use an established radio frequency to negotiate the landing and takeoff order. That often leads to delays.

Saab has built a system for Leesburg and has just started a three-month test with the Federal Aviation Administration.

FAA controllers will, at first, familiarise themselves with the technology and just observe the planes operating as they already do today.

If the FAA approves, the next phase would be to start clearing planes onto taxiways and to take off and land.

The National Air Traffic Controllers Association says it is participating in the testing.

Towers for large commercial airports are expensive. They need elevators, air conditioning and heating, fire suppression systems plus room for all the controllers.

A new tower in Oakland, California that opened in 2013 cost $51 million. Towers at smaller airports are cheaper.

Fort Lauderdale Executive Airport opened a new one in February at a cost of $15.4 million. Saab won’t detail the cost of its system except to say it is “significantly less.” There is no need for a tower and elevator.

The companies see a giant market: The vast majority of US commercial airports — 315 of 506 — have control towers. However, only 198 of the 2,825 general aviation airports have manned towers.

source….www.news.com.au

Natarajan

BUBBLE WRAP WAS ORIGINALLY DESIGNED TO BE USED AS WALLPAPER….

Today I found out bubble wrap was originally designed to be used as wallpaper.

Bubble Wrap was invented by two engineers Al Fielding and Swiss inventor Marc Chavannes in Hawthorne, N.J. in 1957.  The two were not, however, trying to make a product to be used as packaging material. Rather, they were trying to create a textured wallpaper.  They started out by sealing two shower curtains together in such a way that it would capture air bubbles which would make the textured appearance for their wallpaper.  Needless to say, this wallpaper idea didn’t sell too well.

Not to be deterred, they then set about finding another use for their product.  The alternate use they came up with was to use it as greenhouse insulation.  While bubble wrap by itself does create somewhat of an insulating effect, this idea didn’t pan out popularly either.

It was three years after the initial creation of Bubble Wrap that Frederick W. Bowers, a marketer at Sealed Air, which makes Bubble Wrap, finally came up with the perfect use for their product.  On October the 5, 1959, IBM announced their new 1401 variable word length computer.  Bowers got the idea that Bubble Wrap could be used as a good packaging material to protect the computer while it was being shipped.  He then pitched the idea to IBM and demonstrated Bubble Wrap’s protective abilities.  His demonstration went over well and IBM began purchasing Bubble Wrap to protect their 1401 and other fragile product they sold and shipped.

From those humble beginnings, the company has grown to annual sales of around $4 billion with a net profit of around $255 million.  For reference, about 10% of Sealed Air’s revenue comes from Bubble Wrap, so around $400 million worth of Bubble Wrap is sold annually.

Bonus Facts:

  • One common misconception about Bubble Wrap is that it is created using machinery that inflates and then seals each and every bubble.  In fact, it’s made by trapping air bubbles in between two sheets of plastic as they are heated and passed between rollers.
  • In its lifetime, the IBM managed to sell or lease about double the number of 1401’s it projected, a whopping 10,000 units, 5,000 of which were sold or leased in its first five weeks on the market.  This might not sound like much, but by the mid-1960s about half of all the computers in the world were the IBM 1401. This computer leased for $2,500 a month (about $18,000 a month today).
  • One of the more interesting aspects of the 1401 was that it was a decimal based computer, rather than binary like most all computers today.
  • One of the downsides to Bubble Wrap has always been how much space it takes up during shipping and storage, for customers who are just buying the Bubble Wrap.  In order to get around this problem, one of the dreams of the original inventors was that they’d some day be able to create a Bubble Wrap that customers could self inflate, as needed.  So that when they purchased it from the manufacturer, it could be shipped as thin flat sheets of plastic, without the bubbles.  Once they assigned some engineers to the problem in the early 1990s, it took about a decade to finally work out the kinks, but Sealed Air now offers such a Bubble Wrap product.  The method they came up with was to extrude tiny pellets of polyethylene into sheets, which are then heated.  The tiny beads of polyethylene then flatten to form extremely strong polymer sheets with rows of un-inflated bubbles which are connected in lines.  Customers can then lease a special machine ($500 per year) from Sealed Air which connect to one end of the sheets and inflate all the lines and then seal off the opening.
  • This new customer inflatable Bubble Wrap is about 40 times cheaper than the traditional bubble wrap in terms of shipping costs to the customers buying the Bubble Wrap.
  • You can tell if some of the Bubble Wrap you have uses these inflatable Bubble Wrap sheets if you can’t pop individual bubbles on the sheets.  Popping one bubble will just pop all the bubbles on a line.
  • While originally being used primarily for packaging for electronics equipment, today the vast majority of Bubble Wrap made is used for food packaging.
  • Sealed Air continually does extreme demonstrations showing how much better Bubble Wrap performs at protecting fragile items. In one such demonstration, they dropped an 815 pound pumpkin from a height of 35 feet onto layers of Bubble Wrap.  The pumpkin survived the fall without a scratch.
  • Among its many uses, Bubble Wrap can be used as a cheap burglar alarm  by placing large bubbled bubble wrap on the floor in front of your door.  Another zany use, used by teenage girls the word over, is as a good stuffing for one’s bra. ;-)
  • The amount of Bubble Wrap produced by Sealed Air annually is enough to wrap the entire Earth (at the equator) with Bubble Wrap about ten times.
  • One major competitor to Bubble Wrap in the packaging industry popped up around five years after Bubble Wrap, “packing peanuts”.  These are typically made from pure polystyrene resin.
  • The color of packaging peanuts usually indicates what it is exactly made of.  Green, for instance, indicates that it’s made from recycled polystyrene.  Pink means that it is an anti-static version of packaging peanuts.  White means that it’s at least 70% virgin polystyrene resin.
  • A new kind of packaging peanut has come on the market in the last couple decades which is actually edible.  These are made from organic based materials, such as corn starch, rather than petroleum based.  They are also completely biodegradable and can’t retain an electrostatic charge, which can be useful in shipping electronics equipment.

Source…..www.todayifoundout.com

Natarajan

Cute& Eco-Friendly Pillayar for Ganesh Pooja at Brisbane Australia….Made out of Clay….

 

Credit ….Photo as well as the Clay Model ….By my Son Senthil Natarajan  Brisbane Australia

Senthil Natarajan deserves a pat on his back for his artistic creation of the clay model pillayar as well as an  eye catching photographic image of the art he created thro his photoshoot this day.. REf his facebook page .

This Pillayar is going to be kept in the Ganesh Pooja Tomorrow.@ our Home in Australia

Natarajan

 

 

Image of the Day….Ancient theater of Aegira, Greece…

Settled in the 3rd millennium BCE, Aegira – or Egira – once was a prosperous and important city of ancient Greece

The ancient theater of Egira, Greece, and the Milky way, in a summer night.  Photo by Nikolaos Pantazis.

Nikolaos Pantazis posted this photo to EarthSky Facebook this week. It’s a stunning view of the ancient theater of Aegira (or Egira) in Greece, under the starlit trail of the summer Milky Way.

This area of western Greece was settled in the 3rd millennium BCE. It’s the site of some fascinating archeological finds, including the head, left arm and right finger of an ancient statue of Zeus, a small temple, this ancient theater and other structures.

Source….www.earthsky.org

Natarajan

 

This Lecturer-Turned-Cop Just Scaled a 7,077m High Himalayan Mountain …

Meet G R Radhika, the lady who has achieved the incredible feat of becoming the first woman police officer from the states of  Telangana and Andhra Pradesh to scale the 7,077 metres high Mount Kun of Kashmir. We salute her spirit of adventure.

On Sept. 7, 2015, G R Radhika, the Additional Superintendent of Police (Admin) from Adilabad district of Telengana, scaled the 7,077 metres high Mount Kun in the Zanskar mountain range of Kashmir.

This 35-year-old former lecturer, is the first woman police officer from the states of Telangana and Andhra Pradesh to achieve this feat.

coptel

Source: Youtube

She was the only Indian to reach the peak from among the eight other participants who attempted the climb. Other than her, an American and three Sherpas were able to achieve success. Nun (7,135 metres tall) and Kun are the two highest peaks in the Zanskar range.

“I felt on top of the world when I reached the peak. It was a challenging task but once I got there I felt the sky is not the limit if we have the determination,” she told The New Indian Express.

Radhika’s hometown is Anantapur in AP. She was posted as the DSP of Nellore city between 2009 and 2011. After that she worked in Karimnagar in 2012 and was then promoted to the post of ASP in January 2015.

This is not Radhika’s first adventure. Her journey as a mountaineer began in 2013 and this was her second attempt to conquer Mount Kun. It started when former Additional Director General of Police (ADGP), Rajiv Trivedi, who is now the principal secretary for Home in Telangana, recommended that she join the basic mountaineering course at the Jawahar Institute of Mountaineering and Winter Sports in Jammu and Kashmir. She completed the course with distinction and was then nominated for an advanced course at the same institute.

It was on Sept. 20, 2013, that Radhika first tasted success by scaling the 5,980 metre Golep Kangri peak, located in the Zanskar range of the Western Himalayas.

In addition to an adventurous spirit, Radhika has a philanthropic mindset as well. She is one of the police officers who have adopted different villages under the Grama Jyothi scheme of the Telangana Government. She has adopted the Ponnari village in Tamsi Mandal of Adilabad district and is working for its development.

This adventure lover is now planning to scale Mount Everest as well. “I will start preparing to climb Everest and will undergo training for the same. Mountaineering is not an easy task,” she says.

Radhika has received praise from various officers of the police department. The state police is also considering helping her financially, besides giving her special leave so she can pursue her mountaineering expeditions.

– Source….Tanaya Singh…www.the better india.com

Natarajan

 

 

How Sikh Organization Khalsa Aid Is Selflessly Helping Syrian Refugees in Serbia…

An international Sikh relief organisation, Khalsa Aid, is setting an example for the world to follow by helping Syrian refugees in Serbia.

When it comes to helping people in need, this international relief organization is leading the way and inspiring many to come forward and do everything they can in the name of humanity, selflessness and goodwill.

Members of Khalsa Aid have come to the rescue of the Syrian refugees in Serbia, and have been helping them by providing for their basic daily needs.

khalsa aid

“Our teams landed in Serbia last Thursday and ever since have been working closely with several local organisations to provide food, water, clothing, toys, etc., to the many Syrian refugee families arriving after an exhausting journey,” they announced in a Facebook post.

According to their website, Khalsa Aid is primarily a non-profit humanitarian relief agency. Their work is based on the teachings of the Sikh Gurus who preached well-being of all humanity, selfless service and universal love.

khalsa aid2

The organization was set up to provide cross border humanitarian relief and raise awareness about global relief and development work.

Since its launch, the organization has not paid anyone for this work; it operates on a completely voluntary model.

Khalsa Aid is known for providing aid in many different disasters across the world. This, they say, would not have been possible without the generosity of the Sikh community worldwide.

All Pictures: Facebook

Source….Tanaya Singh ….www.the betterindia .com

Natarajan