The world of professional wrestling is in mourning following the death of the legendary Rowdy Roddy Piper last month. Piper suffered a cardiac arrest whilst at his home in Hollywood, California. He was just 61 years old.
For many kids (including myself) that first became fans in the mid-late 1980âs, Roddy Piper was the definitive wrestling heel (industry jargon for a bad guy). Whether hosting his notorious Piperâs Pit segment, or facing off against Hulk Hogan & Mr. T (with partner Mr. Wonderful Paul Orndorf) at the inaugural WrestleMania event, Piper was one of the industryâs biggest starts during one of its most popular and lucrative periods.
He was also instrumental in making the WWF (now WWE) brand the biggest in professional wrestling. In addition to headlining the very first WrestleMania event (a pioneering Pay-Per View extravaganza that could easily have ruined the company had it proved to be a failure), Piper also featured in one of WrestleMania IIâs three main event matchups, thus securing his position as one of wrestlingâs most bankable stars.
His undercard matches at WrestleManias III, VI and (the stone cold classic against Bret The Hitman Hart at) VIII are absolute highlights of a classic era of pro wrestling. He even acted as a guest referee for the main event of Bret Hart vs. Yokozuna at WrestleMania X. Younger fans, however, will undoubtedly remember Piper teaming with fellow veterans Ricky Steamboat and Jimmy Superfly Snuka to face Chris Jericho at WrestleMania XXV.
In an era defined by outlandish babyface characters with bodybuilder physiques and sometimes questionable in-ring abilities, Roddy Piper stood out as a genuine wrestlerâs wrestler, an authentic tough guy - and the necessarily evil counterpoint to the simplistic, superheroic good guys being featured at the time by the WWF.
Born in Saskatoon, Saskatchewan, Canada in 1954, Roderick Toombs was always an unruly personality. Expelled from school at a young age and subsequently falling out with his father, (a member of the Royal Canadian Mounted Police) Toombs hit the road, staying in various youth hostels and earning a buck wherever he could. Eventually, the tempestuous youth wound up in a wrestling ring, making his in-ring debut at the tender age of just 15-years-old.
The kid was tough (he had a Black Belt in Judo), displayed a natural affinity for the ring and he had a roguish charisma all of his own. In addition, he really could play the bagpipes. After early stints jobbing in Verne Gagneâs AWA, NWA Houston and Fritz Von Erichâs Big Time Wrestling promotion in Dallas, Texas, Piper debuted for Mike and Gene LeBellâs NWA Hollywood promotion and soon became the outfitâs top heel. A slew of regional Championships followed.
Whilst working for promoter Roy Shire in the NWAâs San Francisco territory, Piper developed his character and ring work. In Los Angeles, he feuded with Chavo Guerrero Sr, Hector Guerrero and ultimately locked up against their father, Mexican wrestling legend Gory Guerrero (father of future WWE Champ Eddie). In The Pacific Northwest, he unseated former NWA Worldâs Heavyweight Champion Jack Brisco for Mid Atlanticâs version of the World Heavyweight Championship, a title he would go on to hold twice more.
In the mid 1980âs, Piper entered Vince McMahonâs insurgent WWF. He was billed as being from Glasgow, Scotland and was well known for being the only wrestler to wear a kilt to the ring. Fans ate it up. Feuding with such stars as Hulk Hogan, Adrian Adonis, Andre The Giant, Jimmy Superfly Snuka, Million Dollar Man Ted DiBiase, Jerry The King Lawler and Bret Hitman Hart, to name but a few, Piper always brought out the best in his opponents and it was with the WWF that he became a household name, as well as one of the industryâs biggest ever stars.
In the mid-1990âs, Piper wrestled for WCW (World Championship Wrestling), where he debuted as one of the companyâs headline stars. He feuded, once again, with Hulk Hogan and also battled old rivals such as Ric Flair, Bret Hart and âMacho Manâ Randy Savage. Whilst working for WCW, he was even chosen to headline âStarrcadeâ, the companyâs flagship Pay-Per-View event.
In his later career, Piper made sporadic reappearances for the WWE, briefly worked for TNA, enjoyed a reasonably successful acting career and also hosted his own podcast. He battled Hodgkinâs Lymphoma after being diagnosed with the illness in 2006, but had completely beaten it into remission as of last year. Despite the setbacks caused by his ill health, Piper wrestled his last match in 2011.
Although he never held a recognised World Heavyweight Championship, Piper will be remembered as one of the greatest WWF Intercontinental Champions of all time, a reign that was attested to during his appearance at this yearâs WrestleMania XXXI, where he congratulated then-IC Champion Daniel Bryan on his victory. He also held other notable belts, such as the United States Championship, the WWF/E Tag Team Championship (with Ric Flair) and the NWA World Light Heavyweight Championship.
Piper was a member of the WWE Hall of Fame and the Wrestling Observer Hall of Fame, as well as the Professional Wrestling Hall of Fame. He was also a member of the Cauliflower Alley Club.
On the August 3rd edition of RAW, the entire WWE roster, each member clad in Roddyâs signature Hot Rod t-shirts opened the show with a very moving ten bell salute in tribute to the fallen legend.
WWE boss Vince McMahon said, "Roddy Piper was one of the most entertaining, controversial and bombastic performers ever in WWE, beloved by millions of fans around the world. I extend my deepest condolences to his family."
UFC Bantamweight Champion Rowdy Ronda Rousey dedicated her 34-second victory over Bethe Correia to Piperâs memory, "I just want to say that we lost a really close friend, Rowdy Roddy Piper, who gave me permission to use his name as a fighter (...) And so I hope him and my dad had a good time watching this today."
Former WWE and WCW Champion (and Piperâs frequent in-ring rival) Bret Hart wrote, âI canât find the words to describe the sorrow in my heart upon learning the news of my dear friend, Roddy Piper, passing away. He was my closest friend in the business, a man that schooled me and guided me throughout my career. In fact, if it wasnât for Roddy Piper reaching out to help me, Iâm sure I wouldâve been a mere footnote in wrestling. He was always there for me. He was family to me.â Hart also recalled that, following his stroke in 2002; Piper was the only wrestler who visited him in hospital.
Hulk Hogan, another of Piperâs famous adversaries, said of Piper that, âHe was my best friend. He is a legend. Godâs gain is our loss. May his family in this time of need, find peace"
Other friends, colleagues and admirers of Piperâs included former WWF Champ The Iron Sheik, who said âRoddy Piper. I love you forever. God bless you Bubbaâ and multi-time World Champion Chris Jericho Tweeted, âSorry to hear of the passing of my friend and Wrestlemania rival #RoddyPiper. One of the greatest who ever lived, but more importantly a legit sweet family man with a good heartâ. Former WWE Divas Champion Paige called Piper a âlegendâ and Tweeted a picture of a broken heart, an image which reflected the feelings of many a wrestler and wrestling fan.
Roddyâs son, Colt, said that his father was his âbest friendâ and a âgreat manâ saying that he would miss him forever and âalways try to be the man he raised me to beâ.
Rowdy Roddy Piper lived a life littered with accomplishments. Not many of us will ever be declared as legendary by our peers and fewer still will be able to stack 30+ Championship reigns anywhere on our resume, but those werenât the manâs proudest achievements. Piper had been married to his wife, Kitty, since 1982 and is survived by her and the four children they lovingly raised together. My thoughts are with them, as well as everyone else who knew, worked with, or simply enjoyed to watch the late, great man work his magic in front of a capacity crowd. R.I.P Roddy.
Sunday, 29 November 2015
Bone conduction headphones let me ditch the boombox, but still cycle safe
Long bike rides are an easy way to burn calories without terrorizing your knees, but it helps to have some tunes to keep things fun. My rides usually take me through bustling urban streets and isolated stretches of waterfront, so pumping out a soundtrack using a Bluetooth speaker is usually a viable option -- mostly, anyway. Unfortunately, the wind-dampened output is never ideal and a high audio volume can burn through battery life, and bringing a backup device adds weight. Luckily, the ideal solution recently crossed my desk: AfterShokz's Bluez 2S bone-conduction headphones.
If you're not familiar, this style of device delivers audio as sound vibrations to your inner ear through the bone, bypassing the eardrum entirely. I'd never regularly worn headphones while riding, mostly so I could remain aware of traffic and the world around me. (It's also illegal to wear them while riding in New York City, at least in both ears.) I found the Bluez 2S struck the perfect balance between weight and audio output, while keeping situational awareness levels high. The experience is quite different from your traditional headphones, though, so they won't be for everyone.
The AfterShokz Bluez 2S is a recent update to the Bluez 2 model, adding the new "PremiumPitch+" technology, which aims to boost the bottom end and prevent sound leakage, alongside slight changes to the external design. There are now perforated openings where the speakers rest on your cheek -- before it was a solid surface. Even with this seemingly more exposed design, the Bluez 2S still meets IP55 standards for dust and sweat protection, which I successfully confirmed over an exceedingly hot and humid summer in NYC. The open speaker surface and revamped internals do indeed make a difference in audio quality and volume. It may not be profound, but it's a noticeable improvement over its predecessor.
The arrival of the 2S dovetails with the announcement of the company's sporty Trekz Titanium, which hit Indiegogo last month and quickly shot past its fundraising goal. Although we haven't tested those yet, it's easy to see the benefit from the Trekz' flexible design. With the rigid U-shaped plastic band of the Bluez 2S that goes around the back of your head, you can imagine the potential for breaking while bouncing around in a bag. That said, I've had them packed in both full bags and jostling around in sparse ones, and nothing has happened to them in several months of use. Also, the headband does get in the way of sunglasses to a certain degree. Since the speakers work best when resting snugly against the cheek, I've had the arms of the glasses positioned above the band (outside just feels weird), which tends to tilt the glasses down and crowd my face a bit. It's not a dealbreaker, but it's certainly not a great pairing.
So how do they sound? First, you need to understand that this is an entirely different experience than regular headphones, with its own set of trade-offs. Music will sound a bit different with this type of technology. The overall sound may be a bit duller compared to your standard cans, but you'll also get a pleasantly spacious head-feel when listening, which is hard to convey. Speech comes across clearly, but the low-end will be lacking in comparison. I frequently have the volume near maximum when I'm hustling on bustling city streets and feeling the music. In quieter environments, however, there's more headroom in volume flexibility. The claim is that PremiumPitch+ helps increase bass, while dampening vibration and reducing sound leakage. The Bluez 2S may not be the loudest pair I've listened too -- Damson's Headbones still hold that title -- but they provide plenty of kick without going overboard on the vibration.
It helps to be a glutton for aural stimulation with bone-conduction headphones. Unlike the isolating experience you get with in- or on-ear models, you get both music and ambient sound leaking in -- which is part of the benefit for me. As long as you're not rocking full volume, you can easily have conversations and hear cars approaching from behind, making it a flexible and safer option if music is a must while riding a bike. For the same reason, they're great when you're walking around the neighborhood, but the sound of a New York subway will certainly overpower your tunes.
On the hardware side, you get Bluetooth connectivity, a volume control rocker that doubles as a battery check and EQ changer, power and a multipurpose button on the left earpiece. Since I'm right-handed, the left-side button is perfect for me. It can pause/play music, skip tracks, redial the last phone number and take calls with its onboard mic. The battery life is rated at six hours of continuous play and 10 days of standby. Indeed, it's great to find the headset charged after neglecting it for a week. It takes about two hours to charge up, but I've rarely drained the headset fully, so it seems to top off rather quickly for me. Bluetooth range is the standard 33 feet, letting you pair with a computer and wander around the kitchen or nearby room without stuttering. It stays paired with your last device though, so be sure to check it's not still tied to the computer if you leave the house and don't hear your tunes. Also, once paired, if the current track isn't playing still, try skipping forward or back one.
As a comparison, I tested the Damson Headbones, a Kickstarted bone-conduction model from the UK. First, both models get points for awkward naming conventions. The Headbones do have a lot more features including a line-out for earbuds or as a passthrough for non-Bluetooth speakers. They have a bit more playtime at eight hours, APT-X and NFC support, and fold down into a rigid carrying case. As I mentioned, the audio volume is also significantly louder than the Bluez 2S.
This comes at a price, though: The Headbones are more than twice the weight, with a bulky portion that sits at the back of your neck to house the extra flourishes and battery power. Since I ride with a backpack, the hefty rear section bumped up against it making them difficult to wear. While it pumps out a beefier sound, I found the ear (actually cheek) pieces to be a bit too snug and at higher volumes the vibration was uncomfortable. They're definitely a quality set of bone-conduction headphones, but didn't mesh well with my needs and preferences.
The bottom line here is that while you're not going to have the same audio experience as a standard set of headphones, the benefits of the Bluez 2S outweigh the negatives, at least for me in how I use them. I get a comfortable, lightweight wireless headset that provides tunes at a respectable volume, while still being able to maintain awareness about what's going on around me -- an ideal scenario for bike riding. The AfterShokz Bluez 2S is available for pre-order now for $100, while the Trekz Titanium version should arrive in January 2016 for $130.
Bone conduction technology has been around for many years in the walkie talkie accesory market, it has made a several appearances over the years in the leisure headset/earpiece industry, it is perfect for using whilst driving or cycling, like this article shows,  not having to talk into a mic is a massive plus for using this technology.
If you're not familiar, this style of device delivers audio as sound vibrations to your inner ear through the bone, bypassing the eardrum entirely. I'd never regularly worn headphones while riding, mostly so I could remain aware of traffic and the world around me. (It's also illegal to wear them while riding in New York City, at least in both ears.) I found the Bluez 2S struck the perfect balance between weight and audio output, while keeping situational awareness levels high. The experience is quite different from your traditional headphones, though, so they won't be for everyone.
The AfterShokz Bluez 2S is a recent update to the Bluez 2 model, adding the new "PremiumPitch+" technology, which aims to boost the bottom end and prevent sound leakage, alongside slight changes to the external design. There are now perforated openings where the speakers rest on your cheek -- before it was a solid surface. Even with this seemingly more exposed design, the Bluez 2S still meets IP55 standards for dust and sweat protection, which I successfully confirmed over an exceedingly hot and humid summer in NYC. The open speaker surface and revamped internals do indeed make a difference in audio quality and volume. It may not be profound, but it's a noticeable improvement over its predecessor.
The arrival of the 2S dovetails with the announcement of the company's sporty Trekz Titanium, which hit Indiegogo last month and quickly shot past its fundraising goal. Although we haven't tested those yet, it's easy to see the benefit from the Trekz' flexible design. With the rigid U-shaped plastic band of the Bluez 2S that goes around the back of your head, you can imagine the potential for breaking while bouncing around in a bag. That said, I've had them packed in both full bags and jostling around in sparse ones, and nothing has happened to them in several months of use. Also, the headband does get in the way of sunglasses to a certain degree. Since the speakers work best when resting snugly against the cheek, I've had the arms of the glasses positioned above the band (outside just feels weird), which tends to tilt the glasses down and crowd my face a bit. It's not a dealbreaker, but it's certainly not a great pairing.
So how do they sound? First, you need to understand that this is an entirely different experience than regular headphones, with its own set of trade-offs. Music will sound a bit different with this type of technology. The overall sound may be a bit duller compared to your standard cans, but you'll also get a pleasantly spacious head-feel when listening, which is hard to convey. Speech comes across clearly, but the low-end will be lacking in comparison. I frequently have the volume near maximum when I'm hustling on bustling city streets and feeling the music. In quieter environments, however, there's more headroom in volume flexibility. The claim is that PremiumPitch+ helps increase bass, while dampening vibration and reducing sound leakage. The Bluez 2S may not be the loudest pair I've listened too -- Damson's Headbones still hold that title -- but they provide plenty of kick without going overboard on the vibration.
It helps to be a glutton for aural stimulation with bone-conduction headphones. Unlike the isolating experience you get with in- or on-ear models, you get both music and ambient sound leaking in -- which is part of the benefit for me. As long as you're not rocking full volume, you can easily have conversations and hear cars approaching from behind, making it a flexible and safer option if music is a must while riding a bike. For the same reason, they're great when you're walking around the neighborhood, but the sound of a New York subway will certainly overpower your tunes.
On the hardware side, you get Bluetooth connectivity, a volume control rocker that doubles as a battery check and EQ changer, power and a multipurpose button on the left earpiece. Since I'm right-handed, the left-side button is perfect for me. It can pause/play music, skip tracks, redial the last phone number and take calls with its onboard mic. The battery life is rated at six hours of continuous play and 10 days of standby. Indeed, it's great to find the headset charged after neglecting it for a week. It takes about two hours to charge up, but I've rarely drained the headset fully, so it seems to top off rather quickly for me. Bluetooth range is the standard 33 feet, letting you pair with a computer and wander around the kitchen or nearby room without stuttering. It stays paired with your last device though, so be sure to check it's not still tied to the computer if you leave the house and don't hear your tunes. Also, once paired, if the current track isn't playing still, try skipping forward or back one.
As a comparison, I tested the Damson Headbones, a Kickstarted bone-conduction model from the UK. First, both models get points for awkward naming conventions. The Headbones do have a lot more features including a line-out for earbuds or as a passthrough for non-Bluetooth speakers. They have a bit more playtime at eight hours, APT-X and NFC support, and fold down into a rigid carrying case. As I mentioned, the audio volume is also significantly louder than the Bluez 2S.
This comes at a price, though: The Headbones are more than twice the weight, with a bulky portion that sits at the back of your neck to house the extra flourishes and battery power. Since I ride with a backpack, the hefty rear section bumped up against it making them difficult to wear. While it pumps out a beefier sound, I found the ear (actually cheek) pieces to be a bit too snug and at higher volumes the vibration was uncomfortable. They're definitely a quality set of bone-conduction headphones, but didn't mesh well with my needs and preferences.
The bottom line here is that while you're not going to have the same audio experience as a standard set of headphones, the benefits of the Bluez 2S outweigh the negatives, at least for me in how I use them. I get a comfortable, lightweight wireless headset that provides tunes at a respectable volume, while still being able to maintain awareness about what's going on around me -- an ideal scenario for bike riding. The AfterShokz Bluez 2S is available for pre-order now for $100, while the Trekz Titanium version should arrive in January 2016 for $130.
Bone conduction technology has been around for many years in the walkie talkie accesory market, it has made a several appearances over the years in the leisure headset/earpiece industry, it is perfect for using whilst driving or cycling, like this article shows,  not having to talk into a mic is a massive plus for using this technology.
Monday, 16 November 2015
Life On Mars? Scientists Find Liquid Water On The Red Planet
Unless you happen to be a natural history buff or a science nerd, the word extremophile probably wonât mean much to you. However, once the worldâs public has a chance to fully absorb the implications of a discovery made this month, I can pretty much guarantee itâll be on everybodyâs lips sooner or later.
Basically, an extremophile is an organism that thrives in conditions that are seemingly too extreme to support any kind of life. Last year, for example, scientists confirmed the existence of microorganisms living half a mile below the ice of Antarctica, but that isnât the weirdest place you can find microbial life. Different types of extremophiles have been observed in places as inhospitable as the bottom of the Pacific Ocean, the driest deserts on Earth, boiling hot springs and even deep sea hydrothermal vents.
This monthâs confirmation that liquid water exists on Mars has gotten a lot of people â" myself included â" wondering if the Martian landscape may include an extremophile, or two (billion, that is). In general, the rule of thumb here on Earth is that water generally supports life. Of course, itâll be a while before we know for sure if the same holds true on the Red Planet, but the potential implications for such a discovery are literally enormous. It would be final, incontrovertible proof that Humankind is not alone after all and that, somewhere out there, life does indeed exist on other worlds. Just take a second and imagine that.
...But that isnât to detract from the enormous significance of finally confirming that there is water on Mars, a planet long considered to be dead and devoid of anything even remotely connected with life as we know it.
New data retrieved from a NASA satellite has been used to link the long, dark streaks that appear on Martian slopes with salt deposits. If this is indeed the case, then these salt deposits could allow water to remain in a fluidic state for long enough for it to move around. This is no mean feat, as Mars features average temperatures well below zero and the low atmospheric pressure means that any liquid water would boil instantly. However, it has been theorized that the deposits of salt could change all this, altering the freezing and vaporization points of water and, in the process, allowing for the existence of the life giving liquid.
Long-term observation of the Red Planet corroborates this theory, as the streaks tend to change with the seasons, leading some scientists to link them with trickling water, however this could never be proven, until now.
Luju Ojha, a PhD student at the Georgia Institute of Technology, has used data from NASAâs Mars Reconnaissance Orbiter, which makes use of an instrument called Crism to determine the chemistry at work on the Martian surface, to make the incredible claim.
By employing the Crism data and looking at four separate locations where the dark streaks regularly appear and disappear during the Martian summer, Mr Ojha was able to prove that these formations are covered with salts, particularly magnesium perchlorate, chlorate and chloride, the exact types of salts that are known to alter the freezing and vaporization points of running water.
So, it is fairly safe to say that we now know that there is water on Mars. The next big question (before we get to the possibility of anything living in it) is, where is it coming from? It has been suggested by some that ice exists at a great depth below the surface and by others that the salts are literally pulling moisture from the atmosphere itself. For now, we just donât know.
...And now back to the million Dollar question, first put to us by the philosopher David Bowie in 1973, Is there life on Mars?
Interviewed by BBC News, Dr. Joe Michalski, a Mars researcher at Londonâs Natural History Museum was optimistic, "We know from the study of extremophiles on Earth that life can not only survive, but thrive in conditions that are hyper-arid, very saline or otherwise extreme in comparison to what is habitable to a human. In fact, on Earth, wherever we find water, we find life. That is why the discovery of water on Mars over the last 20 years is so exciting."
The wonderful, exhilarating reality of this discovery is that, through its profound implication, you may very well see within your lifetime an answer to that most vexing (and famously unanswerable) of questions, are we alone in the universe?
Basically, an extremophile is an organism that thrives in conditions that are seemingly too extreme to support any kind of life. Last year, for example, scientists confirmed the existence of microorganisms living half a mile below the ice of Antarctica, but that isnât the weirdest place you can find microbial life. Different types of extremophiles have been observed in places as inhospitable as the bottom of the Pacific Ocean, the driest deserts on Earth, boiling hot springs and even deep sea hydrothermal vents.
This monthâs confirmation that liquid water exists on Mars has gotten a lot of people â" myself included â" wondering if the Martian landscape may include an extremophile, or two (billion, that is). In general, the rule of thumb here on Earth is that water generally supports life. Of course, itâll be a while before we know for sure if the same holds true on the Red Planet, but the potential implications for such a discovery are literally enormous. It would be final, incontrovertible proof that Humankind is not alone after all and that, somewhere out there, life does indeed exist on other worlds. Just take a second and imagine that.
...But that isnât to detract from the enormous significance of finally confirming that there is water on Mars, a planet long considered to be dead and devoid of anything even remotely connected with life as we know it.
New data retrieved from a NASA satellite has been used to link the long, dark streaks that appear on Martian slopes with salt deposits. If this is indeed the case, then these salt deposits could allow water to remain in a fluidic state for long enough for it to move around. This is no mean feat, as Mars features average temperatures well below zero and the low atmospheric pressure means that any liquid water would boil instantly. However, it has been theorized that the deposits of salt could change all this, altering the freezing and vaporization points of water and, in the process, allowing for the existence of the life giving liquid.
Long-term observation of the Red Planet corroborates this theory, as the streaks tend to change with the seasons, leading some scientists to link them with trickling water, however this could never be proven, until now.
Luju Ojha, a PhD student at the Georgia Institute of Technology, has used data from NASAâs Mars Reconnaissance Orbiter, which makes use of an instrument called Crism to determine the chemistry at work on the Martian surface, to make the incredible claim.
By employing the Crism data and looking at four separate locations where the dark streaks regularly appear and disappear during the Martian summer, Mr Ojha was able to prove that these formations are covered with salts, particularly magnesium perchlorate, chlorate and chloride, the exact types of salts that are known to alter the freezing and vaporization points of running water.
So, it is fairly safe to say that we now know that there is water on Mars. The next big question (before we get to the possibility of anything living in it) is, where is it coming from? It has been suggested by some that ice exists at a great depth below the surface and by others that the salts are literally pulling moisture from the atmosphere itself. For now, we just donât know.
...And now back to the million Dollar question, first put to us by the philosopher David Bowie in 1973, Is there life on Mars?
Interviewed by BBC News, Dr. Joe Michalski, a Mars researcher at Londonâs Natural History Museum was optimistic, "We know from the study of extremophiles on Earth that life can not only survive, but thrive in conditions that are hyper-arid, very saline or otherwise extreme in comparison to what is habitable to a human. In fact, on Earth, wherever we find water, we find life. That is why the discovery of water on Mars over the last 20 years is so exciting."
The wonderful, exhilarating reality of this discovery is that, through its profound implication, you may very well see within your lifetime an answer to that most vexing (and famously unanswerable) of questions, are we alone in the universe?
Sunday, 15 November 2015
Computer Helps Paralyzed Man to Walk Again
Cutting edge technology has enabled a paralyzed man to move his legs again.
According to the Journal Neuroengineering and Rehabilitation, the subject, a male suffering from total paralysis of the legs for five years, was able to walk just under four metres with support.
The system used in this breakthrough was developed in the US by researchers from The University of California, Irvine. The test subject had suffered a severe spinal cord injury, which disrupts the link between the brain and the leg muscles. Essentially, this means that the brain can still generate signals to the legs and that the legs are still fully capable of receiving them, but the spinal cord is incapable of relaying the messages between the two.
What the researchers were able to do was use an electroencephalogram cap to read the activity in the manâs brain; a computer then interpreted his brainwaves and electrodes, placed at strategic points along the manâs legs, were then used to stimulate the leg muscles whenever he thought about walking.
It took a lot of gruelling training on the part of the patient, who effectively had to re-learn how to use his legs. He was trained, in part, via the use of virtual reality avatars and video game characters.
The results speak for themselves, although a full cure for paralysis is still a long way off, you have to feel that it just got a little bit closer to becoming a reality.
One of the researchers, Dr. An Do, told BBC News, "We showed that you can restore intuitive, brain-controlled walking after a complete spinal cord injury. (...) This non-invasive system for leg muscle stimulation is a promising method and is an advance of our current brain-controlled systems that use virtual reality or a robotic exoskeleton."
Although the results of this test are highly encouraging, experts have been quick to point out that there are many hurdles yet to overcome, among them the issue of balance, which has yet to be addressed. The patient was strapped into a harness for the experiment, something that would not be possible anywhere other than a home or hospital environment.
Nevertheless, this is still a hugely encouraging step and the success of this test will hopefully serve as a ray of hope for many people suffering paralysis.
According to the Journal Neuroengineering and Rehabilitation, the subject, a male suffering from total paralysis of the legs for five years, was able to walk just under four metres with support.
The system used in this breakthrough was developed in the US by researchers from The University of California, Irvine. The test subject had suffered a severe spinal cord injury, which disrupts the link between the brain and the leg muscles. Essentially, this means that the brain can still generate signals to the legs and that the legs are still fully capable of receiving them, but the spinal cord is incapable of relaying the messages between the two.
What the researchers were able to do was use an electroencephalogram cap to read the activity in the manâs brain; a computer then interpreted his brainwaves and electrodes, placed at strategic points along the manâs legs, were then used to stimulate the leg muscles whenever he thought about walking.
It took a lot of gruelling training on the part of the patient, who effectively had to re-learn how to use his legs. He was trained, in part, via the use of virtual reality avatars and video game characters.
The results speak for themselves, although a full cure for paralysis is still a long way off, you have to feel that it just got a little bit closer to becoming a reality.
One of the researchers, Dr. An Do, told BBC News, "We showed that you can restore intuitive, brain-controlled walking after a complete spinal cord injury. (...) This non-invasive system for leg muscle stimulation is a promising method and is an advance of our current brain-controlled systems that use virtual reality or a robotic exoskeleton."
Although the results of this test are highly encouraging, experts have been quick to point out that there are many hurdles yet to overcome, among them the issue of balance, which has yet to be addressed. The patient was strapped into a harness for the experiment, something that would not be possible anywhere other than a home or hospital environment.
Nevertheless, this is still a hugely encouraging step and the success of this test will hopefully serve as a ray of hope for many people suffering paralysis.
Monday, 9 November 2015
President Obama Signs Up For Supercomputer
US President Barack Obama has signed an executive order that calls for the creation of the worldâs fastest computer by 2025.
The order calls for the new supercomputer to be 20 times quicker than the current worldâs fastest, which is in China. The Chinese supercomputer, known as Tianhe-2 is capable of performing quadrillions of calculations per second, and is almost twice as fast as its closest rival, which was developed in America.
In addition to being able to make one quintillion (that is a billion billion, in case you wondered) calculations per second, this new supercomputer would be capable of running intricately complex simulations as an aid to scientific research.
Some practical applications could include improved methods of cancer diagnosis (based on X-Ray analysis), increased accuracy of weather forecasts and the eventual elimination of the costly wind tunnel testing used by NASA (due to the computerâs ability to accurately design more streamlined aircraft).
Experts have also suggested that the computer could be used to tailor personal medications to the physiologies of individual medical patients, something that would greatly improve the effectiveness of any prescription drug. It has even been put forward that this new computer could be used to create very accurate climate models, with a view towards analysing current trends and anticipating the resultant changes in climate.
Critics of the decision have suggested that, in addition to being very ambitious, the electricity required by this project will cost at least £60Million a year.
The outgoing President, who has served two terms in office since first being elected in 2009, has always been a strong supporter of technological innovation within the US. In his 2006 book The Audacity of Hope, the then-Senator from Illinois discussed a trip to Googleâs headquarters in Silicon Valley, California, in which his fascination with computers and information technology was made abundantly clear.
âLarry (Page - Co-Founder of Google) asked the young Indian American engineer who was working nearby to explain what we were looking at. âThese lights represent all the searches that are going on right now,â the engineer said. âEach color is a different language. If you move the toggle this wayâ â" he caused the screen to alter â" âyou can see the traffic patterns of the entire Internet systemâ. The image was mesmerizing, more organic than mechanical, as if I were glimpsing the early stages of some accelerating evolutionary process, in which all the boundaries between men â" nationality, race, religion, wealth â" were rendered invisible and irrelevant, so that the physicist in Cambridge, the bond trader in Tokyo, the student in a remote Indian village and the manager of a Mexico City department store were drawn into a single, constant, thrumming conversation, time and space giving way to a world spun entirely of lightâ
 But donât get too excited, because even if all goes according to plan, this incredible feat of technology will still take at least a decade to design and build.
The order calls for the new supercomputer to be 20 times quicker than the current worldâs fastest, which is in China. The Chinese supercomputer, known as Tianhe-2 is capable of performing quadrillions of calculations per second, and is almost twice as fast as its closest rival, which was developed in America.
In addition to being able to make one quintillion (that is a billion billion, in case you wondered) calculations per second, this new supercomputer would be capable of running intricately complex simulations as an aid to scientific research.
Some practical applications could include improved methods of cancer diagnosis (based on X-Ray analysis), increased accuracy of weather forecasts and the eventual elimination of the costly wind tunnel testing used by NASA (due to the computerâs ability to accurately design more streamlined aircraft).
Experts have also suggested that the computer could be used to tailor personal medications to the physiologies of individual medical patients, something that would greatly improve the effectiveness of any prescription drug. It has even been put forward that this new computer could be used to create very accurate climate models, with a view towards analysing current trends and anticipating the resultant changes in climate.
Critics of the decision have suggested that, in addition to being very ambitious, the electricity required by this project will cost at least £60Million a year.
The outgoing President, who has served two terms in office since first being elected in 2009, has always been a strong supporter of technological innovation within the US. In his 2006 book The Audacity of Hope, the then-Senator from Illinois discussed a trip to Googleâs headquarters in Silicon Valley, California, in which his fascination with computers and information technology was made abundantly clear.
âLarry (Page - Co-Founder of Google) asked the young Indian American engineer who was working nearby to explain what we were looking at. âThese lights represent all the searches that are going on right now,â the engineer said. âEach color is a different language. If you move the toggle this wayâ â" he caused the screen to alter â" âyou can see the traffic patterns of the entire Internet systemâ. The image was mesmerizing, more organic than mechanical, as if I were glimpsing the early stages of some accelerating evolutionary process, in which all the boundaries between men â" nationality, race, religion, wealth â" were rendered invisible and irrelevant, so that the physicist in Cambridge, the bond trader in Tokyo, the student in a remote Indian village and the manager of a Mexico City department store were drawn into a single, constant, thrumming conversation, time and space giving way to a world spun entirely of lightâ
 But donât get too excited, because even if all goes according to plan, this incredible feat of technology will still take at least a decade to design and build.
Sunday, 1 November 2015
Ancient Chinese Statue Contains Mummified Remains ...And Those Remains Contain Fascinating Artefacts.
A 1,000 year-old Chinese statue of the Buddha, which contains the mummified remains of a long-dead Buddhist master, has been scanned to reveal hidden artefacts that were tucked inside the body centuries ago.
The statue was scanned prior to being exhibited in the Netherlands as part of an exhibition of mummies, receiving multiple CT scans, DNA testing and an endoscopy, some of which revealed a few unlikely surprises hidden within the corpse.
The team that scanned the remains included Buddhism art and culture expert Erik Bruijin, gastrointestinal and liver specialist Raynald Vermeijden and radiologist Ben Heggelman, all of whom were fascinated to discover the presence of an unidentified material (in place of the internal organs) within the abdominal cavity, this material was joined by mysterious scraps of paper with Chinese writing upon them.
The body is known to be that of a Buddhist monk named Liuquin, a follower of the Chinese Meditation School who died around the year 1100.
Experts have suggested that the mummy of Liuquin may be a case of self-mummification, a slow (and presumably rather painful) exercise that included starvation, poisoning oneself and ingesting materials designed to aid in the preservation of the body after death.
One ancient Japanese method of self-mummification known to historians would entail a 1,000 day diet of nothing more than nuts, seeds and water, this was then followed by another 1,000 days of eating nothing but roots and pine bark and drinking a special tea made from the sap of a Chinese lacquer tree. The tea was toxic, but it apparently repelled maggots and destructive bacteria, thus aiding the preservation process. At the culmination of this severe diet, the monk would be sealed in a stone tomb and effectively buried alive.
1000 days after the monk had passed on, the tomb was then opened and if the had been preserved, he would become a venerated temple relic.
Those that had decomposed simply remained sealed in the tomb.
It is likely that master Liuquin preserved himself using similar methods.
Although this may sound unfathomably grisly to modern ears, it should be kept in mind that, to the practitioner, such an action was likely considered to be among the highest level of meditation and the monkâs colleagues may well have viewed his statue as a sort of âliving Buddhaâ for a great many years.
At present, Liuquin will be on display in the Budapest Museum of Natural History, but there are plans to send him over to Luxemburg in the summer.
This mummy-housing statue is the only one of its kind ever discovered. The piece offers scientists, theologians and historians a privileged insight into the spiritual practices of the supremely dedicated Chinese monks that lived and died a thousand years before us.
The statue was scanned prior to being exhibited in the Netherlands as part of an exhibition of mummies, receiving multiple CT scans, DNA testing and an endoscopy, some of which revealed a few unlikely surprises hidden within the corpse.
The team that scanned the remains included Buddhism art and culture expert Erik Bruijin, gastrointestinal and liver specialist Raynald Vermeijden and radiologist Ben Heggelman, all of whom were fascinated to discover the presence of an unidentified material (in place of the internal organs) within the abdominal cavity, this material was joined by mysterious scraps of paper with Chinese writing upon them.
The body is known to be that of a Buddhist monk named Liuquin, a follower of the Chinese Meditation School who died around the year 1100.
Experts have suggested that the mummy of Liuquin may be a case of self-mummification, a slow (and presumably rather painful) exercise that included starvation, poisoning oneself and ingesting materials designed to aid in the preservation of the body after death.
One ancient Japanese method of self-mummification known to historians would entail a 1,000 day diet of nothing more than nuts, seeds and water, this was then followed by another 1,000 days of eating nothing but roots and pine bark and drinking a special tea made from the sap of a Chinese lacquer tree. The tea was toxic, but it apparently repelled maggots and destructive bacteria, thus aiding the preservation process. At the culmination of this severe diet, the monk would be sealed in a stone tomb and effectively buried alive.
1000 days after the monk had passed on, the tomb was then opened and if the had been preserved, he would become a venerated temple relic.
Those that had decomposed simply remained sealed in the tomb.
It is likely that master Liuquin preserved himself using similar methods.
Although this may sound unfathomably grisly to modern ears, it should be kept in mind that, to the practitioner, such an action was likely considered to be among the highest level of meditation and the monkâs colleagues may well have viewed his statue as a sort of âliving Buddhaâ for a great many years.
At present, Liuquin will be on display in the Budapest Museum of Natural History, but there are plans to send him over to Luxemburg in the summer.
This mummy-housing statue is the only one of its kind ever discovered. The piece offers scientists, theologians and historians a privileged insight into the spiritual practices of the supremely dedicated Chinese monks that lived and died a thousand years before us.
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