Samsung unveiled three new Windows laptops with solid performance and a practical build. The Samsung Notebook 5 comes with a 15.6″ 1080p screen and a metal body. The other two are Notebook 3 models – one with a 14″ screen and one with 15.6″. The specs are mostly identical from here on out. The laptops come with a choice between an 8th or 7th generation Intel processors, the higher-end models also come with discrete Nvidia graphics. Full specs are available at the bottom. Samsung Notebook 5 These are practical laptops. They have full keyboards with numpads,…
When Apple introduced Touch ID, it created a quandry for touchscreen gloves. If you did away with a short passcode, in favor of the fingerprint reader, then it became a nuisance to wear gloves, even if they had capacitive fingers to work on a smartphone. Now, with Face ID, touchscreen gloves are more practical, and Mujjo offers a wide selection of Touchscreen Gloves (starting at $ 24.13).
If you’re partial to knit, Mujjo has got you covered, literally. If you want something more luxurious, the company also offers a really stylish high-end black leather model with a Velcro closure. I really liked these as they had a bit of a Kylo Ren vibe! Just make sure you use the online sizing guide to order the right size as they have a snug fit. The Velcro does help adjust the size around the wrist, but you’ll still want to get a good measurement.
What I liked about most of the pairs is that they don’t look like traditional smartphone touch-capable gloves. Those usually have an obvious capacitive tip, often in a different color, which is a giveaway that these are tech gloves. Most folks wouldn’t know that the Mujjo gloves serve a secret purpose… smartphone use!
- Assorted selections
- Leather models are luxurious
- Velcro closure on wrist of leather models
- Don’t look like smartphone gloves
- Need to order the right size
- High-end models are expensive
If you are looking for a pair of touchscreen-compatible gloves, Mujjo has a nice variety to choose from.
Easier, Faster, Holograms
In two new studies, researchers at UCLA used artificial neural networks to reconstruct a hologram — not just any hologram, though. Not only is the technique an advancement of holographic technology, but the resulting microscopic images could have fascinating medical applications.
In the first study, published in the journal, Light: Science & Applications, researchers used deep learning to create images of biological samples like blood, Pap smears, and other thin tissue samples.
The neural network technique proved to be easier and faster than the usual methods used to make holograms, which often require an abundance of physical measurements and computational input.
In the second study, the team applied their deep learning framework to improve the resolution and quality of the microscopic images, which could help doctors detect very small abnormalities in a large blood or tissue sample.
As holograms are rendered they can lose information in the process, which can sometimes make “artifacts” appear in the image; something that looks significant (like a dark spot that’s really just a shadow but could be interpreted as a cancerous growth). This also happens at times with radiological scans, especially if the patient moves when the scan is being performed.
However, the UCLA team’s deep learning AI was successfully able to address the problem: once it was properly trained, the neural network could separate the spatial features of the true image from any interference (often caused by light).
Layers of artificial neural networks allow deep learning algorithms to automatically analyze data. The technology has already demonstrated its use for improving real-time speech translation, video captioning, and many other tasks previous left up to humans — who, perhaps, don’t accomplish them as speedily or accurately as the algorithms do.
Since machine learning can sort through enormous amounts of information much faster than humans can, one area that the technology has begun to establish a presence is medicine. The algorithms are already finding applications in diagnostic radiology, where they’ve been used to read x-rays and have even managed to catch cancers that were missed by human physicians on scans.
Beyond the remarkable potential deep learning has to advance hologram technologies, Aydogan Ozca, who led the research, believes it could open up new possibilities in imaging. In a UCLA press release, Ozca said the technology could even lead to the creation of entirely new, coherent imaging systems. Future imaging systems could even use UCLA’s findings to incorporate other parts of the electromagnetic spectrum into the tech, like X-rays and visible wavelengths.
If the future is anything like we’ve seen in science fiction for the last 40 to 50 years, holograms will play a major role, but UCLA’s research doesn’t just support the fantastic future of holograms; it offers realistic applications for the incredible technology.
The post How Deep Learning AI Will Help Hologram Technology Find Practical Applications appeared first on Futurism.
“There’s something fascinating about miniature-sized versions of everyday objects. Even as a kid, I just loved tiny versions of things, evidenced by my once neighborhood-famous Kitchen Littles collection and boxed display of miniature trinkets that hung on my bedroom wall. As a Kansas City native, I was also fortunate enough to live near the National Museum of Toys and Miniatures (which has recently been renovated and is still a very cool attraction, if you get the chance). I come by it honestly. So, you can probably imagine the spark of excitement that ignited when I came across this Kickstarter for the Zanco Tiny T1, the world’s smallest functional phone.
Actually, I first experienced déjà vu when I was reading about it. You see, back in the day, there was another small cell phone making headlines that caught my eye as well: the Pantech C300. Unfortunately, that tiny phone was an AT&T (ahem, Cingular) exclusive and I didn’t use Cingular, so I was only able to admire it’s small, cute form from afar.
Not anymore, though. The Zanco Tiny T1 gives a girl with broken dreams hope again. Well, sort of.
The difference between the Zanco Tiny T1 and the Pantech C300 is that while the C300 was small and fully functional, it wasn’t so tiny that it was necessarily uncomfortable to use. As a flip phone, it doubled in size when in use. The Zanco Tiny T1, on the other hand, is a candybar style device – what you see is all that you’re going to get, which is a device that is “smaller than your thumb, lighter than a coin, and ridiculously cute”. Agreed.
Although it seems like the Tiny T1’s only purpose is to serve as a conversational piece or a gag gift, it actually can serve a higher purpose such as a backup phone, a phone for when you’re out exercising and a large smartphone isn’t as convenient to carry around, or a phone for when you’re out and you don’t want to risk losing your daily driver that likely cost hundreds of dollars. Of course, this is all dependent on whether your carrier still uses 2G networks or not, because that’s all the Tiny T1 can use (which makes sense, as all you can do is make calls and – surprisingly – text).
Unfortunately, such a cute device doesn’t come cheap, at least not as cheap as you might expect something that’s about the same size as a flash drive to cost. Early backers can back the Tiny T1 for £35, which equals about $ 47 in US currency, which includes a device once it launches. Whether the minuscule device, which lasts up to 3 hours of talk time and 3 days on standby, is worth that much is up to you; I’m probably just going to stick with the Nokia 3310, which costs about $ 13 more but can arguably do more (and still manages to serve as a decent conversational piece, albeit not as eye-catching as the Tiny T1).
I’d still consider the Tiny T1 worth a gander, considering how adorable it is and can fit virtually anywhere.
Readers, what are your thoughts on this unusual cell phone? Do you think you’ll be picking one up for yourself?
Who said light only had to travel in boring waves or particles? Not Harvard. Its researchers have found a way to spin light into complex states that promise breakthroughs in multiple fields. They've built metasurfaces whose elaborate optics combin…
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A YouTube video shot inside the One Infinite Loop Apple headquarters Caffe Macs restaurant depicts the iPhone X "in the wild," being used to pay for a meal with Apple Pay, as well as other basic uses.
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Particle accelerators have proven to be invaluable to the attempts of science to answer some of the most complex questions offered up by the field of physics. Now, the Department of Energy’s Fermilab facility is set to embark on a project that will hopefully offer up various other useful applications.
The Accelerator Application Development and Demonstration program will help Fermilab scientists collaborate with various partners to investigate new ways to utilize compact particle accelerators.
“A2D2 has two aspects: One is to investigate new applications of how electron beams might be used to change, modify or process different materials,” read a statement from Fermilab’s Tom Kroc “The second is to contribute a little more to the understanding of how these processes happen.”
Anyone who has a novel idea of how to apply the technology will be able to submit their proposal to Fermilab. The end goal is to convert established tools and concepts into useful commercial applications — and there are already some interesting plans being put in motion.
Paving the Way
One of the first projects will use accelerators to create pavement that won’t be damaged by extreme heat or cold. Instead of asphalt, this process would use a material that could be strengthened by passing an accelerator over it.
Accelerators can be used to drive chemical reactions using electron beams, which is much quicker and more efficient than conventional methods.
Additionally, the Chicago Metropolitan Water Reclamation District is scheduled to test out the technology’s capacity to overhaul water purification techniques, and the U.S. Army Corps of Engineers is also set to test out its capabilities.
More potential uses are going to be facilitated by an even smaller, portable accelerator currently in development. For the portable version, environmental cleanup is one such potential application currently being touted by Fermilab.
The post Fermilab is Looking for New, Practical Uses for Particle Accelerators appeared first on Futurism.
The growth of digitally connected communities over the last decade has challenged corporate culture, fundamentally changing hierarchies within the business world and creating a myriad of tech-enabled opportunities for the savvy CEO. While bringing in external talent through hiring consultants is a longstanding practice to solve key challenges and achieve business growth, businesses must understand how the methods for hiring top-tier consultants have been changed by these recent technological and workplace developments. Consultants provide much more than just the answer to your questions. They can also provide essential strategic planning services, enhance performance management tools, and carve out a successful…
Bill Gates is famous for saying, “I choose a lazy person to do a hard job. Because a lazy person will find an easy way to do it.” However shocking that sounds, putting more work and hours into something doesn’t always yield better results. And today’s fast-paced online world can be especially tough on businesses that don’t manage to keep up. As a busy blogger, you’re probably juggling a multitude of different tasks, many of which are repetitive and frankly, quite boring. For your blog to take off and scale into something greater than a company of one employee, you…
Scientists already believe that diamonds could be a solid foundation for practical quantum computers. You can use atom-scale defects in diamond to store quantum bits that hold contradictory data (say, both on and off) in a way that lets you read the…
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