http://rss.slashdot.org/~r/Slashdot/slashdotHardware/~3/BXUazA06Hqo/story01.htm
Sent to you via Google Reader
http://www.bbc.co.uk/news/world-asia-20442487#sa-ns_mchannel=rss&ns_source=PublicRSS20-sa
We are facing a major cover-up here. Now they say that an island does not exist and never existed. Tomorrow they'll support the same for Greece :p
Sent to you via Google Reader
http://www.bbc.co.uk/news/magazine-20325517#sa-ns_mchannel=rss&ns_source=PublicRSS20-sa
They always were :p
Sent to you via Google Reader
http://osnews.com/story/26548/Rampant_abuse_of_push_notifications
Sent to you via Google Reader
Piled Higher & Deeper by Jorge Cham | www.phdcomics.com | |
title: "Punctuation mark decoder" - originally published 11/7/2012 For the latest news in PHD Comics, CLICK HERE! |
Today, NASA released a high-resolution self-portrait of the Mars Curiosity rover taken by the Mars Hand Lens Imager (MAHLI). The photo consists of 55 images that were stitched together to create one giant photograph of the rover. The images were taken on October 31, and were sent down to Earth this morning.
Obviously, this is nothing short of stunning. The image shows Curiosity in Gale Crater, and you can see the base of Aeolis Mons (or Mount Sharp) in the background, a 3-mile high mountain. To the left on the ground, you can see four small holes where Curiosity was digging around in order to find out if life on Mars ever existed.
However, the photo isn't just for entertainment purposes. NASA uses the self-portrait to track the physical state of Curiosity, like dust accumulation and wheel wear. NASA will take several of these throughout Curiosity's mission to track changes over time. However, due to the MAHLI's location on Curiosity's robotic arm, it's only able to capture a certain portion of the rover.
Then again, Curiosity has 17 cameras on board, which is way more than what most professional photographers have on hand. NASA is making sure that Curiosity takes a lot of photos of different areas of Mars, and you can keep up with all the photos on NASA's website. In the meantime, enjoy the self-portrait and think about the fact that this photo was taken on a different planet.
[via Universe Today]
Last week, we told you about Apple's creative "apology." We expressed our opinion that Apple failed at following the order from the UK Court of Appeals. The court felt the same way, and has ordered Apple to correct their statement within 48 hours. It must be in at least 11-point font instead of the small text used by Apple and ON the front page rather than a linked page as Apple attempted to do. They called the statement Apple posted as "untrue" and "incorrect" and were, to put it lightly, quite displeased. Judge Robin Jacob had this to say about Apple:
"I'm at a loss that a company such as Apple would do this. That is a plain breach of the order."
Apple's lawyers said that it would take at least 14 days to comply with the order and requested that timeframe, to which the Court denied and had this to say in response:
"I would like to see the head of Apple make an affidavit setting out the technical difficulties which means Apple can't put this on" their website, Jacob said. "I just can't believe the instructions you've been given. This is Apple. They cannot put something on their website?"
What also appears to be missing are the newspaper adverts that Apple was ordered to place, but no mention of them were made by the Court. We'll have to stay tuned to see what else turns up in this now mind-boggling case.
The Voyager 1 probe has been soaring through the solar system for 35 years. Voyager 1 is currently the most distant man-made object from the Earth in history. Scientists believe that the probe recently left the suns protective sphere of influence. The sphere of influence I'm talking about is the Sun's magnetic bubble called the heliosphere.
Scientists analyzing data being sent back from Voyager 1 have discovered a mystery at the edge of the solar system's magnetic boundary with interstellar space. The probe is so far from Earth that it takes over 17 hours for signal to travel from Voyager 1 back to the Earth. Scientists have been anxiously watching key data, including the particle energy count and the magnetic field strength indicator and orientation in an effort to determine precisely when the probe leaves our heliosphere.
Scientists previously believed that when the probe entered an area known as the heliosheath the magnetic field would begin to fluctuate, and the number of high-energy cosmic rays would decrease the magnetic fluctuations. However, scientists looking at the data throughout 2010 found that the opposite actually occurred. When the probe entered the heliosheath, the magnetic field became more chaotic and the number of high-energy particles detected by Voyager 1 actually increased.
This is the mystery that scientists are working to solve right now. The researchers suspect that the magnetic fluctuations in the area surrounding Voyager 1 are somehow energizing charged particles within the heliosheath and therefore, increasing the number of detections by Voyager 1. The scientists are also working now to determine if Voyager 1 has finally left our solar system, and is now cruising through interstellar space.
[via discovery.com]