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In British Colombia a research team with the help of satellite-imaging companies are able to monitor changes in the environment such as forestry. This satellite imaging will help detect threats to forests such a Wildfires, insect infections, and deforestation. I really like how today's technology is being used to help the environment rather than just creating pollution from CO2 and old computer parts. Also I believe that this kind of work is really important especially with the kind of deforestation we see in the Amazon. Also I believe that the money governments put into things that benefiting our environment should be research projects like this rather than final products. All in all I believe that this a great way to aid the planet and further our technology.

This article is based on a modem called the SurfBeam 2 Pro Portable invented by ViaSat. This modem has a download speed up to 12mbps. The SurfBeam 2 Pro Portable will be very convenient for PC or Mac users who use the internet regularly. This is because users of the internet are very reliable on downloading things such as movies or games, and streaming videos. This modem is also useful for social networking because it will help upload photos faster for people who like to share images.

This article is about Google's Nexus One Phone that was launched into space on Monday. It was launched into orbit aboard a CubeSat dubbed STRaND-1, which was developed by Surrey Satellite Technology at the University of Surrey's space centre. STRaND-1 now holds the honor of being the first PhoneSat and UK CbeSat that has ever made it into orbit. Alongside the HTC- made handset are an altitude and orbit control system, two propulsion setups and a Linux-based computer with a "high speed" processor. An app called 360 will let people back on terra firma request their own snapshots of earth taken with the phone's shooter and pin them to a map.

When it's built, the Square Kilometer Array will be the world's largest radio telescope. Then, when it goes online, it will spit out 1,000,000 terabytes of data each day-and IBM is trying to make a computer which can handle it. The Squarer Kilometer Array-which will be made up of 15,000 small antennas and 77 larger stations-will collect a heap of data that scientists hope will shed light on the origins of the Big Bang. The sheer weight of numbers means it will generate a staggering amount of information. To give some context, it will generate 1,000,000 terabyte a day. That's twice as much information as there is traffic on the internet in the same period. It's an insane amount of data. This relates to the course because we learn about the amount of bytes computers use, and this satellites allows us to use 1,000,000 terrabytes a day.

This is an amazing article showing just how far space travel has come. Astronaut's have taken many pictures from space of the moon, they then put them all together to give us this amazing view of the moons north pole!  

Remember those faster-than-light neutrinos? Great, now forget 'em. "A week ago the world went wild over CERN's tentative claim that it could make neutrinos travel faster than light." Now however a team of scientists at the  University of Groningen in the Netherlands have come up with an explanation on why neutrinos are not faster than light. The GPS satellites used to measure the departure and arrival times of the racing neutrinos were themselves subject to Einsteinian effects, because they were in motion relative to the experiment. Thus if the error was recalculated the error would have been by 64 nanoseconds, the number neutrinos supposed to beat photons by.