july 2008

Snug in Earth’s orbit, Hubble is free from the background glare that earthly telescopes must fight to see the stars. This allows its supersensitive camera to take better photos of galaxies farther away—and thus much dimmer—than any optical telescope on the ground can. But despite being closer to the moon than any other telescope, there’s no way the scope could snap a photo of that one small step man took 40 years ago.

Camping's a blast. That is, until your sleeping bag turns into a sweat-soaked biohazard, the massive boots rip up your feet and a weak headlamp sends you stumbling through a patch of poison oak. Enter technology. The newest camping gear utilizes ultra-advanced material—everything from high-lumen LEDs to ceramic particles to chemical coatings—to make the lightest, strongest, and most comfortable gear yet. Meaning you can devote your energies to something important. More s'mores anyone?

Sorry, vinyl aficionados, but CDs most accurately capture the clarity of musical performances. If you look at the grooves of a standard long-play record, or LP, through a microscope, you’ll see that each is filled with what look like rolling hills. These are, in fact, an extremely close replication of the shape of the sound waves from the musician’s instrument. But because the needle that carves the groove is shaped slightly different than the needle that reads it, the LP will never sound exactly like the original performance.

Next-generation super-phones won’t just be slimmer versions of today’s devices; they will be entirely different machines. Chipmakers are reinventing every processor that powers your portable. From PS3-quality videogames to built-in cameras that can fill in for your current point-and-shoot, a chip for it is in the works. And thanks to shrinking transistors, the new phones won’t be any larger or more power-hungry than today’s ultrathin models. Below, we've pulled together the technologies being released in the next year and a half to build the smartest smartphone possible.

Staying green may be a priority for most people, but offices rarely share that concern. If you find yourself buried daily in an avalanche of paper, printers, and chemical-laden supplies, fear not—help is here. Below, five Web services to green even the reddest of workplaces.

When the Weatherbird II cruised up the Potomac River and into the nation's capitol in March of last year, spirits were high. The freshly painted 115-foot research vessel was about to set sail for what would be the world's first for-profit effort to "fertilize" the ocean with iron, growing a vast forest of marine plant life that would pull the greenhouse gas carbon dioxide from the atmosphere. The lap through Washington was an effort to drum up support for the voyage to the iron-deficient waters west of the Galápagos Islands.

With global warming grabbing headlines, carbon-free nuclear power is gaining popularity—and with it, concerns over what to do with the spent uranium fuel. The largest long-term burial project, Yucca Mountain, has stalled, and even though uranium’s first trip through a reactor extracts only 5 percent of its energy, power plants in the U.S. don’t reprocess fuel. This is mainly because the most common form of uranium, an ion called uranyl, is extremely difficult to extract from the spent fuel rods. But a new Pac-Man-like molecule could change that.

Paintball has become the perfect way for gadget geeks to unleash their inner Rambo. The latest carbon-dioxide- or compressed-air-powered guns, known as “markers,” have computerized controls and electronic firing mechanisms that can blast out 1,200 balls a minute at speeds of up to 300 feet per second. Add in a quick reloader and a sneaky scope, and your buddies won’t stand a chance.

Along with satellites and space stations, Earth is surrounded by tens of millions of pieces of floating space debris. Like any landfill, the trash is diverse, ranging from dead satellites to castaway rocket parts to flecks of paint. On average, over the past 40 years, one piece of space junk has fallen to Earth every day.

At this moment, in the constellation Taurus, a planet is forming in the dust and debris surrounding the star HL Tau. The protoplanet, named HL Tau b, may be the youngest yet discovered.

Awww, how could anyone test experimental pharmaceuticals on that little face? A few new technologies -- substitute tissues, for instance -- aim to take the rat out of the equation, or at least provide other, gentler options for experimenters. Here's a look at three of the best new hopes for rodents.

Identity theft used to involve someone rifling through your garbage. But now more than half a million laptops—full of tax returns and love letters—are stolen every year, estimates computer insurer Safeware. And even if your computer never leaves your sight, hackers can weasel into it over the Internet. Here are three technologies that will safeguard your digital data, whether it's on an office desktop or a stolen laptop.

Skin guns. Organ printers. Pig dust. Biochemist Alan Russell believes tools like these could one day be standard-issue for the battlefield medic. The skin gun would heal burns. The organ printer would replace badly wounded livers, kidneys, even hearts. And the pig dust?

Tiny nukes to power towns, a hair club for plants and gasoline that can be pulled from thin air. On this episode of Cocktail Party Science, host Chuck Cage sits down with the editors and writers of "10 Audacious Ideas to Save the Planet" and discusses how science's most outlandish ideas could prove to be our salvation.

For most of history, sailboats were by definition pollution-free. Now, however, even purists use outboard motors to get their three-sheeters in and out of the harbor. Including conventional motorized boats, there are more than 10 million hydrocarbon-burning marine engines in the U.S. alone.