"5 Reasons why you should masturbate"

5 Reasons why you should masturbate

 
Given our busy schedules, perhaps the time has come to enjoy solo sex. Remember, 94% men and 89% women still masturbate on a regular basis. Masturbation doesn't cause any harm to your body until and unless you over do it.

Here, we give you five reasons why you should masturbate.

 

Masturbation is healthy: Masturbation is one of the best ways to stay healthy and has many health benefits. It can cure diseases like insomnia, stress, anxiety, menstrual cramp, depression, and it can even stimulate your immune system. Some researches say it's also a form of exercise; it can burn a few calories even though it can't match up to gym workout.

"Romantic Love Quotes"

1. “A kiss is a lovely trick, designed by nature, to stop words when speech becomes superfluous.”
–Ingrid Bergmen

2. “In my wildest dreams, you always play the hero. In my darkest hour of night, you rescue me, you save my life.”
–Bliss and Cerney

3. “My night has become a sunny dawn because of you.”
–Ibn Abbad

VALENTINE GIFTS' FOR HIM

When searching for ideas to find a suitable gift for your man, it seems like a tough job, as men are have special interests and they are amused by articulate and worthy gifts that have a place in there daily work life or leisure. Most men like electronic gadgets, games, books, cloths, holiday packages and accessories. Men with a creative or artistic bend of mind cherish, gifts like paintings, pottery, vases, as they are “A thing of Beauty is Joy for Ever”. Here are ten amazing Valentine Gifts to India.

ROMANTIC VALENTINE IDEAS

1. Plan a valentine Picnic: When you want to spend some exclusive time with your valentine, away from the bustle of the city life, what can be better than packing a picnic and leaving for some nearby scenic destination! Choose a romantic spot and leave the city for a day. Take some food, fruits, water, and champagne along to celebrate the day. A beautiful countryside meadow or a garden can be a great place to spend your day. Cuddle with your partner, when you settle down at a beautiful spot relax.
    

HOW TO BE GREAT ON A DATE

 
Our tips on how to impress a prospective romantic partner 

Letâs face it, going on a date can be a nerve-wracking experience, but it doesnât have to be that way. With a bit of mental preparation, the right outfit and some good old-fashioned skin and hair pampering, you will be well on your way to impressing your date. But for that extra bit of magic, youâll need a generous helping of confidence to let you radiate your inner beauty. So how do you get it?

"Gods Of Love" L O V E O L O G Y

The strong bronzed bodies of the ancient Gods also carried a warm heart inside. These are the Gods of love and their deeds for you to marvel at.

Eros - The Greek God of sexual love and beauty. He was the patron of love between man and woman and was known to be very mischievous. Armed with a bow and arrow or with gifts for lovers, it was Eros who lighted the flame of love in the hearts of both Gods and men.

THE 200 MPG AEROCYCLE

A motorcycle with an aerodynamic shell gets more than 200 miles per gallon

Cool Storage Besides increasing fuel economy, the shell allowed builder Allert Jacobs to add a trunk in the back. Hans Pieterse

Dutch vehicle designer Allert Jacobs knew that his fuel-sipping, shell-encased motorcycle was street-legal. Unfortunately, the police didn’t, and impounded it after pulling him over during a test run. 

Allert Jacobs' Aerocycle:  Hans Pieterse

But Jacobs has a lot of patience. He first built a resistance-reducing nose cone in 2007, in an attempt to increase his Honda Innova 125i’s 114-mpg rating. That design fell short, so he built a 1:5 scale model, followed by a full-size polyurethane and wood mold. By 2009, he was crafting the fiberglass shell. Steel tubes welded to the bike’s frame attach it, and a frame and rails added to the front of the bike allow the front of the shell to slide forward like a door and lock shut. Last winter, he even made aerodynamic cones with indicator lights for his side-view mirrors.

In the Shell : The top view of the motorcycle  Hans Pieterse

Most of the mileage boost comes from the aerodynamic shape, but Jacobs also converted the bike’s automatic clutch to manual to keep it from slipping. Altogether, the changes worked: On one long trip, the bike got 214 miles per gallon. And as for the impound? “I got it back,” he says, “and they had to apologize.”

Time: 3 years Cost: $5,000

HANDLING

Jacobs can put his feet down to steady himself when stopped, but the shell prevents him from planting them out wide. He’s considering building a new version with open sides in order to reduce balance issues.

COMFORT

After lowering the seat and raising the footrests above the wheel, Jacobs decided that they would improve steering if they were closer to the hub, so he welded tubes to the frame parallel to the front forks and attached the footrests to them.

SECURITY

Jacobs welded and bolted a steel rail to the front of the bike so that half the shell can slide forward 18 inches, allowing him easy access and exit. There’s a security bonus too, since he can lock up his bike along with any valuables inside.

 

3 More MPG-Boosting Mods

 

Duct-Taped Dream: Thanks to ecomodder.com, a community of DIYers hell-bent on adding mileage, for help with this article.  Chang Ho Kim

 

Duct-Taped Dream

Chang Ho Kim, who runs an auto-repair shop in Massachusetts, skipped doing airflow calculations and modified his 1989 Honda CRX HF largely on instinct. He added a narrow, wedge-shaped acrylic nose to move the air over the hood and roof, taped the seams between the body panels to prevent turbulence, and installed acrylic skirts to keep air flowing past the rear tires. An aerodynamic tail extends down off the hatchback glass. A few screws and lots of aluminum duct tape keep the pieces together. The mods yielded results: Previously, his Honda ran at 40 miles per gallon; now it routinely tops 60.

Greenie Van :  Courtesy glassmarcus.com

GREENIE VAN

Glass artist and furniture maker Marcus Sabathil’s Toyota Previa minivan is a moving example of his dedication to green principles: He increased its highway mileage from 20 mpg to 36. Sabathil made more than a dozen mechanical modifications, crafted a clear Lexan plastic aerodynamic tail with stainless-steel trim, and added interior side-view mirrors so he could fold in the outer ones on the road. 

Wonder-Trailer:  Courtesy Phil Knox

WONDER-TRAILER

Phil Knox, an aeromodding legend, attached an inverted and partially sawed-off boat to the top of a utility trailer and added fairings in front of and behind the wheels, as well as a smooth aluminum belly pan to reduce drag beneath the trailer. As a result, unlike normal trailers, Knox’s 430-pound creation—still awaiting a few tweaks before it’s finished—does not appear to reduce his pickup truck’s mileage.

The H2Whoa Credo: 

DIY can be dangerous. We review all our projects before publishing them, but ultimately your safety is your responsibility. Always wear protective gear, take proper safety precautions, and follow all laws and regulations

Warmth of Human Bodies Waiting Below Ground for Paris Metro Will Heat New Apartment Complex

Heating Buildings With the Paris Metro Pline via Wikimedia

 

Leave it to the French to do something that’s undeniably awesome yet leaves us feeling somewhat uncomfortable at the same time. An experimental heating system, being installed in a public housing project in Paris, will use the warmth generated by human bodies in a nearby Metro station to heat the building.

NEW Li-ion BATTERY DESIGN BOOSTS ENERGY CAPACITY AND CHARGE RATE 10-FOLD

Charging Up Loimere via Flickr

For years, battery designers have been looking for the next big thing in energy storage technology that could replace the lithium-ion batteries currently found in everything from laptops to smartphones to cars. It turns out they may have simply needed to rethink the existing li-ion battery. Northwestern University researchers have re-engineered a lithium-ion battery that can hold ten times the charge of current batteries on the market, and can charge ten times faster.

The trick: a redesigned anode that addresses the two main issues holding li-ion batteries back--charge capacity and charge rate. Li-ion batteries work via a chemical reaction in which lithium ions are swapped between two ends of a battery (known as the anode and the cathode). As energy is burned by a device, ions travel from where they are stored in the anode through an electrolyte to the cathode. In the process, electrical charge is passed to the device as the ions make the transition through the electrolyte. When the battery charges, the ions move in the opposite direction, from cathode to anode.

Current anode design is based on graphene sheets--one-atom-thick layers of carbon--that store the lithium ions. But these anodes can only store one lithium atom for every six carbon atoms, a rather low charge density. Designers have experimented with materials like silicon, which can hold four lithium atoms for every silicon atom, but silicon tends to expand and contract significantly during the charge process, causing it to fragment. This naturally reduces the lifetime of the anode. 

A graphene-based design also slows the charge rate. Because of the geometry of graphene sheets--very thin but very long--lithium ions have to make a long trip to the edges of the graphene sheets and then push their way inside. This causes a kind of ion bottleneck around the edges of the anode and slows the charge rate significantly.

The NU team sawed through these problems significantly by rethinking the anode and incorporating a hybrid graphene-silicon design that boosts capacity and charge rate at the same time. First, they sandwiched layers of silicon in between the graphene sheets, allowing greater numbers of lithium ions to come to rest there. The silicon still expands and contracts during charging and discharging, but the flexibility of the graphene still holds the anode together. The silicon can fragment but it still stays in place, allowing the anode to hold greater charge.

The team then used chemical oxidation to punch tiny holes in the graphene sheets--just 10 to 20 nanometers across--so the lithium ions can move through the graphene rather than having to go around to the edges of the anode (where the traffic jams were occurring). This shortcut allow lithium ions to pile into the anode quickly during the charge process, giving charge rates a 10-fold shot in the arm.

And that’s just the anode. The researchers next plan to rethink the cathode to further boost efficiency and effectiveness. The better li-ion battery could hit the marketplace in the next three to five years.

ECO-FRIENDLY BATTERY RUNS ON OLD NEWSPAPER

Paper-Powered Battery Sony

 

I'll start you guys off with a quote here: In talking about Sony's new battery technology, which uses old cellulose product like newspapers and cardboard to generate electricity, the BBC says: "Their work builds on a previous project in which they used fruit juice to power a Walkman music player." Thank you, crazy Sony recycling-engineers.

This new tech relies on turning cellulose products (including, lest we forget, the paper greeting cards all you Earth-hating monsters are exchanging this time of year) into glucose sugar. That's done by introducing the old paper products to a solution of water and cellulase, an enzyme found in nature, and, um, shaking it. The cellulase solution decomposes the cellulose to form that necessary glucose, which is in turn combined with oxygen and some other unnamed enzymes, producing electrons and hydrogen ions, the former of which is fed into batteries to charge them.

If you're wondering where in nature this wood-eating cellulase enzyme is found, look no further than the termite. Cellulase is naturally occurring in the wood-eating species, and in fact the Sony researchers involved in the project actually compared their technique to that of a termite.

As with all new battery tech, especially in the early stages like this one is, the battery isn't powerful enough to run high-demand gear. A portable music player, like the Walkman™, is about all it can handle at the moment. But as the byproducts are basically harmless (water and gluconolactone, a neutral product often used in anti-aging cosmetics), it's definitely a tech we'd like to see improve and become viable.

Source: BBC

THE WORLDS' FIRST "NANO EAR"

The 'Nano-Ear' Courtesy: APS 

 

German researchers have turned an optical tweezer device into the world’s first “nano-ear” capable of detecting sounds six orders of magnitude below the threshold of human hearing. Using an optically trapped gold nanoparticle as their listening device, the team says they can now detect sounds made at the bacterial level or use their device to tune (or perhaps to test?) the minuscule MEMS machines of the future.

The nano-ear is pretty simple, considering that it relies on technology that has been laying around in the lab for decades now. Optical tweezers are laser devices that use light to trap or manipulate a small particle in a particular point in space by drawing the particle to the most intense point in the laser beam’s electric field. By trapping a gold nanoparticle in just such a optical trap and measuring the influence of various sound waves on that particle, the found that they can “listen” to very small vibrations.

That means sound analysis at extremely low levels. The gold nanoparticle itself is just 60 nanometers (that’s 60 billionths of a meter, or roughly a thousand times smaller than a human hair), which makes it pretty sensitive to very small forces. The researchers used both a “loud” source--a tungsten needle glued to a speaker that vibrates at roughly 300 Hz--and a second source made up of bunches of other gold nanoparticles heated by a second laser to vibrate at just 20 Hz. The nano-ear could hear them both loud and clear. The sound waves nudge the trapped gold nanoparticle in the same direction that the waves are propagating, allowing for precise measurement of the sound itself based on the particle’s motion. Experiments showed the nano-ear could detect vibrations down to about -60 decibels--or six orders of magnitude lower than human hears can. That means the device could be used to identify microorganisms or processes at the microscopic level by their sound signatures, or to help design and tune microelectrical mechanical system

THE WORLD'S OLDEST LIVING ORGANISM

200,000 years old patch of sea -grass is the world's oldest living organism

Posidonia Oceanica 

BENEFITS OF SURYA NAMASKARA

Benefits Of Surya Namaskar - Anti Ageing Anaahat Yoga

GENERATING ELECTRICITY FROM SHOES'

Humans are not very efficient. When we walk, we waste close to 20 watts of energy per second. Instead of turning all calories into lift or forward motion, we turn most of them into heat that’s quickly dissipated. It is the way to harvest the wasted energy from human motion and convert it into about 10 watts of electricity.

The device is based on a physical phenomenon called electrowetting: If you apply electrical voltage to certain liquids, the liquid moves. This means you have converted electrical energy (the current) to mechanical energy (the liquid in motion). We reversed the process, forcing liquid to move over electrodes. In the shoe, you have two flexible plastic bladders, one under the heel and the other under the toe. The bladders are filled with a mixture of oil and water and connected by a thin, snaking tube. When you step down on your heel, you compress the rear bladder, and several milliliters of liquid travel through the tube to the front bladder. Step on the toe, and the process is reversed.

 

The tube is lined with a thin film of electrodes, and as the liquid slides back and forth, the electrodes charge—electrowetting in reverse. A small battery stores the energy, and you can access that energy by way of a micro-USB port on the heel of the shoe. The Inventer also invented a way, like Wi-Fi, to transfer power from shoe to cellphone battery. Military or police might like having a regular supply of power, but most people wouldn’t be happy dealing with wires connected to their footwear.

FASTEST ELECTRIC BIKE MotoCzysz E1pc

 

Hot-Swap Batteries: A wireless carriage lets battery modules be changed on the fly.

ARE CELLPHONES INJURIOUS TO YOUR HEALTH

In India, currently there are more than 80 crore cell phone subscribers and nearly 4.5 lakh cell phone towers. Cell phone technology has grown rap-idly in the last decade without giving due attention to the associated harmful eff ects of radiation, which are broadly divided into thermal and non-thermal

Thermal effects are similar to that of cooking in the microwave oven, with the difference being that with radiation, it’s your own goose being cooked. Non-thermal effects, on the other hand, are not well defined, but it has been reported that they are three to four times more harmful than thermal effects.

MULTIPARKING FULLY AUTOMATED SYSTEMS

): Dnt' Break My Heart :(

INDIAN AIR FORCE

                           C130J to make its debut during Republic Day Parade.

 

Most Funny iPhone Txt Msgs

Oopss !! It Happenzz

Oopss !! It Happenzz

Best Tips On How To Impress A Girl

1.    Make a cool appearance

It is very necessary to make a cool and neat appearance of you whenever you go in front of that girl. It will look great to her and of course yourself.

Tips On How To SleepBetter And Deeper

• Make up a schedule of sleeping at night and waking up in the morning and then follow this schedule stringently. This will allow you to fall asleep more easily at night. I would recommend that even follow the same timings on the weekends also.

10 Best Valentines' Day Txt Msg

10. U r d Beat of My Heart

It got 4.13 votes according to ranking and the first paragraph of message is “U r d beat of my heart, love of my soul, I’ll never leave you & never wanna let u go”. There are succeeding paragraphs followed that actually imply that the person who would receive the message has a heart that keeps on beating for him or her.

10 Things U donno Abt Valentines' Day

The Valentine’s Day is a commemoration which was held on 14th February. It is a day of love, affection for that special someone you really adore, you love him/her with all your heart. This is the only particular day which is spent all over the world with same spirit and love.

Electric Autos'

Electric vehicles have floundered into obscurity more than once in U.S. history and now they're staging yet another comeback. Regardless how this latest wave of EVs fares, electrification in its many forms is here to stay.

Last year was a pivotal year in the history of electrical vehicles because of the Nissan Leaf and Chevy Volt, which became available in late 2010. Sales of these cars are small in the scheme of overall volume and have fallen short of expectations. But EV proponents are quick to point out the number of EVs sold in their first full year is far more than first-year sales of Toyota's Prius hybrid.

Samsung Galaxy S III

Here comes yet another tasty tidbit for the multitudes eagerly awaiting news of the Samsung Galaxy S III: it could measure just 0.28-inch, or 7 millimeters, thick.Samsung, it seems, is taking on Motorola's ultraskinny Droid Razr, another phone that comes in at a rakish 0.28-inch deep.