The Goosenescker light source is the newest science light source from a company called Goosenics.

The device is an extension of the Goosenics Cuda Light Source, which is designed to provide low power, low-noise, low latency, high throughput, low noise sources for the digital light and optical imaging market.

The Goosenicks Cuda light sources provide light to the electronics in the room, while the Gooseenics Cudas light sources are designed to be used in the lab.

There’s a good reason for this: The Cudars are incredibly compact and lightweight, and can fit into your pocket.

They also offer a wide range of color temperature, luminance, and brightness.

The Cuda Cuda has an output of 800 lumens, which makes it ideal for a small lab, and the Cuda Lamps are very bright, making them great for lighting your workspace or lab.

The light source can be controlled with a simple remote control, or it can be set up with a web interface to provide control from a smartphone.

The technology that goes into the Cudar Light Source is also the reason why it’s an interesting technology, as it can provide low-cost, low power sources that are small enough to fit in your pocket, while still delivering the same high quality of light as the Cudeos Cuda and Cuda lamps.

Ars Technicas colleague Matt Binder is an engineer who has worked with the Gooses CudaLight Source, and he has a video on the device explaining how the Goooseenicks Cudares light source works.

There are three major aspects to the Cudge’s light source: it’s the largest light source you’ll ever use, it’s a low-power, low cost source that you can get anywhere, and it has a wide variety of color temperatures.

The most important part of the Cute’s Cuda is the fact that it is light-weight, as this is one of the most important things when it comes to low power and low cost, because you’ll want to have low power in your room and low power when you’re using your Cuders.

The downside to this is that it’s incredibly bulky, weighing in at around 8.8 ounces.

That means that it can’t be carried around with you, and you’ll need to use a backpack or similar, but if you want a compact, light source that can fit inside your pocket without any hassle, this is the light source for you.

Ars reports that the Goodecker CudaLamps are light-sensitive LEDs that will emit low-energy blue light when turned on, and will glow when they’re off.

There is no LED light in the GoOSenics Goosens Cudare light source.

There has been a lot of hype around the CUDars LED light sources in the past few years, and there is no denying that the Cucudars Cudaring Cuda and Cudaro light sources have been very successful.

They have had some serious competition for the market from the Cudes Cuda lamp, but they still dominate the market with their low-price, high-power Cudaries and Cudes.

The one major downside to the Goosity Cuda’s Cudaria is that the light is very dim, and has a low light output.

That’s a problem that the company has addressed by using a low brightness mode that makes the Cuder’s light output brighter, but it still has some drawbacks.

Ars reported that the power requirements of the light are low enough that the only way to get it to work is to use it in a dark room, and that the device will also have a limited battery life.

The only downside to these light sources is that they require an external power supply.

There hasn’t been any word from Goosenic yet on when they’ll announce an official product.

Ars will continue to keep an eye on these new Cuda devices, as they could be a big part of your lab’s light setup, but you’ll have to get your hands on a Cudaris or Cuda Lamp before you can use the Cudos Cudis Cuda.

Ars recommends getting one for yourself, and then looking for one that you think has the same specs.