Advanced Search
Article ID #:
This Week's
14 Articles:
INTERVIEW
CREATIVE WRITING
SCIENCE
EVENTS
PEOPLE
HOT TOPICS
WHYVILLE HELP : GALLERY : DR. LEILA : SEARCH : SUBMIT : STAFF : HOME Dec 19, 2010

 

Christmas From Around the World

Singel12 shares Christmas traditions from other countries.

Are your Christmas traditions lacking? Are you feeling the need to shake it up with something completely new and innovative? Have you ever considered trying a custom from a completely different country?

The very idea is mind-boggling, but I think you will find it extremely satisfying and refreshing to step outside of your Christmas tradition comfort-zone. Here are twenty-four ways to celebrate Christmas from around the world:

read more...

   PEOPLE
A Tale of Abuse
An Anonymous Author gives it no more chances.

   PEOPLE
We're Friends
Anionett writes to her friend.

   INTERVIEW
Snuggists Versus Blankists: Your Opinion
Kittieme asks Whyvillians about the Snuggie.

   PEOPLE
Two Locked Doors
Ocean10kv hides bad memories away.

   PEOPLE
Wheelchair
Devildayz takes a different outlook on life.

 

 

   EVENTS
2010 Times Awards Nominees
The Times Editor announces the nominations for this year's Times Awards.

   CREATIVE WRITING
Strength of the Weak
by xPoetx

   CREATIVE WRITING
Run: Part 1
by Pengwhen

   CREATIVE WRITING
Uncertainty
by Kittieme

   CREATIVE WRITING
Indoor Fan
by DEANNA38

Help Cancer Research for Free

UnclGhost shares an easy way to make a difference.

Have you ever wished there was some easy way you could put your computer's spare processing power to good use? Thanks to Stanford University, you can!

Folding@Home is a program that simulates how protein molecules fold together. This is an important thing to study because, according to the Folding@Home website, "when proteins do not fold correctly (i.e. "misfold"), there can be serious consequences, including many well known diseases, such as Alzheimer's, Mad Cow (BSE), CJD, ALS, Huntington's, Parkinson's disease, and many Cancers and cancer-related syndromes." After each simulation (which takes a few hours), the program uploads the results of its simulations to the project's main computers, which then process the findings. Using a distributed computer network like this lets the researchers get better results than they could with only a few supercomputers, and, in fact, Folding@Home may be one of the fastest distributed supercomputers in the world.

read more...

 

  numedeon.inc