Samsung, a well Known Smartphone Giant, has announced a catchy offer in the name of "Make for India Celebration" by offering Smartphone and some other gadgets at Rs.1/-

Don't get super excited on reading this much only. It is not going to sell smartphone at Re. 1. It is going to offer smartphone at Re. 1 down-payment and Rest all in 4 Easy EMI option. So this is all business strategy. Whenever you come across with this eye-catching offer, be ensured that you would get the phone in EMI only.

The Galaxy S6 and the Galaxy Note 5 can be bought under this offer. Deal also include Galaxy A7 which will be available at Rs 29,990; the Galaxy A5 priced at Rs 24,900 and the Galaxy Grand Prime 4G will be available at Rs 8,250.

The deals don’t just stop at smartphones. Home appliances like Samsung UHD TV and Full-HD Curved Smart TV buyers can avail of cash backs, EMI options and free warranty. Samsung is also clubbing in offers on HD DTH connections. Samsung refrigerator buyers can avail of discounts through the exchange schemes and also get some freebies on select models.

Samsung has extended the offers on other consumer goods such as air conditioners and microwave ovens too.

Hurry up!!! If you want to avail discount, as this offer is available till 15th May 2016.

 1. Anesthesia

Inventor: Horace Wells

Year: 1844

What Happened: In its salad days, nitrous oxide was strictly a party toy, since it made people howl like hyenas. But a friend of the dentist took too much of the stuff at a laughing-gas stage show and gashed his leg.

Big Discovery: The friend hadn't realized he'd hurt himself.

As a Result: Nitrous oxide became an early form of anesthesia.


2. Botox
Inventors: Alastair and Jean Carruthers

Year: 1987

What Happened: The couple were using small doses of a deadly toxin to treat 'crossed eyes' eyelid spasms and other eye-muscle disorders when they noticed an interesting side effect.

Big Discovery: Wrinkles magically disappeared.

As a Result: The expressionless face became the 'it' look, thanks to Botox.


3. Brandy

Inventor: A Dutch ship master

Year: 16th century

What Happened: He used heat to concentrate wine in order to make it easier to transport, with the idea of adding water to reconstitute it when he arrived.

Big Discovery: Concentrated wine is better than watered-down wine.

As a Result: 'Burnt wine,' or 'brandewijn' in Dutch, became a big hit. Call it brandy, since after a few drinks of the stuff, there's no way you can pronounce brandewijn so a bartender can understand what you're ordering.


4. Chewing Gum

Inventor: Thomas Adams

Year: 1870

What Happened: He was experimenting with chicle, the sap from a South American tree, as a substitute for rubber. After mounting failures, the dejected inventor popped a piece into his mouth.

Big Discovery: He liked it!

As a Result: Adams New York No. 1 became the first mass-produced chewing gum in the world.


5. Mauve
Inventor: William Perkin

Year: 1856

What Happened: He was intent on discovering a cure for one of the deadliest diseases in the world, malaria.

Big Discovery: While trying to replicate the malaria fighter quinine in his laboratory, Perkin inadvertently discovered the color mauve instead.

As a Result: Perkin forgot about malaria and made a mint establishing the synthetic dye industry.


6. Microwave

Inventor: Percy Spencer

Year: 1946

What Happened: With the end of World War II, the Raytheon engineer was looking for other uses for the magnetron, which generated the microwaves for radar systems. While Spencer was standing next to the device one day, a chocolate bar in his pocket melted.

Big Discovery: The magnetron worked even better on popcorn.

As a Result: Orville Redenbacher (launched popping corn) became very rich.


7. Penicillin

Inventor: Alexander Fleming

Year: 1928

What Happened: Halfway through an experiment with bacteria, Alexander Fleming up and went on vacation. Slob that he was, he left a dirty petri dish in the lab sink.

Big Discovery: When he got back, he found bacteria had grown all over the plate, except in an area where mold had formed.

As a Result: That discovery led to two things: 1) penicillin and 2) Mrs. Fleming hiring a maid.


8. Saccharin

Inventors: Constantin Fahlberg and Ira Remsen

Year: 1879

What Happened: After spending the day studying coal tar derivatives, Fahlberg left his Johns Hopkins laboratory and went to dinner.

Big Discovery: Something he ate tasted particularly sweet, which he traced to a chemical compound he'd spilled on his hand. Best of all, it turned out to be calorie-free.

As a Result: He cut Remsen and the university out of millions of dollars when he secretly patented the breakthrough discovery, saccharin.


9. Silly Putty
Inventor: James Wright

Year: 1943

What Happened: During the war years, the General Electric engineer combined silicone oil and boric acid in an attempt to find a cheap alternative to rubber for tank treads, boots, etc.

Big Discovery: It didn't work. But the scientists had a blast bouncing and stretching his mistake, when they weren't using it to transfer comics onto paper.

As a Result: Kids had a blast playing with the Silly Putty too.


10. Viagra
Inventors: Scientists at Pfizer

Year: 1992

What Happened: A Welsh hamlet was ground zero for a test on a pill to fight angina. Unfortunately for the afflicted, it had little success against the disease.

Big Discovery: Though it didn't work, the men taking part in the study refused to give up their medicine.

As a Result: The scientists switched gears and marketed the drug, Viagra, for a very different purpose.

This was the first time anyone has managed to send a high output of nearly two kilowatts of electric power via microwaves to a small target, using a delicate directivity control device .Japanese scientists have succeeded in transmitting energy wirelessly, in a key step that could one day make solar power generation in space a possibility. Solar power generation in space has many advantages over its Earth-based cousin, notably the permanent availability of energy, regardless of weather or time of day. While man-made satellites, such as the International Space Station, have long since been able to use the solar energy that washes over them from the sun, getting that power down to Earth where people can use it has been the thing of science fiction. But the Japanese research offers the possibility that humans will one day be able to farm an inexhaustible source of energy in space. The idea, said the JAXA spokesman, would be for microwave-transmitting solar satellites—which would have sunlight-gathering panels and antennae—to be set up about 36,000 kilometres (22,300 miles) from the earth. But it could take decades before we see practical application of the technology—maybe in the 2040s or later. There are a number of challenges to overcome, such as how to send huge structures into space, how to construct them and how to maintain them.