I thought cool over sized vehicles that served extremely mundane tasks were reserved for the apocalypse, but apparently we've hit the jack pot already! Check this sucker out,
I'm a luddite in that I don't see how this can at all be used except for in video games, in movies it might be a little bit too redundant, but to each his own,
The best (read: only) way someone can utilize this technology is through pure CGI, unless they have a billion camera's they could use.
Other obvious places this could be used in is design and modelling, seeing things in real life three dimensions is obviously a really cool thinking. Nintendo has been hinting at utilizing such technology for their next-gen platform, though they never said which generation and they never said if this was what they were talking about. My bet is that they were.
Everyone knew this would happen one day, but it sure happened sooner than I expected. The mechanical arm was Invented by Dean Kamen, who has also created the iBOT. He claims to be 'married to his inventions' and as such is not married to a woman. Sorry ladies.
This robotic arm is probably the coolest thing he's ever come up with.
He lives on an Island that he also happens to own and has declared it himself to be an independent state. There is a stone henge setup as well as a windmill, once an amphibious vehicle was seen parked on his little island.
The Wii-Remote uses Bluetooth as its communications interface allowing the actual Wii-Remote to be compatible with any Bluetooth receiver.
As such it has paved the way for new and innovative designs on the PC. But now it is being taken to the next level, the Wii-Remote has been made to control a robotic arm in near real time
In the Australian Open this year something was given to players never before given to them, the ability to officially challenge calls made on the tennis courts.
Players can challenge verdicts where their shots are called out, or that of their opponent is called as in by the lines people or umpire. They get two incorrect chances at it per set, so long as they are correct and their challenges are upheld they can keep challenging
Something like this was pretty much inevitable, what I didn’t expect was how long it took for such an inevitability to occur.
I could say all the usual and cheesy stuff like how it ‘blurs the line between what is real and what is not’ or ‘like something out of a sci-fi’ I figure I may as well just show the video so you can see just how realistically human this robot looks yet how unrealistically it moves
This is probably the first ever remote controlled robot that flies by flapping wings. Pretty cool, though as the video shows it sure doesn’t fly very well...
Fusion technology may revolutionise semiconductor technology, it might start 2010, and Samsung will be spearheading it all if it should.
Right now there is a limitation to transistor sizes, right now it is theorized the manufacturing process cannot be below ~25nm. Naturally there needs to be a great shift in the fundamental of creating chips 101
Thick as a credit card, the worlds thinnest LCD screen
Like they weren’t thin enough already (are they ever?) Samsung has created a new LCD display screen that is 0.7mm thinner than the last thinnest and at a thickness of just 0.82mm about as thick as the average credit card.
Samsung has achieved these results by redesigning the light guide plate subassembly and the glass substrate which contributed a lot to the LCD screens thickness. By doing so Samsung's engineers were able to shave 0.7mm's off of the width of the (previous) thinnest LCD screen in existence
A mech is basically a vehicle on legs. Impossible to create? Well thus far, yes, very impossible.
More of a science fiction concept that is best known and recognized in sci-fi movies such as Star Wars (i.e. the ATST), or in videogames such as ‘Mech Warrior’ among many others