Since the first announcement of the Mars One program, people have either picked up the story and hailed it with headlines trumpeting our colonization of the red planet or they’ve been standing there with confused looks slapped on their faces. Media outlets have just accepted that Mars One is taking us to Mars and we should all be excited.
Now the curtain has been lifted on Mars One…
By an actual finalist who’s basically packed his bags and walked away from it all.
Joseph Roche, one of the final candidates for the one-way trip to Mars, has walked away from the program recently and is revealing everything that he’s experienced during his time with Mars One.
Originally media and Mars One reported that 300,000 potential one-way ticket holders had applied.
Roche claims it’s less than 3,000 applicants.
Mars One boasted of the lengthy interview process.
Roche says it came down to a 10 minute Skype interview.
Mars One claims that there are billions behind this whole program.
Roche revealed that applicants contribute financially by spending money on Mars One merchandise to earn points.
Mars One’s selection process sounds more like a cross between filling out a Jelly of the Month Club application, joining Amway and learning that QVC is going to launch one in every ten callers to the moon if they also purchase the bonus steel cutlery set.
Roche’s revelations came about because he’s worried just how badly this entire “program” could affect the popularity that space exploration is currently enjoying:
“My nightmare about it is that people continue to support it and give it money and attention, and it then gets to the point where it inevitably falls on its face. If, as a result, people lose faith in NASA and possibly even in scientists, then that’s the polar opposite of what I’m about. If I was somehow linked to something that could do damage to the public perception of science, that is my nightmare scenario.”
In response to Roche’s claims and the interviewer, Elmo Keep, the man behind Mars One, Bas Lansdorp responded to the allegations that Mars One is quickly falling apart:
So what is actually happening at Mars One? Who knows. But even with the two year delay Lansdorp announced? The first Mars One unmanned mission is only five years away.
In 12 years we’re either going to look back and laugh at Mars One…
Or we’re going to be crossing our fingers and holding our breath when those first four astronauts are sitting in a rocket aimed at the sky.
The jury’s out on what’s causing the sound (which is far, far below the level of human hearing) and a whole lot of theories are being tossed around about it. Everything from magnetic fields to ionization of particles shearing themselves from the traveling comet is suspect at this point.
“This is exciting because it is completely new to us. We did not expect this and we are still working to understand the physics of what is happening.” – RPC principal investigator Karl-Heinz Glaßmeier
Until there’s an answer, which probably won’t be soon because space is just weird, we’re going to assume that the comet is either harboring a Predator who’s looking for payback, the mobile rehearsal space for a marimba-playing Cantina Band member or that we’ve discovered the dial-up connection for an alien race.
Using nanotubes, British scientists have created a material called VantaBlack that acts like a bunch of very, very tiny blackhole when it comes to light.
The material is so black that our eyes can’t discern any type of edges or features an object covered in the material might have.
We’ll leave the explanation to the scientists in the above video.
To get a quick grasp of just how light-sucking and black this material is? Take a look at the piece of aluminum in the photo below. The black portion of the foil is just as crinkled as the silver portion. Think about that.
And then think about what you might cover in VantaBlack…
Or what a top-secret government agency might cover in VantaBlack…
Scientists have been trying to find the elusive combination of instructions that would cause stems cells to become an actual living thing.
That elusive secret just ran out of places to hide.
University researchers were able to cause cells to grow into an entire animal!
The result of all this is that there’s now a baby zebra fish embryo in the world that was created completely from stem cells by scientists at the University of Virginia School of Medicine.
Absorb that for a minute.
While this discovery is HUGE and of immeasurable value to the creation of organs for those who need them, there’ll probably be some backlash from torch bearers and wielders of pitchforks who want to march across the U of V campus lawn.
It sounds like something straight out of the past few decades of science fiction stories…
Especially when one of the scientists drops a line like:
“We have generated an animal by just instructing embryonic cells the right way…” and “…we can pretty much do what we want.”
Nope. We know what you’re wishing and your hopes are wrong. That’s not an old rice cake that someone dropped under the couch six months ago. It’s not a urinal cake either…because even that wouldn’t be as bad.
It’s exactly what your brain is screaming that it wasn’t right now…
That’s a block of cheese grown from…hold on to your lunch and put down anything you might be eating right now, kids…
Human toe cheese.
Not only did Christina Agapakis and Sissel Tolaas, who’re a part of an exhibit in Dublin called Grow Your Own…Life After Nature that is full of projects like this, create cheese wheels made from toe cheese. No. They swung for the wall by creating cheese wheels grown from other yummy ingredients like armpit sweat and bellybutton debris.
By scraping the bacteria from places that make every single one of cringe, they cultured that bacteria into cheese wheels that no one should ever, ever, EVER eat for fear of being that person for the rest of their lives.
But then again…if you served it to someone and they didn’t know what it was? Would that be a bad thing if they liked it?
3D printng is the ‘it’ thing right now. It seems like nothing can’t be printed. We can print plastic toys, metal parts and even cell tissues using additive manufacturing. So what’s next?
A Texas company is partnering with NASA to explore the idea of printing food during long, deep space missions. Systems and Materials Research and
Consultancy, a company in Austin, was recently awarded a Small Business Innovation Research Phase 1 contract concerning printing
food for astronauts. Currently astronauts eat foods that lose their micronutrients during the process they go through to become official space-food.
Eventually the prepackaged, off-the-shelf, single-servings the astronauts nom on now will make way for customizable recipes.
Anyone else excited to witness the first live-stream of a 3D-printed Thanksgiving dinner…in space? Us too.
Recently a group of Japanese scientists at the IEEE Virtual Reality Conference in Orlando, Florida have unveiled
the latest incarnation of…
(sad, loungy drumroll please)
That’s right. Scientists have been working hard at making your television smell.
Do we really need to smell the elephants of Africa while watching a beautiful documentary about the animals?
No. Not really.
But advertisers sure would like us to get a whiff of things like the latest addition to the IHOP menu, the latest
colognes and Pilsbury would take the obesity problems in America to a whole new level when that little chubby, animated
chef shows up shoving a tray full of warm, delicious chocolate chip cookies in our faces.
Using gel pellets placed at the four corners of the monitor and small air-streams, scientists are able to get fairly
specific across the face of the monitor where the smell will seem to emanate from. Think of it like 5.1 surround sound but
your nose is the one in the recliner experiencing it.
Modern day theme parks like Universal and Disney often use gel packs or cartridges to send the smell of candy, food or, in the case of Universal’s
Halloween Horror Nights, the smell of rotting meat to add a subtle something to guests’ in-park experience.
What was unveiled at the conference is still fairly primitive but technological developments will continue to improve and
pretty soon you could be smelling the oil and smoking metal of Call of Duty…
Or the sweet, acrid smell of a Well Zombie from the Walking Dead.
Researchers have found the tentacled god Cthulhu at last he shall walk the earth and consume us all. By earth we mean the gut of termites and by consume we mean engage in a symbiotic relationship. Oh, and this Cthulhu as described in the PLOS ONE paper is actually a microorganism. But he does have tentacles and is as scary as the deep dark hell from which he most certainly came from.
For a LOT of the more nerdy kids out there, we’re placing bets that many of you pretended you had the ability to throw fireballs, move objects by waving your hands and occasionally even tried in vain to channel the Force.
That was all fun, lots of pretending and wishful thinking…wasn’t it?
Not any more.
Thalmic Labs, the creators of Myo is a company that, with the help of a special armband, could make a lot of those things a reality.
‘As a company, we’re interested in how we can use technology to enhance our abilities as humans – in short, giving us superpowers,’ Stephen Lake, co-founder and CEO of Thalmic Labs said.
Using gesture control, Myo is an armband that registers the electrical activity in your muscle movements that will produce a signal that’s interpreted and sent wirelessly to your phone, television, kitchen or even your personal drone instantly.
At that price why waste time running around in a swamp with an 800 year-old, green, raisin-skinned, wizard clinging to your back and nagging at you or visiting some weird old desert hermit when you can just drop a little cash and skip the middleman?
Let’s just hope people remember to remove it when they’re doing…uh…private stuff involving a lot of gesturing.
We’re pretty sure that this thing can’t help us ‘unsee’ things yet.
Ever wonder what it looked like at the inception point of a thought? Like when your watching ‘fail videos’ online and you do that mental cringe at the exact moment that you’re watching someone sledding down a hill on an oil-pan and suddenly the shot pans far enough to see the gaggle of unattentive people about to meet said oil-pan driver?
Wonder no more!
Researchers in Japan have actually filmed that ‘Oh $#%*!’ moment…
In a zebrafish.
Watch the video. That sudden flash of light takes place the moment the fish noticed food being put into the tank. Zebrafish aren’t going to be taking over the world anytime soon with all of their incredible cerebral abilities, but that was the point of this…to record the inception of a thought in a more simple brain simply to see if it could be done.
A double-transgenic larva was embedded in agarose, and a spot was presented on an LCD display placed on the right-eye side. Ca2+ signals were detected on the left tectum upon appearance (ON) and disappearance (OFF) of the spot. The spot was shown for the first 3 s in this 6 s movie. The video is shown at 3x real time.
Experiments are expected to take place on more advanced brains way too soon.
We could sit around all day and come up with scenarios about this stunning breakthrough.
But if you were a zebrafish, we’d already know that.
Ever leave the house knowing you forgot…something?
We’re wondering what it was like when the guy who was supposed to file paperwork for 18 human heads for medical study realized that he’d forgotten to file paperwork for 18 human heads for medical study.
One week before Santa Claus was to descend on the world with a bag of awesomeness, 18 well-preserved human heads showed up at O’ Hare International Airport with no explanation….just a bunch of questions. It wasn’t until an employee from a crematorium came to pick up the heads that things became clear.
Tagged as ‘medical specimens’, the heads had originally shipped from the US to Rome for medical study and were coming back to the states to be cremated.
Brian Bell of the U.S. Department of Homeland Security stated:
“There’s no issue with the transportation of body parts for medical purposes. There’s nothing against the law that says you cannot ship them, provided you have the right documentation. Everybody here is ‘Oh my gosh, you got a box of heads’ and everybody thinks that it’s unheard of. It is a potentially legitimate medical shipment. We’ve seen it at various ports in the nation.”
You can leave all your ‘I’d-forget-my-head-if-it-wasn’t-attached jokes below.’
While everyone sits around and debates the cost of solar power and that anything that could effectively power your home right now would cost more than feeding your family for about a year, a teenager in Nepal has come up with a solution that NONE of us thought of…
Using human hair instead of silicon to generate electricity from our buddy, the sun.
Along with fellow students, this kid created a solar panel made using human hair that can generate enough electricity to charge a smartphone! It also brings the prices of this thing down to under $40.
Most people would be like, “Big whoop-de-doo. He can charge a phone.”
When you’re living in some of the less-developed parts of the world? The available wall-sockets are just a little…uh…limited.
Star Wars uses tractor beams as frequently as newly graduated college kids use U-Haul trailers.
Imagine if, just like in the movies, you could hook up those U-Hauls with a tractor beam instead of trying to get one of those ball-and-cup trailer hook-ups?
That day might not be as far away as it once was according to research at the Department of Physics and Centre for Soft Matter Research at New York University. Although it’s on a significantly smaller scale than trying to yank the Millenium Falcon into your garage using a flashlight, scientists have recently used a beam of light to pull a particle in a line. While researchers of the ideas surrounding what’s being called ‘soft matter’ have used laser ‘tweezers’ to pull along particles, using light alone to move something verged on magical.
By varying the relative phase of the two beams, this technique traps the particle in a moving hologram they call an ‘optical conveyor’ which allows ‘bi-directional transport in three dimensions’.
New Scientist explains how projecting the beams in this way creates a pattern of alternating bright and dark regions. By fine tuning the beam photons in the bright regions which flow past the chosen particle can be made to scatter backwards, hitting the particle and knocking it on towards the next bright region.
Watch the guy in the video explain it in an endearingly enthusiastic nerdy manner…and then explain what he’s talking about to us.
We’ve seen tissues and body parts grown in petri dishes before. Nothing new, right? Now we’ve seen a human being’s own body used as a petri dish to grow a body part for her own body!
Sherrie Walters, a woman from Baltimore, has become that human being/test subject for an extremely radical and extremely weird procedure. Plastic surgeon and reconstructive surgeon Patrick Byrne has been looking for someone like Sherri Walters for quite a while to basically test a theory he had.
The discovery of a rapidly-spreading basal cell cancer in her ear in 2008 required the removal of part of her ear, part of her skull and her left ear canal. But now, in a groundbreaking and complicated set of surgeries, Johns Hopkins doctors have attached a new ear made from Walters’ own tissue.
Byrne used cartilage from Walters’ ribs to stitch together a new ear matching her right ear. He then implanted it under the skin of her forearm, where it grew for months.
Byrne later surgically attached the ear and its blood vessels. Then surgery Tuesday added shape and detail to the ear.
Walters still has two minor surgeries to go before the whole bizarre procedure is over with and she gets that ‘new’ ear.
And she’s got some sage advice before you ever end up in this situation:
“And it’s a cliche but use the sunscreen and if you are not sure about something, get it checked because that’s what I didn’t do.”
Different parts grown in different places? Hmm.
Every single guy right now is probably thinking about a particular woman in Total Recall.