Read Dave Schwartz's Bio and view videos and photos of Dave Schwartz from The Weather Channel ... Weather News: Travel: Driving & Traffic: Healthy Living: Home & Family: Sports ...

Dave Schwartz On-Camera Meteorologist A lifelong weather buff, Dave loves tracking and discussing nor'easters ... Before coming to The Weather Channel, Dave worked for twelve years in ...

Dave Schwartz from The Weather Channel ... Info from www.weather.com: A lifelong weather buff, Dave loves tracking and discussing nor'easters, hurricanes, and other dramatic ...

advertisement. Filmography. Self: "The Weather Channel Evening Edition" (2001) TV series.... Dave Schwartz (Meteorologist 2001-) (unknown episodes) Additional Details

The Weather Channel Evening Edition" (2001) Original Air Date: 15 January 2008 ... Dave Schwartz... Dave Schwartz: Mike Siedel... Mike Siedel: Nick Walker... On-Camera ...

The Weather Channel (also TWC) is a commercially-sponsored U.S. cable and satellite television ... Kim Perez; Sharon Resultan; Kevin Robinson; Dave Schwartz; Marshall Seese; Mike Seidel; Ray Stagich ...

I don't think my dad understands that the Weather Channel is something that you flip ... The poster who commented on Mike Seidel's hideous Spanish and Dave Schwartz' over-the-top ...

At 5:25 Dave Schwartz says "Do it, holmes." WHAT THE FUCK!!!! Comment(s) marked as ... Lewis Black visits the Weather Channel in Atlanta, Georgia.

... Hurricane” after watching old footage of Schwartz being blown around in one. As a Hurricane Specialist for The Weather Channel ... Dave Warren

Dave Schwartz The Weather Channel: Warren Madden The Weather Channel: Greg Forbes The Weather Channel: Jeff Melcarz The Weather Channel: Steve Lyons The Weather Channel

JTRipper writes "Monty Python seems to have done the right thing. Instead of issuing take down notices of their videos on YouTube, they are doing it better themselves with their own YouTube channel. They are putting all their clips (including snips from their movies) up in a decent resolution, with the only caveat being a link to buying the movies and TV episodes from Amazon."

Having made amazing discoveries such as how to make the perfect cheese sandwich, linking heavy caffeine use to sleeplessness, and figuring out where all the teaspoons have gone, science has made the greatest breakthrough yet. They have uncovered the secrets of making the perfect phone call. The perfect phone call clocks in at a mere 9 minutes and 36 seconds, easily 11 minutes shorter than any conversation I've ever had with my mom. Unlike a call to mom, the perfect phone call is almost devoid of any gossip about her divorced neighbor and her heavily tattooed daughter. Instead three minutes should be spent catching up with news about family and friends, one minute on personal problems, a minute on work/school, 42 seconds on current affairs, 24 seconds on the weather, and 24 seconds talking about the opposite sex. What's left of your 9 mins 36 secs is a free for all.

mblase writes "Wolfram Research has released the seventh version of Mathematica, and it does a lot more than symbolic algebra. New features range from things as simple as cut-and-paste integration with Microsoft Word's Equation Editor to instant 3D models of mathematical objects to the most expensive clone of Photoshop ever. Full suites of genome, chemical, weather, astronomical, financial, and geodesic data (or support for same) is designed to make Mathematica as invaluable for scientific research as it is for mathematics."

DeviceGuru writes "The Linux Foundation has published a series of video interviews from the annual Linux Kernel Summit held Sept. 15-16 in Portland, Oregon. In the videos, 16 developers — including Linux creator Linus Torvalds — discuss their kernel development activities. Other kernel hackers interviewed include Rafael Wysocki, Chris Mason, Greg Kroah-Hartman, Mathieu Desnoyers, Paul Mackerras, John Linville, Stephen Rothwell, Kristen Accardi, Dirk Hohndel, Dave Jones, David Miller, Len Brown, Jon Corbet, Frank Eigler, and Ted Tso. A detailed report on the Summit can be found at LWN. Lots of interesting insights into the status and future of Linux!"

CWmike writes "In moving to cut its current workforce by between 15% and 18% today, Sun is trying to stay ahead of a falling knife. And today's announcement made it clear that Sun officials are banking on the company's open-source strategy to help it pull through. A cut of up to 6,000 employees at Sun will hurt, but CEO Jonathan Schwartz contends users will be more inclined to try open-source products such as MySQL, OpenSolaris and Sun's GlassFish application server during a time of economic stress." Reader Barence also pointed out that Sun will begin to auction "branding space" in OpenOffice.

holy_calamity writes "New Scientist reports on the latest idea from researchers trying to make microcomputers use photons in place of electrons — to make optical interconnects from strands of DNA. Mixing DNA strands with the right dye molecule upgrades them into wires for light, like microscopic optical fibers, able to absorb photons at one end and transmit them to the other. One of the neat things about using DNA is it is the right scale to play nicely with existing and future chip lithography. Quoting: 'The result is similar to natural photonic wires found inside organisms like algae, where they are used to transport photons to parts of a cell where their energy can be tapped. In these wires, chromophores are lined up in chains to channel photons.'"

gollum123 writes "New large-scale studies of DNA are causing a rethinking of the very nature of genes. A typical gene is no longer conceived of as a single chunk of DNA encoding a single protein. It turns out, for example, that several different proteins may be produced from a single stretch of DNA. Most of the molecules produced from DNA may not even be proteins, but rather RNA. The familiar double helix of DNA no longer has a monopoly on heredity: other molecules clinging to DNA can produce striking differences between two organisms with the same genes — and those molecules can be inherited along with DNA. Scientists have been working on exploring the 98% of the genome not identified as the protein-coding region. One of the biggest of these projects is an effort called the Encyclopedia of DNA Elements, or 'Encode.' And its analysis of only 1% of the genome reveals the genome to be full of genes that are deeply weird, at least by the traditional standard of what a gene is supposed to be and do. The Encode team estimates that the average protein-coding region produces 5.7 different transcripts. Different kinds of cells appear to produce different transcripts from the same gene. And it gets even weirder. Our DNA is studded with millions of proteins and other molecules, which determine which genes can produce transcripts and which cannot. New cells inherit those molecules along with DNA. In other words, heredity can flow through a second channel."

rsmiller510 writes "At the recent Web 2.0 Summit, Dave Girouard, who is president of Google's enterprise division, stated that his company's long-term goal is to open up the Google development stack to outside developers. If this is true, then it could have some serious long-term implications for developers who could use Google services in new and interesting ways."

Usually persistence is an admirable quality. There comes a time however when you reach that fine line between endeavoring to persevere, and drunk dialing your ex-girlfriend. The mail this week is from people who don't know when to say when. You have to admire their determination and feel a little bit bad that they don't have anything else to do. Read below to see how many times someone can click send in a day.

KentuckyFC writes "Steganography is the art of hiding a message in such a way that only the sender and receiver realize it is there. (By contrast, cryptography disguises the content of a message but makes no attempt to hide it.) The central problem for steganographers is how much data can be hidden without being detected. But the complexity of this problem has meant it has been largely ignored. Now two computer scientists (one working for Google) have made a major theoretical breakthrough by tackling the problem in the same way that the electrical engineer Claude Shannon calculated the capacity of an ordinary communications channel in the 1940s. In Shannon's theory, a transmission is considered successful if the decoder properly determines which message the encoder has sent. In the stego-channel, a transmission is successful if the decoder properly determines the sent message without anybody else detecting its presence (abstract). Studying a stego-channel in this way leads to some counter-intuitive results: for example, in certain circumstances, doubling the number of algorithms looking for hidden data can increase the capacity of the steganographic channel"