Brilliant Video shot From IAF Jaguar Plane…!!!

 

How difficult is it to film a running car sitting in another car? Pretty difficult. But this video mission has crossed all levels of precision and perfection by capturing the launch and the flight of India’s nuclear-capable sub sonic cruise missile called Nirbhay. The missile is being developed by India’s DRDO with features like wing development and a turbofan engine. It carries either conventional or a nuclear payload while flying to the target.

This video uploaded by Anantha Krishnan M. is from the last successful test and is shot from an IAF Jaguar plane. We salute the pilot and the camera person for a brilliant footage!

 Source…..www.storypick.com and http://www.youtube.com
Natarajan

 

” Octopus Opens Jar From Inside …”!!! Watch this Video Clip …

 

In this video from Japan’s Enoshima Aquarium, an octopus unscrews the lid of a jar … from the inside. Afterwards, the octopus stays in the jar, and who can blame him (her)?

The folks at Enoshima Aquarium in Fujisawa, Japan have some other wonderful videos, by the way, including these transparent eel larvae. To see more, visit the websiteTheKidShouldSeeThis.com, and search for the words “Enoshima Aquarium.”

Octopuses are very intelligent, amazing creatures.

Source….www.earthsky.org and http://www.youtube.com

Natarajan

 

Result of Team Work and Planning…100 year old Tree Moved and Transplanted in another place…!!!

 

The Ghirardi Compton Oak has been a piece of League City’s history for over 100 years. The tree stands 56 feet tall, has a canopy that is over 100 feet wide, and is 135 inches around. It also weighs an incredible 518,000 pounds. A county road widening project put the future of the Ghirardi Oak in jeopardy. Council voted to use park dedication funds to hire Hess Landscaping Construction to move the majestic oak. A project that took them just under a month to complete. Watch the incredible process from start to finish in this video.

Track for this video: http://www.istockphoto.com/stock-audio-19114250­-in-love-full-length.php

On March 22, 2014 the City of League City held an opening ceremony for the new Ghirardi WaterSmart Park. The Ghirardi WaterSmart Park is a three acre passive park which is dedicated to teaching citizens ways to conserve their water use at home. It consists of community garden areas, native planting displays, a rain garden, a theater area as an outdoor classroom as well, a small nature play area, park and maintenance buildings, picnic area, decomposed granite trails, wooden boardwalks and footbridges interpretive signage, green roof kiosk and water cistern. The park was built around the previously relocated and internationally famous Ghirardi Oak. See photos from the grand opening here:https://www.facebook.com/media/set/?s…

Source….www.you tube.com

natarajan

Here is what a Pilot Thinks When the Aircraft loses all of its Engines in the Mid Air….

Last weekend, Singapore Airlines Flight 836 was traveling from Singapore to Shanghai when the twin-engine Airbus A330-343 lost power on both engines over the South China Sea.

Image result for airbus A330-343

Image of Airbus330-343

 

Fortunately, the pilots were able to restore power to the engines, and the flight was able to continue on to its destination.

No injuries have been reported.

Modern turbofan engines are very robust pieces of engineering and tend to be incredibly reliable.

That makes last weekend’s incident an exceedingly rare event.

In fact, experienced A330 pilot Karlene Petitt told Business Insider that in her years flying the popular jet, she has never encountered, in pilot parlance, a “dual flameout.”

So what is an airline pilot thinking when the engines on his or her plane inexplicably lose power?

“What would go through my mind is fly the plane and do everything I can to get the engines started,” Petitt said in an email. “That would be the only thing to think about.”

In the cockpit, pilots are equipped with reference guides which provides guidance and checklists for a wide variety of operational situations – including the loss of power on all engines.

At cruising altitudes – 39,000 ft. in the case of the Singapore jet – the air is very thin and there may not be enough oxygen to get the engines to relight.

However, according to Petitt, “Normally when you get down around 24,000 feet you should be able to get one started because of the denser air at that altitude.”

In the case of Singapore Flight 836, the airliner lost 13,000 feet of altitude before the pilots were able to get the engines going again.

According to Petitt, she would only think about looking for a landing location after realizing she wouldn’t be able to get the engines going.

Depending on how high and how far the airplane is from an airport, the pilot would then determine what would be the appropriate course of action

In past incidents, pilots have chosen a variety of strategies.

In 1983, Air Canada Flight 143 going from Montreal to Edmonton ran out of fuel midway through the flight after the ground crew miscalculated the amount needed for the trip. The pilots were able to glide the twin-engine Boeing 767-200 jet to safety at a retired Canadian military runway that had been turned into a race track.

In 2001, an Air Transat Airbus A330 traveling from Toronto to Lisbon developed a fuel leak while flying over the Atlantic Ocean. The widebody jet lost all power, but the pilots were able to glide to an airport in the Azores Islands.

Miracle on the Hudson

Most famously, US Airways flight 1549 lost both of its engines after colliding with a flock of geese while taking off from New York’s LaGuardia Airport. Due to the low altitude, the pilots didn’t have time to complete the engine restart procedure. Miraculously, Captain Sully Sullenberger was able to successfully guide the Airbus A320 down in the middle of the Hudson River.

In these instances, the pilots were able to safely land their planes with few injuries to the passengers and crew.

“Pilots never stop flying the plane,” Petitt reiterated. “No matter what, we will do what it takes.”

Source….BENJAMIN ZHANG in www.businessinsider.in

Natarajan

Message For the Day…” God is the Cosmic Director and all of us are Mere Actors…”

You pray to God for trivial worldly things. Distinguish clearly between earthly happiness and divine bliss. Ask for selfless love, which you do not have, but He has in plenty. Pray for love, peace and bliss. God is the embodiment of bliss; His love is supreme without a parallel. He knows what is good for you and will give it. He is a witness to all your thoughts, words and actions. Therefore surrender wholeheartedly unto Him, and lead an ideal life. You are all embodiments of the Divine. So love all and never hurt anyone. If you harm anyone, you are harming the Divine. Love is as vital for a human as fire is vital for a lump of coal to sparkle. Get rid of all your weaknesses by concentrating on Divine Love, as grace is ever flowing and confers the greatest strength. God is the Cosmic Director and all humans are mere actors. So perform your role to please Him!   

Sathya Sai Baba

 

Few Accidental Discoveries that Changed the world….

Scientist Lab

In many ways, modernity can be viewed as little more than the the product of centuries of dumb luck. As you are about to see, some of the world’s most significant milestones were the result of nothing more than happy accidents.

Accidental Discoveries: Penicillin

Penicillin Pills

Scottish biologist Alexander Fleming changed modern medicine and saved countless lives by not being a very tidy man. Fleming left for vacation in 1928, failing to clean up his lab beforehand. When he returned, he noticed that some of his Petri dishes had developed mold that prevented bacteria to grow on them.

Accidental Discoveries Penicillin

Correctly guessing that the mold had antibacterial properties, Fleming went to work on identifying the culture – Penicillium notatum. From that, the scientist was able to extract penicillin and revolutionize the world of antibiotics.

Accidental Discoveries Penicillin Advertising

It should be noted that it took another decade before other scientists found a way to create a stable strain of penicillin that could be mass-produced. Likewise, Fleming wasn’t the first person to see the potential of moldy cultures. Other prominent scientists such as Louis Pasteur and Joseph Lister also realized that certain molds could inhibit bacteria growth, not to mention the fact that moldy bread was a traditional infection remedy since ancient times.

The Big Bang Theory

Accidental Discoveries Big Bang

We aren’t actually talking about the discovery of the Big Bang theory itself, but rather of the cosmic microwave background (CMB), or the radiation that the Big Bang left behind. George Gamow predicted its existence in the 1940s but it wasn’t until 1964 that two radio astronomers, Robert Wilson and Arno Penzias, discovered it completely by chance.

Accidental Discoveries Big Bang Astronomers

For their work, Wilson and Penzias won the Nobel Prize in 1978 Source: One Minute Astronomer
Penzias and Wilson were working at Bell Labs in New Jersey and experimenting with a state-of-the-art horn antenna when they picked up some weird interference. At first, they thought this was due to something way less exciting than the CMB – pigeons. However, once they cleared the nest, they noticed that the interference remained. It could only be CMB.

Accidental Discoveries Big Bang Antenna

And thus the two astronomers discovered the first compelling evidence for the veracity of the Big Bang theory. At that time, the origins of the universe were in even hotter debate than today, with camps divided primarily by those who believed in an expanding universe (first put forward by Belgian priest/scientist Georges Lemaitre and later supported by Russian physicist George Gamow) or steady-state theory, the idea of a universe that always was and always will be. The discovery of the CMB tipped the scales in the Big Bang’s favor.

X-Rays

X Ray Hands

In 1895, German physicist Wilhelm Röntgen was doing some simple experiments with a cathode ray tube. At one point, he noticed that the tube was lighting a piece of fluorescent cardboard in the room even though there was a screen between them. Röntgen unsuccessfully tried to block the rays and eventually thought of sticking his hand in front of the tube, revealing the bones inside it. He had just discovered X-rays.

X Ray Rontgen

To be fair, others were aware of the effects of X-rays before Röntgen, but he was the one to study them systematically. He also gave them their name, even though they were referred to as Röntgen rays for decades following his discovery.

Accidental Discoveries X Ray

Röntgen went to work on improving the imaging process by replacing the screen with a photographic plate so the images would be clearer. The first medical x-ray ever taken was of his wife’s hand, which Röntgen presented to the scientific community. Pretty soon x-ray technology became an international medicinal staple.

 

Radioactivity

Accidental Discoveries Radioactivity Sign

One happy accident often leads to another. That was the case with French scientist Henri Becquerel, who, after being inspired by Röntgen’s work, started researching phosphorescence in 1896. Becquerel thought that phosphorescence was responsible for the x-ray effect so he tried exposing some photographic plates to phosphorescent salts in order to confirm it.

Accidental Discoveries Radioactivity Becquerel

None of the materials used ended up having an effect, save for one: uranium salts. And even still, that discovery was made completely by chance. Becquerel considered sunlight to be essential to the experiment, and it was cloudy on the day he planned to test the uranium salts. Becquerel stuck everything in a drawer and waited to experiment another day, only to find days later that the uranium salts caused the photographic plate to blacken in spite of the darkness.

Accidental Discoveries Radioactivity Plate

Becquerel had wrapped the plates in paper so they were never in direct contact with the uranium salts, which meant that some unknown form of radiation capable of passing through solid objects was responsible for this event, not phosphorescence. Becquerel had stumbled upon radioactive decay or, as more know it, radioactivity.

Wearable Pacemaker

With over 350 patents to his name, it’s a wonder that Wilson Greatbatch is not a household name. But of all his innovations, the wearable pacemaker is undoubtedly the most highly acclaimed.

Accidental Discoveries Pacemaker

In 1956, Greatbatch was an electrical engineer working to build a heart rhythm-recording device. In a serendipitous moment of inattention, he reached into a box of spare parts for a resistor, but grabbed the wrong size. Greatbatch realized this after installing it, but he also noticed that the completed circuit produced an electric pulse at a speed of 1.8 times per second.

Accidental Discoveries Pacemaker Implanted

That’s roughly as fast as the heart beats, something Greatbatch immediately picked up on. He realized that the electrical stimuli could be used to assist a weak heart and went to work on shrinking down his device. In 1958 he successfully inserted a pacemaker into a dog, but it was left to a Minneapolis medical company to develop wearable pacemaker for humans that same year.

Source…..www.all-that-is-interesting.com

Natarajan

” அந்த வீணையை என்னிடம் கொடு…நான் வாசிக்கலாம் இல்லையா …” ?

ஒரு சமயம், மகாபெரியவர் மகாராஷ்டிர மாநிலம் சதாராவில் தங்கி இருந்தார். ஒரு அரசமரத்தின் கீழ் இளைப்பாறிய அவர், மரத்தின் வேரில் தலையை வைத்துப் படுத்துக் கொள்வார். முன்னால் திரை போட்டிருக்கும்.
பக்தர்களுக்கு தரிசனம் கொடுக்கும் சமயத்தில் மட்டும், திரையை விலக்குவார்கள்.


அன்று, சென்னையில் இருந்து வீணை வித்வான் ஒருவர் பெரியவரைத் தரிசிக்க நண்பருடன் வந்திருந்தார். பெரியவரைத் தரிசனம் செய்த அவர், அவரது அனுமதி பெற்று, வீணையை எடுத்து வாசிக்க ஆரம்பித்தார். பக்தர்கள் எல்லாரும் அந்த இசைமழையில் நனைந்து கொண்டிருந்தனர். வாசித்து முடித்ததும், வீணையை உறையில் இட தயாரானார் வித்வான்.
பெரியவர் அவரிடம், “”அந்த வீணையை என்னிடம் கொடு. நான் அதை வாசிக்கலாம் இல்லையா?” என்று கேட்டார்.
பெரியவர் வீணை வாசிக்கப் போகிறாரா என்று எல்லாருக்கும் திகைப்பு. வித்வான் உட்பட..! ஆனால், எதற்காக வாசிக்க இருக்கிறார் என்பது மட்டும் யாருக்கும் புரியவில்லை.
வீணையைக் கையில் வாங்கிய பெரியவர் சுருதி கூட்டி, வித்வானிடம் காட்டினார். “”நான் சுருதி கூட்டியிருப்பது சரியா இருக்கான்னு பாரு,” என்றார்.
வித்வானும், “”சரியா இருக்கு” என்று சொல்ல, பெரியவர் வீணை வாசிக்க ஆரம்பித்து விட்டார்.
சில நிமிடங்கள் தான் ஆகியிருக்கும்! வித்வான் பெரியவரின் பாதங்களில் விழுந்தார். கன்னத்தில் போட்டுக் கொண்டு, “”பெரியவா! என்னை மன்னிக்கணும்! என்னை மன்னிக்கணும்! தப்பு பண்ணிட்டேன்! தப்பு பண்ணிட்டேன்,” என்று திரும்பத் திரும்பச் சொல்லிக் கொண்டே கதறி அழ ஆரம்பித்து விட்டார்.
பெரியவர் வாசித்து முடித்தார். பின் வீணையை அவரிடம் திருப்பிக்கொடுத்து, “”வித்யா கர்வம் ஒருவனுக்கு கூடாது. கவனமாக இரு,” என்று சொல்லி ஆசிர்வாதமும் செய்தார். வித்வானுடன் வந்த நண்பருக்கு என்ன நடக்கிறதென்றே புரியவில்லை.
பின் நண்பர் வித்வானிடம்,”” இங்கே என்ன நடந்தது? நீ தப்பு பண்ணிட்டதா கதறி அழுதே! பெரியவர் வித்யாகர்வம் கூடாது என்றார். அப்படி என்ன தான் இங்கு தவறு நடந்தது?” என்றார்.
வித்வான் திகைப்பு கலையாமல் பதில் சொல்ல ஆரம்பித்தார்.
“”கைலாய மலையைத் தூக்க முயன்ற ராவணனின் கைகள் மலையின் அடியில் சிக்கிக் கொண்டன. அப்போது, அவன் சாமகானம் இசைத்து சிவனை மகிழ்வித்து விடுதலை பெற்றான் இல்லையா! அதுபோல, நானும் இங்கே சாமகானம் வாசிக்க துவங்கினேன். ஆனால், திடீரென எப்படி வாசிப்பது என்று மறந்து போய்விட்டது. இது யாருக்கு தெரியப்போகிறது என, ஏதோ ஒன்றை வாசித்து நிறைவு செய்து விட்டேன். பெரியவர் இதைக் கண்டுபிடித்து விட்டார். என்னிடம் வீணையை வாங்கி, அந்தப் பகுதியை சரியாக வாசித்து நிறைவு செய்து விட்டார். பெரியவர் ஸர்வக்ஞர் (எல்லாம் அறிந்தவர்). அவருக்கு எல்லாம் தெரியும் என்பது எனக்கு தெரியாமல் போச்சே! அபச்சாரம் பண்ணிட்டேனே! அதனால் தான் அவரிடம் மன்னிப்பு கேட்டேன்,” என்றார்.
நமக்கு தெரிந்ததைச் செய்ய வேண்டும். தெரியாத விஷயங்களைத் தெளிவாகக் கற்றுக் கொள்ள வேண்டும் என்ற பாடத்தை இதன் மூலம் வாழும் தெய்வமான மகாபெரியவர் நமக்கு இதன்மூலம் உணர்த்தியிருக்கிறார்.

Read more: http://periva.proboards.com/thread/9358/maha-periva-knows-veena-vadyam?page=1&scrollTo=15889#ixzz3bX05cuZa

Source…..www.periva.proboards.com

natarajan

image of the Day… Sunset Sequence in Mars…!!!

Sunset on Mars

NASA’s Curiosity Mars rover recorded this sequence of views of the sun setting at the close of the mission’s 956th Martian day, or sol (April 15, 2015), from the rover’s location in Gale Crater.

The four images shown in sequence here were taken over a span of 6 minutes, 51 seconds.

This was the first sunset observed in color by Curiosity.  The images come from the left-eye camera of the rover’s Mast Camera (Mastcam). The color has been calibrated and white-balanced to remove camera artifacts. Mastcam sees color very similarly to what human eyes see, although it is actually a little less sensitive to blue than people are.

Dust in the Martian atmosphere has fine particles that permit blue light to penetrate the atmosphere more efficiently than longer-wavelength colors.  That causes the blue colors in the mixed light coming from the sun to stay closer to sun’s part of the sky, compared to the wider scattering of yellow and red colors. The effect is most pronounced near sunset, when light from the sun passes through a longer path in the atmosphere than it does at mid-day.

Malin Space Science Systems, San Diego, built and operates the rover’s Mastcam. NASA’s Jet Propulsion Laboratory, a division of the California Institute of Technology, Pasadena, manages the Mars Science Laboratory Project for NASA’s Science Mission Directorate, Washington. JPL designed and built the project’s Curiosity rover.  For more information about Curiosity, visit http://www.nasa.gov/msl and http://mars.jpl.nasa.gov/msl.

Credit: NASA/JPL-Caltech/MSSS/Texas A&M Univ.

Source……www.nasa.gov

New “Malaysia Airlines ” set to Fly From September 1….

The state-run airline’s sole shareholder, Khazanah Nasional Berhad, has this week appointed an Administrator to facilitate the transfer of selected assets and liabilities from the existing Malaysian Airline System Berhad to new company Malaysia Airlines Berhad. The current business will continue to operate through to August 31, 2015, with the new operator, effectively a start-up, taking to the air from September 1, 2015.

New 'Malaysia Airlines' to Fly From September 1, 2015

Troubled Asian national carrier Malaysia Airlines will be completely revamped as a business through the remainder of the year as its new boss takes drastic action to return the loss-making operator to profitability. Christoph Mueller, who recently joined as chief executive officer from Aer Lingus has played important roles in the restructuring the Irish carrier and other European flag carriers.

The state-run airline’s sole shareholder, Khazanah Nasional Berhad, has this week appointed an Administrator to facilitate the transfer of selected assets and liabilities from the existing Malaysian Airline System Berhad to new company Malaysia Airlines Berhad. The current business will continue to operate through to August 31, 2015, with the new operator, effectively a start-up, taking to the air from September 1, 2015.

The voluntary administration follows the passing of a special Malaysia Airlines administration act by both houses of the Malaysian Parliament last year to provide for “an effective, efficient and seamless means to transition the business, property, rights, liabilities and affairs”.

The transition of the business is a key component of the 12-point MAS Recovery Plan, which was announced on in August last year to restructure the national carrier and set it on a path towards sustainable profitability. The process also includes conditional investment funding by Khazanah of up to RM6 billion ($1.66 billion), disbursed on a staggered basis and subject to the fullfillment of strict conditions.

Christoph Mueller, Chief Executive Officer Designate of the new airline, said: “This appointment does not affect our daily operations or existing reservations. All Malaysia Airlines flights, schedules, and reservations continue to operate as normal. I assure you our operations are very much business as usual.”

The ‘new’ Malaysia Airlines is expected to operate under a new brand and livery and there are certain to be changes to its network and fleet strategies, including the departure of some, if not all, the Airbus A380s in its fleet and which are used on its routes to London and Paris from Kuala Lumpur.

In this first official interview since taking over at Malaysia Airlines on May 1, 2015, Mueller has outlined more details of his management brief to Reuters. He said the ‘new’ Malaysia Airlines will operate like a “start-up” and would not be “a continuation of the old company in a new disguise,” but that “everything is new”.

“I’m hired to run the new company entirely on commercial terms and there’s very little margin for error,” he told Reuters in this week’s interview in the downtown Kuala Lumpur office of Malaysian state investor Khazanah. The airline is expected to cut its 20,000 workforce by around a third through the switch of airlines, with all those keeping employment with the state-run business doing so on revised contracts. .

Source….Richard Maslen in http://www.routesonline.com

Natarajan

” These Guys were offered to act in a Big Film …” See What happens next …?

India’s first superstar Prank, Where is an opportunity for everyone to become a superstar !. But Do you really want to become that Superstar ???? Check out the video !!

How can you say no to a film which releases on silver screen along with films starring Shah Rukh Khan, Amitabh Bachhan, Aamir Khan etc. These guys went around the street offering people an audition for a very popular role, and people couldn’t help but show interest in what they were saying. After they had their full attention, they revealed something unexpected which took people by surprise.

PrankBaaz has come up with a very innovative way to spread a social messages because no one listens when you directly tell them to not do anything. I’m frankly impressed with the idea. I’m sure you will be too.

Well done PrankBaaz! :)

 

Source…..www.storypick.com

Natarajan