Yes, coconut-shell charcoal plays a key role in a facility which is estimated to turn into a $10 billion project because for some weird reason the stuff acts like an "environmental sponge" and sucks up helium and hydrogen byproducts like nothing else. Experiments with the Tokamak reactor which is the heart of the ITER facility won't even start until 2018, but I'm already getting concerned about what's going to happen to the world supply of coconuts now. [H+ Magazine via Slashdot]

It now supports OpenGL 2.1 and DirectX 9 Shader Model 3.0, giving you some more graphics powah in Windows, so you can run Windows' Aero interface with Flip3D (and play games, if you're daring). The more integrated Windows apps respond to commands like cmd+q and yes, work with Dock Expose. It's $80 for a fresh copy or $40 for an upgrade. [VMWare via AppleInsider]

This is the Panasonic Fusion, a sleek tablet-cum-seat—or viceversa—that kicks every single in-flight entertainment system's ass out there, including Panasonic's own eXport cable for iPhone. In fact, this thing not only does all the things listed above, it also has a USB port that in theory will let you

Don't expect it tomorrow, however: It has been presented this week at the World Airline Entertainment Association conference, in Palm Spring. [Runway Girl]

That's pretty slick if it really means you don't have to install your favorite Windows programs all over again. It also looks a lot easier to use than VMWare's converter tool.

So the $100 Switch Edition is clearly aimed at newbies: good to throw-in if you're buying a Mac for a long-time Windows user. They're the ones who may benefit from the included two hours of flash-based Mac tutorials.

More: VMWare Fusion vs. Parallels Desktop for Mac: Which Is Faster? [Parallels]

Seeing that current nuclear fusion projects are expected to cost around 14 billion dollars (ITER project) and take 20 years to complete, General Fusion's reactor would indeed come at a bargain price. But how can they make this so cheap, and what makes them so confident they'll succeed?

Well currently, the aforementioned ITER project is attempting to use astronomically expensive, superconducting tokamak magnets to keep superheated plasma in its place for a fusion reaction, while the National Ignition Facility is trying to use lasers to compress plasma into a reaction.

General Fusions wants to create a reaction using a mechanical process where 220 pneumatic pistons push acoustic waves through a sphere filled with liquid lithium and lead into a plasma ring in the center. With 220 of these waves coming in at 100 meters per second, scientists hope that it will compress the plasma into a fusion reaction. And since the majority of the tech consists of long-established machinery, costs will be low.

If successful, General Fusion believes they can ultimately create a fusion reactor rated at 100 megawatts, that could potentially power a grid for 500 million dollars. The most recent contribution of 9 million dollars for General Fusion brings the total funding to 14 million, but they'll need 37 million more over five years to build a working prototype. Um, can we pass a collection plate around? [MIT Tech Review and Xconomy]

If they're successful, it'll be the most monumental discovery of the modern era, basically solving all of our energy problems. If it's successful. Which it damned well may not be.

Unfortunately, it's going to be a while before we find out if it works or not. It is open now, but it's got tests scheduled on it until 2040. Once they have it all set, they think that heating up that hydrogen to 100,000,000C will cause it to fuse to form helium, making it the first machine in history to create more energy than it uses. Exciting stuff, if it works. [National Ignition Facility via Inhabitat]

The short story is that in most cases, Parallels runs a solid 14-20 percent faster than Fusion, except in the rather limited scenario of running Windows XP 32-bit on two virtual processors.

Overall, running 32-bit Windows OSes with a single virtual processor, Parallels is 14 percent faster; with two virtual processors, Parallels is 20 percent faster with Vista, while Fusion is 10 percent faster with XP; and for 64-bit Vista, Parallels is 15 percent speedier. Depending on the task, the numbers vary—like transcoding MP3s can be up to 30 percent faster on Parallels.

MacTech's tests are ridiculously comprehensive, spanning multiple machines with tons of different applications—the whole them took a couple months—so if you want the full, chart-heavy breakdown, head over there: [MacTech]

Pretty well. Setup is fairly simple—just sign up for an account with your email address and mobile number on Fusion's site to get an activation PIN code (all free) which then pairs your G1's app with your account. After that, you have to manually change your call forwarding settings to forward to Fusion's VM server number. After that, your messages will start coming in to the app's decent but not beautiful UI like you would expect.

The drawbacks? First, you can't record a custom greeting, as far as I can see (Update: You may be able to change it by dialing the number you forward calls too then entering in your PIN, but my PIN hasn't been accepted yet). A generic "the number you have reached is not available" message is the norm. It's fine, but for people who actually want their voice on the voicemail inbox, it doesn't look like that's possible with Fusion yet. And second, the notifications of new messages are inconsistent. On my phone, each voicemail is accompanied by an SMS that's full of nasty numbers (see below). Fusion has its own notifications in Android's pull-down drawer as well, but these don't pop up with every message (only one out of three test messages I left carried a notification from the actual app). That's a shame because the notification tie-in is essential for making sure you get your messages without thinking you're being spam-texted.

Aside from those two negatives, though, the service works well for free visual voicemail on Android. [Fusion Voicemail]

• HiPER is being designed to demonstrate the feasibility of laser driven fusion as a future energy source. It will also enable the investigation of the science of truly extreme conditions – accessing regimes which cannot be produced elsewhere on Earth (temperatures of hundreds of millions of degrees, billion atmosphere pressures, and enormous electric and magnetic fields).

• HiPER will require major developments in technology, building on the highly successful European capability in this area. In particular, the PETAL laser, located in the Aquitaine region of France, will be a fore-runner to the HiPER facility to address physics and technology issues of strategic relevance for HiPER

Hopefully it will work out and we all would be able to party and have canapes and maki rolls to celebrate we can send oil to hell. [Telegraph]

This will require two cameras, one for video chat and the other for the "hand reading," but it opens a lot of possibilities. To start with, the entire keyboard can become a gesture control pad without even having to touch the surface. In addition to that, it can be combined with actual touch technology to identify single fingers on the surface, with the possibility of assigning specific functions to them.

The system even contemplates combining all this with accelerometers and force sensors, so the touch action can generate secondary data. One example of this may be applying a deformation effect to an image or a sound effect to a music track, giving it more or less strength depending on the force you use in your action. [USPTO via Unwired View]

First, let's go over the features that Mediaroom offers now. With a simple set-top-box, you can grab high quality HDTV that's better quality (seeing as Comcast has been compressing their HDTV shows like mad) than what you'd otherwise get on cable. If you've got two set-top-boxes, you can stream shows off of each other so you don't have to record a program twice to be able to watch it in your living room and bedroom. This feature is called DVR Anywhere, and will be available whenever operators roll it out.

You can even watch the same TV broadcast or recorded shows on your Windows PC or Xbox 360, a feature that's been announced since CES by Microsoft, but is up to the actual service provider (AT&T, BT) to roll out. In AT&T's case, it won't be available until the second-half of 2008. Update: Microsoft tells me that the details here were a bit off. The Xbox 360 support was announced at CES and will be rolled out on BT's Vision service in the future. AT&T hasn't announced Xbox 360 support. Viewing shows on a PC is something I saw demonstrated in Microsoft's labs, but I'm clarifying with Microsoft as to what it was.

This leads us to the new feature Microsoft showed off: Applications. Since IPTV is a two-way street, your Mediaroom set-top-boxes are able to pull down information from the net, leading to very interesting interactive programs that people can code up for shows. For example:

• During a boxing match, you can pull up different mics, view fighter stats, and even view/vote in polls.

• Nascar races will let you bring up the cockpit cams of your favorite driver (as long as the driver is being tracked by TNT), or listen to the pit crew shout directions.

• During a primary event, CNN allows you to bring up voting results, bios, and other information about each candidate.

And so on. These apps are coded by the shows' producers, then sold to the provider in order to enhance your viewing experience. You could even code up your own app, tack it onto Lost, and try and sell it.

No service provider currently has applications in place now, but they're lightweight and should be able to be run on set top boxes out there today. It's just a matter of your local provider getting these features from Microsoft and integrating it into their service plans. [MeidaRoom]

[CNN]

It all starts with a single laser, which is split into 48 separate beams. The beams are then redirected using mirrors into amplifiers—previously pumped by a total of 7,680 Xenon flash lamps— and, after four bounces, they are further split into 192 rays through all the facility—which is the size of three football fields. As they travel through those endless tubes they will be amplified again at an exponential rate.

The result: from a tiny 1/billionth of a joule laser, the scientists at the National Ignition Facility will end up with rays "a foot on the their side" with a combined "1.8 million joules of ultraviolet energy", 1,000 times the energy of all the power plants in the United States combined. That's five trillion watts (and as any numbnuts know, a trillion is more than a million.)

The lasers will then compress the frozen hydrogen fuel cell pictured here, which will be enclosed in a gold-plated cylinder called the hohlraum. The hohlraum—which was probably brought through a Stargate— is located inside the 32.8-foot-diameter ignition chamber, and it will transforms the lasers into extremely intense X-rays, compressing the hydrogen at one hundred billion atmospheres in just 1/1,000,000 of a second.

This will trigger a controlled nuclear fusion reaction that will create a small star, hopefully generating more power than the energy used to fire the laser and contain the intense heat inside the chamber.

All this in theory. The questions is:

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I'm leaning to the third option. Good bye, California. It was good while it lasted. Your only hope: that Europe vaporizes the solar system first with their Large Hadron Collider. [National Ignition Facility, NIF at Wikipedia, FusEdWeb, and Lasers at Wikipedia via Quest]

The laptops will all have "Feather-Touch" multimedia touch-sensitive keys and a webcam with facial-recognition security login, presumably more for fun than true security. They will all also have Sleep-and-Charge USB ports, which will charge stuff even when the laptop is asleep or powered down, provided the laptop is plugged into a wall socket.

At the same time, Toshiba introduced two totally new laptops, the A200, with a starting price of $600 including 15.4" widescreen, DVD SuperMulti drive 160GB drive, 1GB of RAM and an AMD Athlon 64 X2 Dual-Core processor. The company also introduced the 17" L350 with built-in webcam, ATI Radeon X1250 graphics and DVD SuperMulti drive for $750. [Toshiba releases: Redesigned laptops; Cheap laptops]

Boot Camp won out for overall speed, where Parallels won for virtualization (running Windows at the same time as Macs) performance. VMWare Fusion, on the other hand, "wins" by keeping your OS X and Window environments separate, which isn't really a feature but more of a lack of a feature—Parallels does a much better and faster job cross-integrating applications and documents. But if you're into keeping up the wall between the two operating systems, there's an option for you. [MacTech]