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Hands-On: Kopin's Golden-i Infinity Is What Google Glass Was Supposed to Be, But Comes at a Cheaper Price

If you cover a particular area in tech long enough, you develop certain pet peeves, and one of mine happens to be devices that attempt to keep us wed to the Google Glass style of augmented reality. And while I remain mostly uninterested in such devices, one of these products recently earned my admiration and might work for you, too, under the right circumstances. It's called the Golden-i Infinity.

How To: Get Google's Pixel AR Stickers on Your Galaxy S9

Google's ARCore has expanded its support to include the Galaxy S9 and S9+, which means you get access to all the cool new apps that can sense the world around them. But one of ARCore's coolest uses so far is still Pixel-exclusive: AR stickers built right into the Google Camera app. Thankfully, XDA user lofass33 has an ingenious workaround for using these stickers on your S9.

Apple vs. LG: How Does the iPhone X Compare to the LG V30?

The highly anticipated iPhone X is finally up for preorder, and it's been almost as exciting as we expected. With the dual cameras, bezel-less display, and high-tech facial recognition, there's almost nothing on the iPhone X that won't be liked. But around the same time as the iPhone X's announcement, another phone was revealed, and almost everyone seems to have forgotten about it. We didn't.

News: Why the iPhone X Needs a $25 USB Type-C Cable to Fast Charge

After learning that you'll need to spend at least $74 on a special charger and a USB Type-C Lightning cable to enable fast charging on the new iPhone X and iPhone 8 models, you may be wondering why you can't just use the standard Lightning cable. While we can't answer why Apple didn't include the USB-C cable in the box with their new phones, we can explain why you need USB-C to enable fast charging.

News: Scientists Turn Bacteria into Mini Cyborg Solar Panels

Plants all around us capture sunlight every day and convert it to energy, making them a model of solar energy production. And while the energy they make may serve the needs of a plant, the process isn't efficient enough to generate power on a larger scale. So, scientists from the University of California found a way to treat bacteria with chemicals that turned them into photosynthesis machines, capable of generating products we can convert into food, fuels, and plastics.