Exscientia To Collaborate With GSK To Develop New Drugs Using Supercomputers

Two companies have teamed up to utilize machine learning for drug development. Exscientia has announced a new collaboration with GSK that will involve using supercomputers to develop new molecules that may one day be used to treat up to ten different diseases. Exscientia’s own artificial intelligence-enabled platform will do the hard work, utilizing GSK ‘expertise’ on the hunt for ‘novel and selective small molecules’ designed to address up to ten targets related to diseases of GSK’s choice. 
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The two companies announced the new collaboration over the weekend, saying the goal of the new teamwork is to deliver pre-clinical candidate ‘milestones.’ Assuming that Exscientia manages to hit all of the prescribed milestones, GSK will pay it 33 million GBP, though only if every project is advanced suitably. That is the extent of details, though, related to this collaboration’s finances. 



GSK isn’t the first pharmaceutical company to leverage artificial intelligence and supercomputers for new drug development. Exscientia’s CEO Andrew Hopkins said in a statement that this is the second time it has teamed with a top global company like GSK. This marks an uptick in utilizing powerful computers and machine intelligence to seek new drug candidates.

“Applying our approach to client discovery projects has already delivered candidate-quality molecules in roughly one-quarter of the time,” Hopkins explains, “and at one-quarter of the cost of traditional approaches.” While it is unknown if Exscientia will deliver candidate-quality molecules for all 10 of GSK’s targets, whatever it does produce is likely to be delivered with high efficiency and at a rapid speed.

SOURCE: PRNewswire





Samsung Reportedly Filed Magnetic VR Hand Controllers Patent

Today we learned that Samsung, the creators of the Oculus-powered Gear VR headset, filed a patent in late December of last year for magnetic VR hand controllers. Based on the description in the patent and the accompanying concept image (embedded below), the controllers would be used to provide more visceral and accurate hand-tracking for the Gear VR. 
Samsung Reportedly  Filed Magnetic VR Hand Controllers Patent  amazon


According to the Abstract, the patent is for: “a method of controlling an electronic device, the method includes, based on a magnetic field generated by a source, obtaining a coordinate of a user’s hand; and reflecting the obtained coordinate of the user’s hand in a virtual reality environment based on a change of a location of the source due to a movement of the user.”

I’m no expert on the inner workings of VR technology, but it sounds similar to me in concept to how the STEM System’s Sixense controllers work — although their current status remains a bit of a mystery. Granted, there are probably some very key differences, but the patent language isn’t specific enough to clear that up in my head. 




Concept image from Samsung’s magnetic VR controller patent.

In the concept image above you can see the controllers which appear to be similarly shaped to the existing Gear VR controller, albeit with a new handstrap that attaches over the back of the hand, similar to Valve’s Knuckle controller prototype. This would allow the user to move their hands more freely without having to grasp the controller itself at all times.

A magnetic tracking system directly from Samsung would be a big move forward for the otherwise limited Samsung Gear VR. With over 5 million units sold so far it’s easily the most widely distributed VR headset on the market, but it lacks positional tracking and its controller pales in comparison to the likes of the Vive, Rift, and even the lackluster PSVR Move controllers.

And of course it goes without saying, but this is just a patent. There’s no reason to necessarily believe Samsung is actively working on a magnetic VR hand controller that will actually see the light of day.

What do you think of this patent? Let us know in the comments below!




Sexy Robots Helps Heal Erectile Dysfunction

If there’s one thing that the modern world teaches us, it’s that everything changes. Over the last few decades, we’ve seen massive paradigm shifts in just about every aspect of human existence, from the way we work to how we meet romantic partners and even interact with our friends. The most basic things are ripe for disruption, and what could be more basic than sex?

The old-fashioned in and out is still perfectly good, but people want more. And we’re not talking the kinky stuff, but instead the very idea of “sex” with a partner. The teledildonics revolution has already begun, with people getting off across great distances through motion-sensing sex toys. And many experts are predicting that we’ll have fully artificial sex partners – robots – in the next few decades. 



While these robots are going to primarily be sold for recreational purposes, there are legitimate medical uses for the technology as well. One of the most interesting is going to be in sex therapy – helping people with a variety of conditions enjoy intercourse better. For guys, that means that they could provide a path to overcoming erectile dysfunction.
Robots Kissing
via sorayama.net

Trouble Down There

There are numerous causes for erectile dysfunction. Some of them are physical – anything that interferes with your body’s natural blood flow can be the culprit, like heart disease, diabetes or high cholesterol. Your physical condition can also hinder your little soldier’s ability to stand at attention, with obesity a major contributor. But many cases of ED are down to psychological factors, and that’s how scientists think sex robots can help.
Stress, depression, and anxiety can interfere with the mental signals necessary to initiate arousal. And there’s plenty of all three surrounding intimacy in today’s sex-obsessed culture. We’ve been so habituated by media (especially pornography) to think that intercourse has to go a certain way to be successful. Most people can’t live up to the examples set by adult movie stars, whether that’s the size of their equipment or the length of time they can use it. And when you go into an intimate situation doubting yourself, that’s going to color the whole experience in a negative light.
So sex robots and other technology could help with this by creating a comfortable environment for people to experiment sexually and get feedback without worrying about the pleasure or emotional response of another human being. Convincing a flesh and blood woman to participate in something like that would be a pretty serious test of a relationship, so automating it makes sense. Let’s try to imagine how it would work.
Sexy Robot In Dress
via sorayama.net

Practice Runs

One of the most contentious debates in the robot sex world is if making love to a synthetic object is actually, you know, making love or if it’s just ridiculously complicated masturbation. We’re more inclined to think it’s the latter, but the potential for sex robots to detect and record stimuli and react to their surroundings makes them a little more useful than a Fleshlight for the purpose of resolving sexual anxiety.
One of the most common anxieties men have about sex is premature ejaculation. Even though the average lovemaking session is 7.3 minutes and 43% of heterosexual intercourse is over in less than two minutes, people still seem to think that the act has to last for half an hour in multiple positions. And stress makes that time shorter, not longer.
Being able to simulate the act with a robotic partner can help men understand the positions and movements that bring them to climax and avoid or delay them. Building these robots with force feedback mechanisms can allow men to gently ramp up to these triggers and increase their tolerance for them. It’s obviously possible to do this with old-fashioned masturbation, but it requires a little more self-control.
While sex robots aren’t at that point yet, it’s easy to imagine models hooked up with biofeedback sensors that can determine when a partner is about to climax and reduce stimulation to gently bring them away from the edge and prolong their experience. Over time, men can build confidence and reduce anxiety, making for more boners.
In addition, simply being able to simulate the sex act with a realistic partner can help aid men become comfortable with the basic positions and movements, reducing anxiety when they get to the real thing. This isn’t something that you’re taught in high school heath class, and usually only comes together after a bunch of awkward experimentation. For people who didn’t get the chance to fool around in their teens (where bad sex is sort of all you get), this could be a serious blessing.

The Dark Side

The obvious downside to this treatment methodology is that sex is a two-way street, and the only way to learn how to please a partner is through communication. All of the time in the world won’t help you if you aren’t making love in a way that works for your partner. Expecting sex robots to develop the kind of natural language skills that would let them ask to be pleasured in specific ways is a pretty far off dream. So dudes might be able to tackle their erectile dysfunction, but they still have work to do on the path to truly great sex.
Of course, there’s also the fear – laid out in multiple newspaper articles – that sex robots will somehow replace real intimacy entirely. If sex robots can provide men with an orgasmic experience tailored to their fantasies using a partner who never says no, what use will they have for real partners? I think that’s a little overstated a fear. No matter how good simulated sex can be, the real thing is a complex ballet of emotions, hormones, and physicality that science is hard-pressed to duplicate.
Topless Robot
via sorayama.net

Computer Love

Sex robot makers aren’t looking to create a world where mechanical intimacy replaces the real thing, except for a few dedicated perverts. Instead, what they want is simply to give people another option for sexual pleasure in a way that’s healthy and ethical.
Today’s sex robots are still pretty primitive – just a step up from inflatable sex dolls with adjustable motorized orifices. But there’s a lot of money involved in making these things more robust and commercially viable. We wouldn’t be terribly surprised if some big names on the medical side of things take the tech and go to the FDA with it as a way to make sex accessible for people who have problems either physical or psychological.




ASUS Releases Cheap Windows/Linux XG-C100C 10Gbps PCIe Network Adapter

Do you need a 10Gbps network adapter? I am going to go out on a limb and say no. Many homes only use Ethernet for the internet -- not transferring files between machines on the network. While some businesses could absolutely benefit from the speed, installing such a card in a workstation would be pointless without a 10Gbps network to which it could connect. That's the thing, to get the full speed of such a card, you need a compatible network, which you probably do not have. 
ASUS Releases Cheap Windows/Linux XG-C100C 10Gbps PCIe Network Adapter

I say all of this to highlight that a 10Gbps PCIe network adapter card for consumers is as bit silly right now, but that hasn't stopped ASUS from making one. Today, the company announces the XG-C100C 10Gbps PCIe network adapter for both Windows and Linux. While not the first 10Gbps card, it is surprisingly affordable. 



"The ASUS XG-C100C uses next-generation 10GBase-T (10G) networking technology to deliver speeds of up to 10Gbps -- 10X faster than standard gigabit Ethernet. XG-C100C supports 10/5/2.5/1Gbps and 100Mbps networking standards, so it’s designed to provide you with the latest Ethernet technology, while ensuring full backward compatibility with your existing network infrastructure," says ASUS.
The famed company further says, "XG-C100C has a standard RJ45 LAN port so you can easily upgrade to 10Gbps networking using standard, readily available copper network cables, avoiding the need to install costly optical fiber cables. Plus, full compatibility with Windows versions 7, 8.1 and 10 plus Linux Kernel 4.4 allows a wide range of OS choices. In addition, built-in Quality-of-Service (QoS) technology automatically prioritizes bandwidth for gaming, ensuring a smooth, latency-free gaming experience."
XG_C100C_2
Asus shares the following specifications for the XG-C100C.
Port Attributes
  • RJ-45 for 1 x 100Mbps/1Gbps/2.5Gbps/5Gbps/10Gbps
  • Mbps Ethernet Ports
  • Auto-Negotiation : Speed
Standard
  • IEEE 802.3an 10GBASE-T
  • IEEE 802.3u 100Base-TX Fast Ethernet
  • IEEE 802.3ab 1000BASE-T Gigabit Ethernet
  • IEEE 802.3az Energy Efficient Ethernet
  • IEEE 802.1p Priority Queuing
Performance
  • Jumbo Frame : up to 9 KB
LED Indicator
  • Dual color Speed LED
  • Single color Link/ Act LED


Environmental
  • Operating Temperature: 0 °C to 40 °C (32 °F to 104 ºF)
  • Storage Temperature: -40 ° to 85 ° C (-40 °F to 185 °F)
Dimensions
  • 12 x 8.46 x 2.05 ~ cm (LxWxH) (Without Bezel)
Weight
  • 0.089 kg
XG_C100C_3
The ASUS XG-C100C PCIe network adapter for Windows and Linux can be had immediately from the usual retailers, such as Newegg. How much is the "affordable" card? An impressive $99. It comes with a half-height PCI bracket in the box. Keep in mind, since it is compatible with slower connections, such as gigabit, it wouldn't be the worst thing in the world to buy it now for future-proofing -- if you need to pick up a network card anyway. With that said, a standard gigabit Ethernet adapter is far less expensive.