Author: storiesbywilliams

Matt Williams is a professional writer, science fiction author, and science communicator who currently writes for Universe Today, Interesting Engineering, Stardom Space, and Stellar Amenities. He is also the Director of Media Communications for Mars City Design and a member of Enterprise in Space and Explore Mars. His novels, The Formist Series, are available at Amazon.com and through Castrum Press. He lives with his wife and family on Vancouver Island in beautiful British Columbia.

Big Bang Theory Flash Mob!

My thanks to Rami for bringing this one to my attention. Man, I can be so out of it when it comes to pop culture sometimes! But I think you’ll agree, this is not something any fan of Big Bang Theory, or flash mobs for that matter, could afford to miss. Downright awesome in terms of its sheer suddeness, choreography and presentation. One has to wonder how you organize something like this considering all the people and coordinating dancing involved.

Be sure to watch to the end too. Not only do they cover many different songs, but the finish caps it off with hilarity! And the cast themselves, they got some sweet-ass dance moves. Mainly I just watching Penny – God, is she hot! – but Howard, Raj, Leonard and Bernadette bust a few too. Man, that’s a good show. Enjoy the clip!

Star Wars News!

Big news from a Galaxy far, far away… Sorry, couldn’t resist! There has been some new industry buzz regarding the upcoming relaunch of the Star Wars franchise of late. Ever since the media giant bought out Lucasfilm from Mr. Lucas himself, there has been plenty of speculation about what the focus of the new trilogy will be. According to Marketsaw, an entertainment and movie blog, the primary focus will be none other than Luke Skywalker himself.

Apparently, the source of this news is an industry insider who reported earlier this year that there would be an episode 7, 8, and 9, so fandom is treating this rumor as canon! Though Luke would be the main focus, they claim the rest of the original cast will also play a prominent role. As such, we can expect that Disney will be veering away from prequels and will be either taking the Thrawn Trilogy approach, or just picking up the story where it left off after Return of the Jedi.

What’s more, the age of the original actors was acknowledged as a bit of a hurdle, but the studio still seems committed to working with them. So perhaps a sequel that takes place many years later would be more the goal here. Or, as the source put it: “The main problem was the age of the cast, and the tone of the story. Now I do believe that Walt Disney intend on playing to the cultural significance of that original trilogy. You will see a tone more in line with the original trilogy, and specifically featuring that cast, if everything shakes out as intended. Which it will, I promise you.”

Promise, eh? Wow, that’s a bold statement!

Also of interest was the role that Lucas himself would be taking in the new trilogy. According to the source, the Disney made this decision after they “realized that George Lucas and STAR WARS are one and the same, so George will certainly have a voice on any angle taken, in fact I believe it’s one of many stipulations. However he will no longer have creative control, and as I said before George was already looking at other creative talents to bring his canon to life…”

Interesting. The source went on to say that the new movies were being “rewritten from previously secret drafts from way back during the making of the original trilogy.”

Well… this sounds like good news! In short, the new movies will feature the original cast and will be trying to strike a tone similar to the original trilogy. What’s more, while Lucas would have input and they would be working from his original notes, he would be relying on others to help bring his vision to life. If I recall correctly, it was this combination which made the original trilogy so enduringly awesome, and Lucas’ straying from it which made the prequels suck!

So really… score!

And that’s not all. The source also gave some information as to who would be starring in the new movie and who would be attached to direct. Apparently, many of the original actors have already been approached, and Mark Hamil is said to be “a certainty”. In terms of directors, the studio is apparently considering Steven Speilberg, Neil Blomkamp (District 9, Elysium), Alfonso Cuarón (Children of Men, Gravity), Matthew Vaughn (Kick Ass, First Class), Darren Arnofsky (The Fountain, Noah) and Joss Whedon (Buffy, Firefly, Serenity, Avengers). Personally, I don’t know who would be best suited, as every name in this dossier seems like a winner!

All I can say is, this is exciting news indeed. A new dawning for the Star Wars franchise, with plans to make not just one, but a series of trilogies that turn the story into a multi-generational saga – which is apparently what Lucas originally hoped for. And since the studio is planning on mounting a very aggressive marketing strategy – a la Harry Potter- we can expect to be hearing plenty more before the first movie is set to air in 2015.

And may the Force be with us! Again, sorry!

Game Of Thrones Seinfield Parody

Came across this little gem yesterday while looking into news about GOT Season 3. Rebranding shows as sitcoms seems to be all the rage these days, and GOT is hardly immune. Remember the trailer for Season 2 that pitched the show as a romantic comedy? Wasn’t that just totally boss! Of course, ever since seeing it I periodically get the tune of “Call Me Maybe” stuck in my head, which suuuucks! After this one, I think I might find myself humming the theme for Seinfeld on and off too. Enjoy!

Animation of Curiosity’s 1st “Touch and Go” Maneuver

In the days leading up to Thanksgiving in the US, Curiosity performed her first “touch and do” maneuver. This was the process whereby the rover drove up to and inspected an interesting looking rock using the Alpha Particle X-Ray Spectrometer (APXS) on its arm, then moved onto the next point of interest on the same day.

This latest maneuver now puts Curiosity inside the ‘Glenelg’ geologic formation. The NASA science team selected this as the first major science destination because it lies at the intersection of three diverse types of geological areas that will help unlock the secrets of Mars’ ancient watery history and evolution to modern times.

What makes this historic is that it is the first time the rover has conduct a touch and go maneuver on the same day. Ordinarily, the rover performs these duties separately. According to Curiosity Mission Manager Michael Watkins (of NASA’s Jet Propulsion Laboratory in Pasadena, Calif), “[this] is a good sign that the rover team is getting comfortable with more complex operational planning, which will serve us well in the weeks ahead.”

In honor of this event, NASA scientists created a animation of the maneuver using the same software they do to plan the rover’s movements. Beginning with the examination it made using its arm sensor, the animation then shows (with painful accuracy) the rover making the 25.3 meter (83 foot) transit to its next location.

The Future is Here: The Health Monitoring Patch

In recent years, there have been quite a few exciting developments in the field of medicine, which have included such things as medical implants which can deliver drugs, and even tiny medimachines which can navigate the human bloodstream. But as it turns out, flexible skin-mounted electronic patches might also be the way of the future.

Much like a temporary tattoo, these devices will be slapped on a patient’s skin and be able to monitor their vitals and attend to their medical needs remotely, sending information to either a portable computer, server, or even their doctor’s office. Combined with a specialized implant that delivers drugs, we could be looking at a future where truly hands-free medical technology is available.

Such a concept was unveiled a little over a year ago at the University of Illinois, where researchers were working to develop what they called the “smart skin” patch. Paper thin, flexible, and virtually transparent, the device platform includes electronic components, medical diagnostics, communications, and human-machine interfacing on a patch so thin and durable it can be mounted to skin much like a temporary tattoo.

According to John A. Rogers, an engineering professor at Illinois University, his team “threw everything in our bag of tricks onto that platform”, including LEDs, transistors, wireless antennas, sensors, and conductive coils and solar cells, just to demonstrate that it could work. The current design features such as EEG and EMG sensors that track nerves and muscles, something that tends to be limited to a lab given the number of electrodes and wires involved. And the patch itself, mounted on a thin sheet of water-soluble plastic before being laminated to skin with water, can be applied not only like a temporary tattoo, but even on top of a temporary tattoo to help conceal it.

But the real accomplishment here, according to engineering professor Yonghang Huang, whose group was charged with mechanics and materials questions, is the blurring of electronics and biology. “All established forms of electronics are hard, rigid,” he said. “Biology is soft, elastic. It’s two different worlds. This is a way to truly integrate them.” The next step for Rogers and his team is commercialization, which they are already trying to do through his own device company, mc10. The researchers hope to soon add Wi-Fi capability in subsequent models, giving it the ability to communicate with remote servers and computers.

Naturally, the issue of privacy is a concern. If a patient’s medical information is being broadcast by a remote device, will it therefore be obtainable by hackers or third parties who might be interested? And if your medical information is being broadcast directly to a doctor’s office, might this be a potential basis for “Big Brother” bio-monitoring. But like with all medical technology, these devices won’t be available to patients without prior consent, in an attempt to ensure patient rights.

And for people who are suffering from life-threatening or degenerative conditions, it could mean the difference between life and death. Just think of it, terminally-ill patients, seniors or individuals with severe allergies are given this patch. The moment they begin to have a reaction, heart attack, or some other brush with death, EMT’s are notified without the need for calling 911.

But of course, the technology is still in it’s infancy and we can expect any such issues to be debated as it nears completion. In the meantime, it is exciting news just to see how far and fast the field of biotechnology has come in recent years!

Source: news.cnet.com

Game of Thrones Season 3 Teaser Trailer

HBO has just released its first teaser trailer for the upcoming season of GOT Season 3. And I do mean a teaser, seeing as how the video is only fifteen lousy seconds of voice over and not a single shot of footage! Damn cable networks, always messing with our heads. And while we’re on the subject, why do they take so long to produce new seasons of our favorite shows? One would think they had to deal with more constrictive budgets, bigger and tougher production schedules, and more complex story lines. Oh wait… they do. Never mind!

Anyway, according to the video, Season 3 will be premiering in March 31st of 2013. And though there is not a great deal of footage from the new season forthcoming, there have been plenty of news releases regarding casting, filming locations, and other production details. For example, filming wrapped up just four days ago in Iceland, one of the prime locations for season 3 since much of the story takes place in the North, in and around “The Wall”. Other shoots were located in Northern Ireland, setting for the North, Croatia, which provided the scenery for Kings Landing, and Morocco, which acts as the setting for the East and the great cities of Slaver’s Bay.

The following new cast members have also been announced:

  • Kristofer Hivju as Tormund Giantsbane, a Wildling raider
  • Thomas Sangster as Jojen Reed and Ellie Kendrick as Meera Reed, two young Crannogman siblings, children of Howland Reed, a Stark bannerman
  • Tobias Menzies as Edmure Tully, Catelyn Stark’s brother
  • Clive Russell as Brynden Tully, the “Blackfish”, Catelyn’s uncle
  • Tara Fitzgerald as Selyse (Florent) Baratheon, Stannis Baratheon’s wife (the character, played by an unnamed extra, briefly appeared in the second season’s episode “The North Remembers”)
  • Kerry Ingram as Shireen Baratheon, their daughter
  • Diana Rigg as Olenna (Redwyne) Tyrell, the “Queen of Thorns”, Margaery and Loras Tyrell’s grandmother
  • Richard Dormer as Beric Dondarrion, the leader of the “Brotherhood Without Banners” (the character, played by David Michael Scott, briefly appeared in the first season’s episode “A Golden Crown”)
  • Paul Kaye as Thoros of Myr, a red priest with the Brotherhood
  • Philip McGinley as Anguy, an archer with the Brotherhood
  • Mackenzie Crook as Orell Skinchanger, a Wildling
  • Nathalie Emmanuel as Missandei, a Naathi servant of Daenerys Targaryen
  • Anton Lesser as Qyburn, a former maester of the Citadel
  • Iwan Rheon as “Boy”
  • Ciarán Hinds as Mance Rayder, the Wildling “King-Beyond-The-Wall”. Dominic West was offered the part of Mance Rayder, but turned it down.
  • Ed Skrein as Daario Naharis, a Tyroshi mercenary captain
  • Jacob Anderson as Grey Worm, a eunuch soldier, captain of the ‘Unsullied’
  • Dan Hildebrand as Kraznys mo Naklaz, a wealthy slaver of the Ghiscari city of Astapor.
  • Ramon Tikaram as Prendahl ze Ghezn, a captain of a notorious company of sellswords known as the ‘Stormcrows’

Other new characters will include Vargo Hoat, the leader of the mercenary group “Bloody Mummers”. The musicians Will Champion of Coldplay and Gary Lightbody of Snow Patrol will make cameo appearances.

And of course, there were plenty of picture leaked, released, and phoned in from the sets. A simple Google search will turn up thousands, I’m sure. In the meantime, watch the trailer and be prepared for more to follow as we near the launch date of GOT Season 3!

The End of HIV?

Since it was first observed clinically in 1981, HIV and AIDS have come to be viewed as one of the most deadly and infectious diseases in history, exceeded only by the Bubonic Plague and Smallpox. As of 2010, it was estimated that roughly 34 million people were living with HIV/AIDS, an increase of close to three million from the previous year. And although accurate statistics are sometimes difficult to come by, due to the fact that motrality rates are especially high in underdeveloped regions of sub-Saharan Africa, it is widely believed that anywhere from 1.5 to 2 million people die every year as a result of the disease.

However, researchers at Caltech have been working on a potential solution which may eventually lead to the development of an HIV vaccine. In recent years, biologists have identified a strain of antibodies that are capable of neutralizing most strains of HIV. Led by Nobel Laureate David Baltimore, the Caltech research team is experimenting with introducing these antibodies into test subjects (lab mice) to see if it would act as an effective barrier to infection.

The approach, known as Vectored ImmunoProphylaxis (VIP), is essentially an inversion of the traditional vaccination method. Previously, researchers would focus on designing substances that activate the immune system so as to block infection via antibodies or attack infected cells via T cells. The VIP approach differs in that it provides protective antibodies from the start, thereby ensuring that the HIV virus is killed before it can develop into AIDS, and providing a respite for the immune system which is usually called on to do the work.

And so far, the results have been encouraging. After introducing the antibodies into a series of lab mice, the researchers found that the mice were then able to generate a high concentration of the antibodies throughout their circulatory systems. When they then proceeded to introduce the HIV virus intravenously to the mice, the antibodies protected them from infection.

Naturally, there were concerns going in that human bodies might not react in the same way as the mices’, either in terms of their production of the antibodies or their resistance to infection. However, Baltimore and his team were sure to use mice which have been known to be more susceptible to the HIV virus than others, and administered doses of the virus that were well in excess of what would be needed to lead to infection. In the end, they introduced the mice to 125 nanograms of the virus, 100 times what would be required to cause infection, and yet still the mice were protected.

For those living with HIV, this is exciting news! Though it does not represent a cure for those already carrying the infection, it does mean that future generations can live without fear of the contracting the terrible disease. What’s more, those who have it will no longer have to fear passing it on, either through sexual intercourse to their partner, or through pregnancy to their children. Yes, with continued testing and some eventual human trials, HIV may very well come to share the same fate as Polio, Tetanus amd Typhoid, diseases which were once considered terribly infectious, fatal, and untreatable.

Source: news.cnet.com

“A Day Made of Glass”: The Future of Touchscreens

Earlier this week, I came across some interesting news regarding the creation of flexible, paper-thin displays. Known as AMOLED technology, companies like Samsung, Sony, Nokia, and other communication giants were all working towards the development of digital devices that would be controlled through manipulation and not touch. In addition, they would thinner and lighter than any and all previous digital devices, and virtually immune to destruction.

Well it seems that touch screens are not to be outdone yet. In the midst of all the fanfare about the future of communications and information technology, a company by the name of Corning had its own vision of things to come. In their world, display screens can and will be built into panes of what they call “Gorilla Glass”. These panes could be the screen on your next smartphone, or the window in your bathroom, the panels in your car, on a wall in the street, or the basis of portable computing.

Just imagine, information kiosks on the street made out of large panels of illuminated glass, tablets that are less than a centimeter thick and completely transparent, and a handheld mirror that can also receive text messages, email and incoming calls. Much like flexible displays, this sounds like something out of a truly awesome science fiction novel, or a somewhat awesome Hollywood approximation thereof.

For some time, speculative writers have predicted that the future of computing will lie in “smart surfaces” and “smart materials” that are composed of computers and displays so tiny, that any flat surface can be made into a dynamic display device or interface. Once again, it seems that reality is catching up to fiction, and not a moment too soon either! I don’t know about you, but it’s nice to learn about technological innovation that doesn’t evoke feelings of dystopia or apocalypticism.

Check out the video below to see what Corning has in mind and how they will likely effect future generations and how they interact with their everyday environment:

China’s First Aircraft Carrier Landing

China has been featured quite a bit in the news lately due to the rapid pace of its industrial, urban and technological development. However, one area which has not ceased to garner attention has been the parallel growth in its military industries. Whether it is the development of digital soldiers, stealth fighters, or naval vessels, any movement in these areas is bound to make analysts and defense planners in the West nervous.

For example, last year China finished the aircraft carrier which it had purchased fourteen years ago from the Ukraine, an aged Soviet-era vessel that they renamed the Liaoning. However, as Wired magazine columnist David Axe reported, the carrier was “a piece of junk”, and therefore not worth stressing over. Thought its engines were running and it was outfitted with the latest in anti-aircraft artillery, it was still an old model that was not up to the latest western standards.

But just two days ago, China managed to make its first aircraft carrier-based landing, a move which demonstrates that not only is the carrier sea worthy, but capable of deploying combat-ready planes into the Pacific. After deploying from its naval base in Northern China, the Liaoning began conducting take-off and landing drills using a J-15 fighter, a Chinese variant on the Russian SU-33 Flanker D. After performing a successful takeoff from the carrier, the fighter managed to circle back and perform a perfect landing. This was part of a series of exercises designed to test the aircraft carrier’s capabilities as part of China’s ongoing efforts to enhance their navy and “protect national sovereignty” at sea.

Naturally, the news has some people worried, as this development comes at a time when China is engaged in some territorial disputes with Japan over control of several islands in the East China Sea. What’s more, the Liaoning’s deployment took place amidst rumors that China is in the process of building its own carriers, which are expected to be ready by 2015. However, given the fact that the US still boasts a technological and numerical edge, and China is still several years away from deploying a fully combat-effective aircraft carrier the Pacific, few people are genuinely frightened.

In the end, all sides agree that this is a largely symbolic achievement on China’s part, and an indication that it is joining the ranks of global powerhouses in more ways than one.

Source: Huffington Post