NASA Awards $125,000 Grant for 3D Printed Food on Long-Term Space Travels

Items on the menu include cricket pizza

Imagine exchanging recipes in the form of a piece of software instead of typed instructions on a website, and eating pizza with crickets on it instead of pepperoni.

This could be the future of long-term space travel, and even everyday life.

Anjan Contractor, who own Systems & Materials Research Corporation, has created a universal food synthesizer that uses a 3D printer to make food -- and he just received a six-month, $125,000 grant from NASA to create a prototype.

His prototype 3D food printer is based on a piece of open-source hardware called the second-generation RepRap 3D printer.  

The universal food synthesizer would read recipes in software form, where instructions on how to make certain foods would be embedded. This software tells the 3D printer which powders to mix with which liquids.

The software will also be entirely open-source, so that others can look at the code and create recipes. 

After the 3D printer "reads" the recipe, it uses a combination of powdered and certain liquid ingredients to make food layer-by-layer -- just like other 3D printed materials. Powdered forms of ingredients are used because they last longer.

A Dream of Trees Aglow at Night

Antony Evans, left, and Kyle Taylor show E. coli with jellyfish genes.

Hoping to give new meaning to the term “natural light,” a small group of biotechnology hobbyists and entrepreneurs has started a project to develop plants that glow, potentially leading the way for trees that can replace electric streetlamps and potted flowers luminous enough to read by.

The project, which will use a sophisticated form of genetic engineering called synthetic biology, is attracting attention not only for its audacious goal, but for how it is being carried out.

Rather than being the work of a corporation or an academic laboratory, it will be done by a small group of hobbyist scientists in one of the growing number of communal laboratories springing up around the nation as biotechnology becomes cheap enough to give rise to a do-it-yourself movement.

The project is also being financed in a D.I.Y. sort of way: It has attracted more than $250,000 in pledges from about 4,500 donors in about two weeks on the Web site Kickstarter.

Virgin Galactic's SpaceShipTwo Makes History with 1st Rocket-Powered Flight

Virgin Galactic tweeted a photo of the historic test flight on April 

29, 2013. They wrote: "Photo: SpaceShipTwo fires her rocket motor

in flight for 1st time. 

Credit: http://MarsScientific.com pic.twitter.com/bNcOMTE9oA"

A private spaceship designed to carry space tourists made its first rocket-powered test flight today (April 29), reaching supersonic speeds as it paved the way toward commercial flights in the near future.

Virgin Galactic's SpaceShipTwo space plane fired its rocket engines for the first time during flight this morning in a test from California's Mojave Air and Spaceport. The vehicle was carried aloft by the mothership WhiteKnightTwo, and then released in midair at an altitude of about 46,000 feet (14,000 meters). At that point, SpaceShipTwo test fired its rocket engine, designed to propel the craft of the rest of the way up to space.

After a short 16-second burn today, SpaceShipTwo reached a maximum altitude of 56,000 feet (17,000 meters) before flew back to Earth. The trip marked the 26th test flight of the vehicle, and the first "powered flight," which propelled the ship to Mach 1.2, fast enough to beat the speed of sound, which is 761 miles per hour (1224 km/h). 

Latest interesting inventions 2013 (Part 2)

6. TrakDot Luggage

No more lost bags! Slip this gadget into your luggage and stay informed about its location via text message, email or an app. Get notified when your suitcase arrives in your destination city, for example, or program TrakDot to alert you when it’s on the baggage carousel. Available in April. $49.95, plus $8.99 to activate and a $12.99 annual service fee; TrakDot.com

7. CordCruncher

Untangling earbuds after they’ve been stuffed in a purse, gym bag or pocket can be a pain. CordCruncher prevents knots by keeping the cord straight within an elastic sleeve. Pull the earbuds out from one side when you’re ready to use them, and then drag the sleeve back over the cord for easy storage. $25; CordCruncher.com

Latest interesting inventions 2013 (Part 1)

Sometimes all it takes is a smart product to save your sanity. We rounded up some of our favorite new developments that are either out now or hitting shelves in the next few months. From high-tech devices to simple, wish-we’d-thought-of-that tools, these low-cost innovations (most under $50!) can help you feel healthier, safer or more prepared—all the while easing everyday life.

1. Parrot Flower Power

Soon you won’t need a green thumb to keep houseplants happy. Just insert this battery-operated sensor into indoor soil to track light, humidity and temperature. Choose the type of potted plant you want to monitor from a library of 6,000 species via an app, and you’ll be alerted when it needs more water, sun or fertilizer. Available later this year. Price to be determined; Parrot.com

2. Revlon File ’N Peel 6-in-1

Ditch those worn-out nail files at the bottom of your purse! The File ’N Peel features layers you can lift and discard when they get dull to reveal fresh surfaces underneath. Three shaping layers and three smoothing layers keep nails pretty; one clever product keeps clutter at bay. And the layers last up to three months, assuming one to two uses per week. Translation: A single File ’N Peel can outlast a regular file three times over. $4.49; Revlon.com

3 new planets could host life

 STORY HIGHLIGHTS

1. Scientists discovered 3 planets in the "habitable zone" of their host stars
2. Kepler-69c seems less clearly in the habitable zone than the other two planets
3. They are all more than 1,000 light-years away
4. The Kepler satellite is looking at more than 150,000 stars for possible planets orbiting them

In the midst of chaos here on Earth, scientists are finding hope for life on other planets.

Scientists announced Thursday the discovery of three planets that are some of the best candidates so far for habitable worlds outside our own solar system -- and they're very far away.

NASA's Kepler satellite, which is keeping an eye on more than 150,000 stars in hopes of identifying Earth-like planets, found the trio.

First exoplanet smaller than Mercury discovered

Seismic waves on a star have helped astronomers pin down the smallest known exoplanet. The newly announced world, called Kepler-37b, is not much larger than Earth's moon, and becomes the first known planet orbiting a sunlike star that is smaller than any in our solar system.

Kepler-37b is one of three new worlds found around Kepler 37, a star slightly cooler than our sun near the constellation Cygnus. Another planet is smaller than Earth, while the third is twice Earth's size. All three are probably rocky and extremely hot, with no atmosphere or chance of supporting life.

"This shows us the diversity of exoplanetary systems," says Thomas Barclay at the NASA Ames Research Center in Moffett Field, California. "We knew there were very large systems – now we know there are very small ones as well."

The three planets were found with NASA's Kepler space telescope, which searches for dips in starlight when a planet passes in front of its star, as seen from Earth. The greater the dip, the larger the planet.

Kepler-37b beats out the previous smallest world, Kepler-42d, which was discovered last year and is about half as big as Earth. But two challengers could rewrite the record books yet again. An evaporating exoplanet announced last week is thought to be the size of the moon, while one of the first known exoplanets, found orbiting a dead star called a pulsar, has a mass only 2 per cent that of Earth.

Star Trek style 'tractor beam' created by scientists

A real-life "tractor beam", which uses light to attract objects, has been developed by scientists.

It is hoped it could have medical applications by targeting and attracting individual cells.

The research, published in Nature Photonics and led by the University of St Andrews, is limited to moving microscopic particles.

In science fiction programmes such as Star Trek, tractor beams are used to move much more massive objects.

It is not the first time science has aimed to replicate the feat - albeit at smaller scales.

In 2011, researchers from China and Hong Kong showed how it might be done with laser beams of a specific shape - and the US space agency Nasa has even funded a studyto examine how the technique might help with manipulating samples in space.

The new study's lead researcher Dr Tomas Cizmar, research fellow in the School of Medicine at the University of St Andrews, said while the technique is very new, it had huge potential.

He said: "The practical applications could be very great, very exciting. The tractor beam is very selective in the properties of the particles it acts on, so you could pick up specific particles in a mixture."

"Eventually this could be used to separate white blood cells, for example."

Usually when microscopic objects are hit by a beam of light, they are forced along the direction of the beam by the light photons. That radiation force was first identified by the German astronomer Johannes Kepler in 1619 when he observed that tails of comets always point away from the Sun.

Nonprofit group Mars One seeks astronauts to colonize Mars in 2023

A nonprofit organization based in the Netherlands is making plans to establish a human settlement on Mars in 2023 and is in need of astronauts to train and prepare for the mission.

Anyone on Earth can apply if basic requirements are met. Mars One released its application criteria on Tuesday, which includes, among other virtues, "a deep sense of purpose, willingness to build and maintain healthy relationships, the capacity for self-reflection and ability to trust. Candidates must also be adaptable, curious, creative, resilient, and resourceful. Also, they must be at least 18-years-old. No maximum age has been set.

The selection process will commence during the first half of 2013. Mars One experts and viewers of a "global, televised program" will choose from the applications. Those selected will be assembled into teams of four. At least six teams are supposed to be ready to launch in September 2022.

Extreme Life Forms Might be Able to Survive on Eccentric Exoplanets

Eccentric Habitable Zones

While Earth and the other planets in our solar system travel around the sun in near-circular orbits, planets in other systems can have more comet-like orbits in which the distance from the planet to star varies. Such orbits, termed eccentric, would cause the planet to move in and out of the habitable zone. A habitable zone, shown in green here, is defined as the region around a star where liquid water, an essential ingredient for life as we know it, could potentially be present. Earth always remains in its habitable zone.

The hypothetical planet is depicted here moving through the habitable zone and then further out into a long, cold winter. During this phase of the orbit, any liquid water on the planet will freeze at the surface; however, the possibility remains that life could, in theory, hibernate beneath the surface.

Image credit: NASA/JPL-Caltech

Astronomers have discovered a veritable rogues' gallery of odd exoplanets -- from scorching hot worlds with molten surfaces to frigid ice balls.

And while the hunt continues for the elusive "blue dot" -- a planet with roughly the same characteristics as Earth -- new research reveals that life might actually be able to survive on some of the many exoplanetary oddballs that exist.

"When we're talking about a habitable planet, we're talking about a world where liquid water can exist," said Stephen Kane, a scientist with the NASA Exoplanet Science Institute at the California Institute of Technology in Pasadena. "A planet needs to be the right distance from its star -- not too hot and not too cold." Determined by the size and heat of the star, this temperature range is commonly referred to as the "habitable zone" around a star.

Kane and fellow Exoplanet Science Institute scientist Dawn Gelino have created a resource called the "Habitable Zone Gallery." It calculates the size and distance of the habitable zone for each exoplanetary system that has been discovered and shows which exoplanets orbit in this so-called "goldilocks" zone. The Habitable Zone Gallery can be found at www.hzgallery.org . The study describing the research appears in the Astrobiology journal and is available at http://arxiv.org/abs/1205.2429 .