It took Brent Musser two years to build! and with an old Chevy engine, it boasts upwards of 350hp… Oddly enough, there’s a lot of these monster buggies out there!.. Well, a lot more than you would expect anyway. It took a bit of digging on YouTube to find the actual Musser’s model:
It’s double or nothing for Christopher Nolan… Well quadruple or nothing I suppose. After rebooting and refurbishing the Batman movie franchise, hitting a homer with all three at bats, Nolan has taken on Superman.
Given the fanboyism that comes with anything of comic origin and the inconsistent level of quality fans have had to endure with the superhero film genre in recent years, Nolan’s success with all three Dark Knights has always felt to me to be extremely fortunate… Can he capture that magic a fourth time with The Man of Steel?
Sure, why not? It won’t be easy though. Here, Nolan discusses with Clevver Movies why creating a Superman flick is more challenging than the Batman instalments:
There’s really no breath of fresh air fresher than when someone answers a question you never even thought to ask. That’s what Robert T. Gonzalez from io9 did when he asked
Why do mirrors reverse left and right, but not top and bottom?
check it below or see the original here:
Position yourself in front of a mirror and you’ll notice it immediately. The text on your sweatshirt is reversed. The part in your hair has switched to the other side of your reflection’s head. The mole on your left ear stares back at you from your mirror image’s right earlobe. Before you stands a bauplan reversed; what was once left is now right, and vice versa. And yet, up remains up and down is still down — as though the mirror knows to switch left and right, but not top and bottom.
This, of course, is not the case. The mirror doesn’t “know” anything about your position; it simply reflects the light that hits it, doing so as objectively as any inanimate object knows how. Why, then, when that reflected light reaches the photoreceptors in your eyes, has your mirror image been reversed from left-to-right?
The short answer is that it hasn’t. In fact, the question of what makes the horizontal axis so special in the context of mirrors is itself flawed. That’s because a mirror does not reverse images left-to-right or top-to-bottom, but from front-to-back. In other words, your mirror image hasn’t been swapped, but inverted along a third dimension, like a glove being turned inside out.
Here’s a thought experiment to help illustrate the concept of front-to-back reversal. Assume, for a second, that you are capable of squeezing your body perfectly flat. Imagine, also, that your body is able to pass through itself, without damaging any of its various tissues. When you stand with the tip of your nose pressed gently against a mirror, it’s easy to assume that the image you see looking back at you is the result of non-mirror you turning in-place 180 degrees and stepping backwards, through the mirror, into mirror-land. This is not the case.
In actuality, the back half of non-mirror you has been pressed flat in the direction of the mirror. As your form began to pancake, the front half of your body (that is, all parts of your body situated behind the tip of your nose, but still in front of the back half of your body), the back half of your body and the tip of your nose all came to reside within the same plane (i.e., the plane occupied by the mirror). But then your back half kept pushing, continuing on its journey through the plane of the mirror and passing right through your body’s front half before re-acquiring its “normal” shape on the other side of the mirror (probably with a satisfying *POP* sound). This new, inverted you is symmetrical to you, but your two bodies cannot be superimposed. In chemistry, such entities are said to be “chiral.”
Here’s another way to think of it, widely popularized by physicist Richard Feynman (see the interview response featured here). Stand in front of a mirror, and note which direction you’re facing. For the sake of this thought experiment, let’s assume you’re facing North. Point due East with your right hand, and your reflection points East as well. Point due west with your left hand, and your reflection gestures in the same direction. That’s because these directions both lie along a plane parallel with the mirror. Similarly, point up or down and your reflection will follow suit, motioning in the same direction.
But deviate from that parallel plane even a little and thinks go wonky. Remember: your image has been reversed along the axis perpendicular to the mirror. Try pointing directly at the mirror, such that your fingertip is now directed due North. Your reflection is now pointing directly at you — not North, like your finger, but South.
On this day in 1916 the Mad Monk himself, the ultimate Russian lady killer Grigory Efimovich Rasputin was murdered. Typically, right around here, would dive in to a dry and vaguely engaging history of Rasputin, but instead let’s keep things a little more relaxed… This is especially hard for me because I love Rasputin.
Nevertheless, let us indulge on this the awkward weekend between Christmas and New Years, and on this the anniversary of the death of a very hairy and presumably stinky faith healing hobo called G.E. Rasputin, with the soothing sounds of Boney M:
SIDE NOTE: This is apparently also an early example of green-screening… Clearly still a work in progress:
One of my favourite parts of the end of the calendar year are the many lists that everyone and their grandma seems to produce… As it turns out, this is something a lot of people hate about the new year… Nevertheless, here’s more!
From Mashable, here’s a list of scientific dreams that came true in 2012:
The term “cyborg” was coined in 1960 by Manfred E. Clynes and Nathan S. Kline, in an article they wrote for the journal Astronautics. Since then bionic limbs have been a trope in many pieces of fiction -– The Six Million Dollar Man of the 1970s, the Borg of the Star Trek franchise, and even Darth Vader. In 2012 for the first time, a paralyzed woman was able to control a robotic limb and feed herself directly with her brain. Continuing work with primates demonstrated that it’s possible to make the brain-computer interface efficient enough to design more realistic movement into the limbs. The bionic limbs so far don’t look anything like their fictional counterparts, as they are still connected via external electrodes to the skull. But that dream seems to be a lot closer than it was even a decade ago.
Quantum Teleportation and Communication
While it’s not possible — yet — to “beam” an object around as in Star Trek, new records for zapping photons instantly from one place to another were set this year. Quantum teleportation has been done in the lab for some time, but the distances were on the order of a few yards. In 2012 the new record was 89 miles. In addition to teleporting, scientists built the first quantum Internet. It’s only a beginning, but teleporting photons for miles would enable communications that can’t be hacked or eavesdropped.
Genetic Disease Prevented
Genetic engineering for “better” humans is a theme that’s appeared repeatedly ever since Aldous Huxley’s Brave New World in 1931 — although at that point nobody knew what DNA really was. Later, films such as Gattaca and novels such as Beggars in Spain explore the implications of widely available genetic alterations. In 2012, we saw a proof-of-concept for mitochondrial diseases. About one in 200 people are born with a disorder of the mitochondria, the energy factories of cells. For the first time scientists were able to transfer the nuclear DNA of one human egg cell to another. Two groups independently found a way to transplant nuclei between human egg cells, leaving behind the mitochondrial DNA, which is passed from mother to child. The finding means that mitochondrial disorders could be cured before a child is born. Such techniques won’t cure something like Down’s syndrome, which involved nuclear DNA. But it shows that some manipulation of the human genome is not only possible, but happening.
The Universal Translator
Most of the time when intrepid explorers in fiction meet aliens, they always seem to speak perfect English. Doctor Who’s TARDIS generates a field that allows travelers to be understood, while the crew of the Enterprise never seem to need a dictionary. Kim Stanley Robonson’s Mars trilogy features one, but he didn’t think it would appear until late in the 21st century (the novels were written in the 1990s). While they won’t let you talk to aliens, in the last year several speech-to-speech translators have managed to reach real consumer devices — and even one type that uses your own voice. Most of the apps require an internet connection, though some, such as Jibbigo, can store their dictionaries locally. (If they ever add Klingon I’m taking it to the next ComicCon).
Head-mounted Computer Glasses
Readers of Charles Stross’ novel Accelerando would have eagerly anticipated Google Glasses — the Internet giant’s foray into augmented reality. In the novel, “venture altruist” Manfred Macx carries his data and his memories in a pair of glasses connected to the Internet. Google Glasses allow the wearer to access data, the Internet and capture life via a head-mounted digital camera. Memories will have to wait.
Private Space Flight
In many science fiction stories, space travel is private. In Ridley’s Scott latest movie, Prometheus, the Weyland Corporation funds an expedition to follow a star map to the distant moon LV-223. In real life, Elon Musk’s SpaceX launched the first of a dozen planned missions to the International Space Station. The Dragon capsule is designed to resupply the ISS, but Musk, who made his fortune as founder of PayPal, has bigger plans: a colony on Mars. Is 2013 going to be the year human spaceflight becomes an enterprise like railroads? We won’t know that for a while, but SpaceX is a heck of a start.
NASA scientists were sure to minimize any chances of a collision with Santa on Christmas night, and successfully launched its newest telescope from the National Science Foundation’s Long Duration Balloon (LDB) facility in Antarctica? The über sensitive telescope called BLAST, short for the Balloon-borne Large-Aperture Submillimeter Telescope, measures submillimeter light waves from stellar nurseries in our Milky Way and will do so for the next 12 to 14 days…