5 New Technologies You are Going to Watch @ FIFA World Cup !!!

 

Technology is heavily used in many major and international sports events, for instance 6.6 pounds makes all the difference between a gold and a silver medal in the 100-meter butterfly event back in the 2008 Beijing Olympics. Badly designed uniforms can take out a whole team, like what happened to team USA in the 2014 Sochi Winter Olympics recently. In badminton, line-call technology is now used to assist line judges for when players challenge their ball is “in or out” calls.

Vanishing Spray

The FIFA World Cup is also no stranger to technological innovation. The 1970 World Cup, for instance, was the first one to be broadcast in colour. For the first time, footballs fans get to watch matches live on TV from their living rooms and see their favorite teams’ uniforms in all its glorious colors. This upcoming 2014 will be no different when it comes to debuting new technologies in the world of football and international sports.

Let’s check out some of the highlights to look forward to.

1. Goal Line Technology

Goal line technology may well prove to be the most important, and notable, new technology to make its debut at the World Cup. It’s been used in European club football over the past year, most notably in the English Premier League, as well as in some smaller international competitions, but the World Cup is going to be the biggest footballing event to ever implement goal line technology.

After an extended period of trials and testing, FIFA appointed GoalControl GmbH as the official provider of goal line technology for the 2014 World Cup. Goal line technology aims to assist referees in making calls on whether the ball has crossed the goal line and whether a goal should be awarded.

Goal Line Technology

It does this by using 14 high-speed cameras positioned around the stadium which track the position of the ball in 3D. When the ball crosses either goal line, the referee will be alerted via a wristwatch that’s synced to the GoalControl system.

You only need to look back at Geoff Hurst’s 1966 World Cup Final goal for England against West Germany and Frank Lampard’s controversially disallowed goal in the 2010 World Cup to see how goal line technology will help the sport and referee decisions.

Goal Line Technology Watch

2. 4K Coverage And Broadcast

4K has to be one of the more interesting developments in display technology recently. We’re all used to our HD 1080p displays, but 4K takes things way beyond that, with a display resolution of 3840 x 2160 pixels. And what better way to take advantage of this new high-resolution technology than to watch the World Cup in all its 4K glory?

Well, Sony and FIFA have joined forces to do just that: broadcast certain World Cup 2014 matchesin glorious 4K resolution. However, they’re not going to be broadcasting the whole World Cup in 4K. Instead, Sony’s aim with this partnership is to more towards bringing this technology to the mainstream.

Sony 4K Camera

To this end, 3 World Cup 2014 matches will be shot and broadcasted in 4K: one Round of 16 match, one semi-final and of course, the final match itself. Match footage will also be included in the Official FIFA 2014 World Cup film, which will also be in 4K.

The film will be released after the conclusion of the World Cup. FIFA has also confirmed that World Cup fanzones in Brazil will also be showing some 4K content.

Sony 4K Camera

3. Vanishing Spray

If you’re an ardent football watcher, you’re probably familiar with this situation: when the attacking team is awarded a direct free kick near the opposition penalty area, the defensive wall is nearly always just a bit too close. This gives the defending team a slightly unfair advantage, triggering complaints from the attacking team and a delay as the referee tries to get the defensive wall to move back to the regulatory 10 yards’ distance.

Well, this might be a thing of the past at the 2014 World Cup, since referees will now be using vanishing spray to mark out the 10 yard distance.

Vanishing Spray

When a free kick is awarded, the referee will walk 10 yards from the site of the offense and thenspray a line on the pitch to indicate where the defensive wall should should stand. This line willdisappear within a minute or two, so there’s no risk of the line overstaying its welcome or having any untoward effects on the match itself.

This vanishing spray technology has been used for a while in South American leagues, but this is thefirst time it’s being used in a major international tournament.

Vanishing Spray

4. Brazuca

As always, the ball itself is also quite a technological marvel. In the previous World Cup, footballers complained furiously about the Jabulani ball being hard to control, behaving erratically whilst in the air. This, as you’d expect, is not something FIFA want to happen again at the 2014 World Cup.

Adidas claims that the Brazuca, the official match ball for the 2014 World Cup, will be different; in apress statement, they claim that the ball will meet and exceed all FIFA metrics.

Adidas Brazuca

According to Adidas, the Brazuca has been tested for more than 2.5 years and has gotten theapproval of world-class footballers such as Lionel Messi, Iker Casillas, Bastian Schweinsteiger, Dani Alves and the one and only Zinedine Zidane.

This level of performance apparently has a lot to do with the Brazuca’s construction. The Brazuca is unique in that it’s made out of six interlocking urethane panels with thousands of little dimples – somewhat reminiscent of a basketball ball – that apparently improve the ball’s grip, stability and aerodynamics.

Lionel Messi And The Brazuca

5. Mind-Controlled Robotic Suit

Now, for something a little bit different. This isn’t going to be featured in any of the matches, and it won’t have anything to do with the broadcasts, but the 2014 FIFA World Cup will be the public’s first glimpse of an exciting new robotic exoskeleton that might just be the future replacement for the wheelchair.

On the opening day of the World Cup, a young Brazilian paraplegic will use this robotic suit to walk to the centre of the pitch and kick a ball, marking the opening of the 2014 FIFA World Cup.

Robotic Suit Kicking Off

The mind-controlled robotic exoskeleton, built from lightweight alloys and powered by hydraulics, is the culmination of many years of work by the Walk Again project, an international group of scientists. The exoskeleton also comes with a cap which will pick up the user’s EEG signals, which will then be translated by a computer in the exoskeleton’s backpack into movement commands for the exoskeleton legs.

While it will probably take a while before a robotic exoskeleton actually replaces the wheelchair, it’sdefinitely an exciting development that will be great to see at the opening ceremony of the World Cup.

Mind-Controlled Robotic Suit

Source:::
Azzief Khaliq in  http://www.hongkiat.com/blog/world-cup-2014-technology/   …

Recommended Reading: 12 Things You Probably Don’t Know About World Cup 2014

Natarajan

Image of the Day…

 


Yangtze River valley, China.
stargazing

The beautiful Yangtze River valley, with its monumental Three Gorges Dam project, offers both stunning daytime scenery and magical night spectacles. Unlike most of China, this area isn’t very industrialized and has relatively little light making the nights sky more visible.

Source::::ba-ba mail site

Natarajan

 

” The Little Known Man Who Saved the World … “

The Man Who Saved the World
In 1962, the U.S. and the Soviet Union were on the brink of possible mutual destruction- the world as a whole was facing a possible nuclear winter and all the devastation that would come with it. The Cold War had been escalated to “tepid” and was close to becoming hot with the failure of the Bay of Pigs in 1961 and the ensuing Cuban Missile Crisis.

In May 1962, Soviet President Nikita Khrushchev and Cuban President Fidel Castro reached a “secret” agreement that allowed the Soviets to start building missile sites in Cuba, including stocking them with nuclear missiles- 42 of them.

It should be noted here that the U.S. at this time had nuclear missiles in Turkey and Italy that could hit Moscow within 16 minutes of being launched. On the flip-side, the Soviets had plenty of nukes pointed at and perfectly capable of destroying the U.S.’ allies throughout Europe. However, the Soviets did not have nearly the capability to destroy targets in the U.S. itself. Certainly they had enough nukes and intercontinental ballistic missiles to destroy all the major cities in the U.S. and more, but their missiles at this point weren’t extremely accurate at those distances, so weren’t as good as a “mutual destruction” deterrent. Indeed, there were some among the U.S. brass that felt the loss of allies throughout Europe and the lesser direct causalities from long range nukes that managed hit their targets in the U.S. were acceptable losses given the payoff would be the annihilation of the Soviet Union and the end of that threat to the United States. So if the Soviet Union had nukes in Cuba, that tipped the balance in the Cold War back to near even, rather than in the U.S.’s favor as before.

In the fall of 1962, the United States sent a US U-2 aircraft to fly over Cuba to attempt to confirm the rumors that they had heard about the Soviet missile sites in Cuba. On October 14th, 1962, the U-2 arrived back with pictures of these missiles sites. A day later, the pictures were presented to President Kennedy. Tensions rose and alarms were sounded. And, thus, on October 15th, 1962 the 13-day ordeal that became known as the Cuban Missile Crisis began.

Vasili Arkhipov was born on January 30th, 1926 to a poor, peasant family near Moscow in the town of Staraya Kupavna. At the age of 16, he began his education at the Pacific Higher Naval School. Vasili saw his first military action as a minesweeper in the Pacific Theater at the tail end of World War II. In 1947, he graduated from the Caspian Higher Naval School and served on submarines in the Soviet Black Sea, Northern, and Baltic fleets. In 1961, Vasili got his first taste of crisis management in an incident that, while extremely momentous, wasn’t even close to what he’d help with later.

This first incident happened when Vasili was appointed deputy commander of the new K-19 sub (known today as “the Widowmaker”), one of the first Soviet nuclear subs, which was also equipped with a nuclear ballistic missile. On July 4th, 1961, as the sub was conducting exercises near Greenland, a major leak was discovered in the radiant cooling system. Since no backup cooling system was installed pre-sail, the reactor on the sub was in real danger of a nuclear meltdown. In order to prevent a nuclear accident unlike any the world had ever seen before, the captain of the sub sent workers into high-radiation areas to build a cooling system on the spot. Every member of the sub did what they could to prevent disaster. Vasili, lending his engineering expertise, helped contain the overheating reactor. The crew succeeded, but not before these workers and many on the crew developed radiation sickness. Every worker that was sent as first responders into the high-radiation areas died within days. Due to this, a mutiny nearly erupted on board the K-19 sub. Vasili backed his captain in continuing the work and was, eventually, awarded a medal for his bravery in a time of crisis and loyalty to the Soviet Union. All of this, though, was a precursor to the day Vasili Arkhipov saved the world.

After his time on the K-19 sub, Vasili was made second in command on the B-59, one of four attack submarines that was ordered to travel to Cuba on October 1st, 1962. The sub contained 22 torpedoes, one of which was nuclear, holding the same strength as the bomb that was dropped on Hiroshima. The captains of each of the four subs were given permission to fire their nuclear torpedoes at their own discretion, so long as they had the backing of the political officer on board. Unknown to the crew of the B-59, the United States began their naval blockade of Cuba on October 24th and informed the Soviets that they would be dropping practice depth charges (think warning shots) to force subs to surface and be identified.

Moscow could not communicate this information to the B-59 due to it being too deep underwater to receive radio transmissions. On October 27th, 1962, US destroyers and the aircraft carrier USS Randolph located the sub, trapped it, and began dropping depth charges to force it to surface. The sub’s crew, which had been traveling for nearly 4 weeks with very little communication with Moscow, was very tired and not aware of circumstances. The sub’s captain, Valentin Savitsky, believed that nuclear war had already broken out between the Soviet Union and the US and wanted to fire the nuclear torpedo.

Fortunately, particularly given the heightened tensions at the time, in this case, one other person had veto power over firing besides the captain and the political officer, the second in command Vasili Arkhipov. Vasili, despite being second in command on the B-59, was the leader of the fleet of the four Soviet subs sent. Had Vasili not been present, nuclear war would have likely happened as both the captain and the political officer wanted to launch the nuclear torpedo. Vasili vehemently disagreed, arguing that since no orders had come from Moscow in a long time, such a drastic action was ill-advised and the sub should surface to contact Moscow. A heated argument broke out- legend, probably false- says punches were thrown. Eventually, though, Vasili won the day (his reputation as a hero in the K-19 mutiny reportedly helped in the debate) and the sub surfaced. Upon meeting their American enemies, they were instructed to head back to Russia. They obliged, (additionally, they began to have mechanical issues on board the sub) and headed east. Nuclear war was averted. Vasili Arkhipov was a hero… again.

When the sub arrived back in Russia, the crew of the B-59 were met with trepidation. After all, they had pretty much surrendered to the Americans. Said one Russian admiral to the submariners, “‘It would have been better if you’d gone down with your ship.”

Despite the not-so-hero’s welcome he originally received from the Soviets upon his return, to his wife, Olga, Vasili was always the man who saved the world,
“The man who prevented a nuclear war was a Russian submariner. His name was Vasili Arkhipov. I was proud and I am proud of my husband, always.”

 

Source:::: Today i foundout.com

Natarajan

” Reel Effect and the Real Picture … ” !!!

 

It has been discovered that the average American watches television about 5 hours a day. That’s a lot of programming being consumed and that number doesn’t even include how many hours of movies we see in theaters or in our own homes. Every day we are being entertained, but every day we are being lied to (but not in a harmful way). Most people would never catch how it’s being done.

Special effects and CGI (computer generated imagery) is a useful tool in the entertainment industry. Over the years, the techniques have improved. Now, when most television shows or movies use CGI, the viewers can’t even tell what’s real and what’s not…

HINT: Most of it’s not.

You should never trust anything you see in the movies or television shows. “Movie magic” has been around for decades, but now the magic is almost seeming… magical.

Source:::: viral nova trending site

Natarajan

“மழையே உன்னை ஆராதிக்கிறோம்”….சிந்திப்போம் ஒரு நொடி …

சென்னைவாசிகளுக்கு ஒரு சின்ன மழை கொடுத்த சந்தோஷத்தை வேறு எது ஒன்றாலும் நேற்றைக்குக் கொடுத்திருக்க முடியுமா என்று தெரியவில்லை. வெப்பத்தில் புழுங்கிக்கொண்டிருந்த மக்களுக்கு அவ்வளவு இதமான ஆறுதலைத் தந்திருக்கிறது மழை.

சென்னை நகரம் வெப்பத்தில் தகிக்க வெயிலும் வெப்பநிலையும் உச்சபட்ச அளவை நோக்கி நகர்வது மட்டும் காரணம் இல்லை. வெப்பத்தை எதிர்கொள்ளும் ஆதாரங்களையும் வேகவேகமாக அழித்துக்கொண்டிருக்கிறோம் அல்லது அந்த அழிவை வேடிக்கை பார்த்துக்கொண்டே கடக்கிறோம் என்பதும் முக்கியமான காரணம். சென்னையில் மட்டும் அல்ல; நாடு முழுவதும் இதுதான் நிலை.

ஐம்பதாண்டுகளுக்கு முன்கூட எவ்வளவு பசுமையான, ரம்மியமான நகரமாக இருந்தது சென்னை! அதற்கு ஆதாரமாக சாலைகளின் இருபுறங்களிலும் கவிந்து நிழல் தந்த அந்த மரங்கள் எங்கே? ஒவ்வோர் ஆண்டும் வளர்ச்சியின் பெயராலும் பல்வேறு திட்டங்களின் பெயராலும் ஆயிரக் கணக்கான மரங்களை வெட்டித்தள்ளுகிறோமே, பதிலுக்கு எத்தனை மரக்கன்றுகளை நடுகிறோம்? சரி, ஒரு சின்ன மழை இவ்வளவு சந்தோஷத்தை அள்ளிக்கொண்டு வருகிறதே, அதற்காகவாவது உரிய கவனத்தை அளிக்கிறோமா, அதையாவது நாம் பயன்படுத்திக்கொள்கிறோமா?

நம்மை உய்விப்பதற்காக இந்த மழைதான் எத்தனை நீண்ட பயணத்தை ஒவ்வோர் ஆண்டும் மேற்கொள்கிறது? பசிபிக் பெருங்கடலின் தென் பகுதியிலிருந்து புறப்படும் காற்று வடக்கு நோக்கி 8,000 கி.மீ. பயணித்து ஆசியாவை உரிய காலத்தில் அடைகிறது. அப்படி வரும் வழியில் ஈரப்பதத்தை உறிஞ்சி எடுத்து வருகிறது. பருவ மழை சரியாகப் பொழிய பசிபிக் பெருங்கடலிலிருந்து வரும் காற்று ஒரு காரணம் என்றால், இந்தியாவில் அடிக்கும் வெயில் அடுத்த காரணம். வெப்பக்காற்று மண்டிய இந்தியக் கடலோரம் வழியாக நீராவி மிகுந்த குளிர்காற்று இந்தியா முழுக்கப் பரவுகிறது. சாதாரண ஆண்டுகளில் பருவக்காற்று நான்கு மாதப் பயணத்துக்குப் பிறகு கேரளக் கடற்கரையை ஜூன் மாதத்தில் அடைகிறது. இந்தப் பருவமழைதான் நாட்டின் நூற்றுக் கணக்கான பெரிய நீர்த்தேக்கங்களையும் பல்லாயிரக் கணக்கான ஏரிகளையும் லட்சக் கணக்கான குளங்களையும் நிரப்புகிறது. இந்தத் தண்ணீர்தான் குடிநீருக்கும் பாசனத்துக்கும் மின்சார உற்பத்திக்கும் ஆதாரமாகிறது. இவ்வளவு முக்கியத்துவம் மிக்க மழையை நகரவாசிகள் எப்படி அணுகுகிறோம்?

சென்னை உள்ளிட்ட பெரும்பாலான நகரங்கள் குடிநீருக்கு வெளியூர் நீர்நிலைகளையே நம்பியிருக்கின்றன. நிலத்தடி நீராதாரம் நாளுக்கு நாள் கீழே போய்க்கொண்டிருக்கிறது. தண்ணீரைக் காசு கொடுத்து வாங்கும் இந்த நிலையில்கூட நீராதாரத்தைப் பற்றிக் கவலைப்படவில்லை என்றால், எப்போது கவலைப்படப்போகிறோம்?

பொதுநலனை விடுவோம்… சுயநலம் சார்ந்தாவது இதை யோசிக்க வேண்டுமா, வேண்டாமா? சொந்த வீடு வைத்திருப்பவர்கள் ஏனைய விஷயங்களில் காட்டும் அக்கறை ஏன் மழைநீர் சேகரிப்பில் எதிரொலிக்கவில்லை? வழிகாட்ட வேண்டிய, வலியுறுத்த வேண்டிய பொறுப்பு அரசுக்கு இருக்கிறது என்பது உண்மைதான். ஆனால், அதையெல்லாம் தாண்டி இது நம் ஒவ்வொருவரின் கடமை. மரம் வளர்ப்போம், மழைத்துளிகளை மண்ணுக்குள் சேகரிப்போம்!

Keywords: மழை, சென்னை, பசிபிக் பெருங்கடல், சாலைகள்
Topics: சுற்றுச்சூழல்| தமிழகம்| சென்னை|

Source:::: The Hindu… Tamil

Natarajan

Watch the Earth’s Orbit Flash by in Seconds….First Ever Vine video From ISS !!!

  • Vine was created by Nasa astronaut Reid Wiseman over the weekend 
  • Timelapse condenses 92-minute orbit into the span of around six seconds
  • Sun never sets because ISS’ orbit is in alignment with the ‘terminator’ line
  • Terminator line marks barrier between light and dark on Earth’s surface
  • This happens up to four times a year but is most common around the time of the summer solstice

Astronauts on the International Space Station (ISS) can see as many as 16 sunrises and sunsets in a 24-hour period.

But on some occasions, the location of the station means the sun never sets at all, providing stunning views for the crew on board.

Now, Nasa astronaut Reid Wiseman has revealed this incredible sight from orbit, in the first ever Vine video to be sent from space.

The timelapse condenses a 92-minute orbit into the span of around six seconds showing the space station hurtling around the planet at  17,500 mph (27,600 km/h).

WHAT CAUSES A NEVER-SETTING SUN?

In certain orbits of the Earth, the sun never sets on the ISS because the space station is in alignment with the day/night terminator line.

This line marks the barrier between light and dark on the surface of the Earth.

In this scenario, something known as the ‘beta angle’ increases. This is the imaginary line between the sun and the path of the ISS around Earth.

When beta angle exceeds 69º, it is in constant sunlight. This happens two to four times a year and is most extreme near the summer solstice on June 21.

The timelapse condenses a 92-minute orbit into the span of around six seconds showing the space station hurtling around the planet at  17,500 mph (27,600 km/h).

 The sun never sets because the space station’s orbit comes into alignment with the day and night terminator line.

This marks the barrier between light and dark on the surface of the Earth.

In this scenario, something known as the ‘beta angle’ increases. This is the imaginary line between the sun and the path of the ISS around Earth.

Writing in the Weather Centre blog, Tony Rice explained that as the beta angle gets higher, the time the ISS is in sunlight also increases.

The sun never sets because the space station's orbit comes into alignment with the day and night terminator line. This marks the barrier between light and dark on the surface of the Earth

The sun never sets because the space station’s orbit comes into alignment with the day and night terminator line. This marks the barrier between light and dark on the surface of the Earth

 

During this period, the so-called ¿beta angle¿ increases. This is the imaginary line between the sun and the path of the ISS around Earth. As the beta angle gets higher, the time the ISS is in sunlight increases. When beta angle exceeds 69º, it is in constant sunlight

During this period, the so-called ‘beta angle’ increases. This is the imaginary line between the sun and the path of the ISS around Earth. As the beta angle gets higher, the time the ISS is in sunlight increases. When beta angle exceeds 69º, it is in constant sunlight

‘When beta angle exceeds 69º, it is in constant sunlight, and mission control keeps an even closer around-the-clock watch on power production and temperatures,’ he said.

‘This happens two to four times a year but is most extreme near the summer solstice coming on June 21.’

Previous space shuttles would enter something known as a ‘barbeque mode’ which would cause them to do slow barrel rolls to avoid overheating.

On the ISS, an Active Thermal Control System transfers heat through to large radiators extending under the station that can then be released into space.

Reid Wiseman from Baltimore (pictured) is currently serving as flight engineer aboard the International Space Station for Expedition 41.   Wiseman¿s space Vine has gained over 4,000 likes and nearly 2,000 retweets since it was posted on Saturday

Reid Wiseman from Baltimore (pictured) is currently serving as flight engineer aboard the International Space Station for Expedition 41.   Wiseman’s space Vine has gained over 4,000 likes and nearly 2,000 retweets since it was posted on Saturday

‘1st Vine from space! Single Earth orbit. Sun never sets flying parallel w/terminator line,’ Wiseman explained in the clip, which he shared over the weekend.

Vine is a mobile service that creates short looping videos which are six seconds or less. So far, Wiseman’s Vine has gained over 4,000 likes and nearly 2,000 retweets.

The 38-year-old from Baltimore is currently serving as flight engineer aboard the International Space Station for Expedition 41.

The last time Twitter saw a space ‘first’ was when astronaut Mike Massimino sent the first tweet from orbit in 2009.

'My parents were waving in Maryland at sunrise, so I took a picture of them,' Wiseman wrote with this shot

‘My parents were waving in Maryland at sunrise, so I took a picture of them,’ Wiseman wrote with this shot

Source:::: y ELLIE ZOLFAGHARIFARD  in Daily Mail Australia

Natarajan

 

Image of the Day…

 

 

Stars reflecting in Unity Pond, Maine

A four-shot panorama featuring the springtime arc of our Milky Way galaxy reflected in the calm water of Unity Pond, Maine.

Stars reflecting in Unity Pond, Maine by Mike Taylor.  Thank you, Mike.  Visit Mike Taylor Photography.

Mike Taylor contributed this image, which he captured on May 7, 2014 at 2:45 a.m. He wrote:

This image is a four-shot panorama featuring the springtime arc of our Milky Way galaxy reflected in the calm water of Unity Pond, Maine. The structure on the left is a train trestle located on the unused train tracks. This is a tough spot to shoot from because of the rocky and marshy terrain but well worth it.

There is quite a bit of green airglow in the sky and the orange hue on the horizon is light pollution.

Source:::: earth sky news site

Natarajan

Image of the Day …World Ocean Day !!!

 

 

The ocean from Tofino, British Columbia, Canada. We chose it partly because Canada helped start World Oceans Day, which happens every June 8.

View larger. | Morning mist over the ocean, as seen in Tofino, British Columbia, Canada by EarthSky Facebook friend Ryong Lee.  Thank you, Ryong!

Morning mist over the beach and ocean, in Tofino, British Columbia, Canada. Photo by EarthSky Facebook friend Ryong Lee

To help celebrate World Oceans Day, Ryong Lee of Canada posted this beautiful photo onEarthSky’s Facebook page. When we started talking about World Oceans Day on our social media pages last week, several people said they had never heard of it. In fact, Canada made the original proposal for World Oceans Day in 1992 at the Earth Summit in Rio de Janeiro, Brazil. The day has been unofficially celebrated every June 8 since then, and, in 2008, the United Nations did officially recognize it. Since then, World Oceans Day has been coordinated internationally by The Ocean Project and the World Ocean Network. These organizations say it has greater success and global participation each year.

Sylvia Earle, perhaps the world’s most recognized and respected oceanographer, made a video plea to protect the oceans, which was released today. Among other things, Earle said:

I think of the ocean as the blue heart of the planet

 

Visit WorldOceansDay.org:

Source:::: Earth sky news site

Natarajan

 

 

 

Ads Which Convey a Strong Social Message ….

 

Ads aren’t just for selling products. Sometimes ads can be used to deliver a message of utmost importance, whether it is one you agree with or not, that is up to you, but you cannot help but admire the clever and at times very intelligent ways social commentary ads pierce your defenses and almost make you listen.
Liking Isn’t Helping. Be A Volunteer. Change A Life
Social Commentary Ads
Social Commentary Ads
Save Paper – Save The Planet
Social Commentary Ads
Premature Ending: “If you smoke, statistically your story will end 15% before it should.”
Social Commentary Ads
Deforestation And The Air We Breathe: Before It’s Too Late
Social Commentary Ads
Elm Grove Police Department: Slower Is Better
Social Commentary Ads
Air Pollution Kills 60.000 People A Year
Social Commentary Ads
Smoking Causes Premature Aging
Social Commentary Ads
Sleepiness Is Stronger Than You. Don’t Drive Sleepy
Social Commentary Ads
For The Homeless, Every Day Is A Struggle
Social Commentary Ads
Animal Abuse And Shelters: Same Pet, Different Owner
Social Commentary Ads
Social Commentary Ads
Buckle up. Stay alive
Social Commentary Ads
Deforestation Continues With The Turn Of A Page
Social Commentary Ads

Source: Carlos. P  ….ba-ba mail site

Natarajan

Beauty of the SUN … Stunning Images !!!

 

 

Photos Celebrating the Beauty of Our Sun

While they like to equate the earth to a mother, it is the sun that makes all life on earth possible, giving us the energy, the light that makes us grow and allows all life on earth to exist. So here are stunning photos of that huge ball of flame, 8 light minutes away…
sun photos
“When the sun is shining I can do anything; no mountain is too high, no trouble too difficult to overcome.'”
Wilma Rudolph 
sun photos
sun photos
sun photos
sun photos
“He who binds to himself a joy Does the winged life destroy; But he who kisses the joy as it flies Lives in eternity’s sun rise.”
William Blake 
sun photos
sun photos
sun photos
sun photos
sun photos
“Behold, my friends, the spring is come; the earth has gladly received the embraces of the sun, and we shall soon see the results of their love!”
Sitting Bull  
 
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
“The sun does not shine for a few trees and flowers, but for the wide world’s joy.”
Henry Ward Beecher
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
“The sun is new each day.”
Heraclitus  
sun photos
sun photos
sun photos
sun photos
sun photos
“Three things cannot be long hidden: the sun, the moon, and the truth.”
Buddha  
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
sun photos
“Photograph: a picture painted by the sun without instruction in art.”
Ambrose Bierce  
sun photos

Source: Frederick T. in ba-ba mail site

Natarajan