Scientists have been trying to create an invisibility cloak since 2006, following David Smith's theory of 'transformation optics', which explains how electromagnetic fields can be bent around an object and render it transparent. In the years between then and now, there has been some success, but they were not what you would call amazing.
Well, they were amazing, but they were not quite Harry Potter standard...
Now, David Smith and a graduate student called Nathan Landy have modified the old cloaks and have come up with one that they describe as being 'perfect'. As in, Harry Potter perfect.
Sadly, I can find no photos of Smith and Landy's prototype. This depresses me immensely. Then again, maybe there are pictures of it, but I just can't see it. In the mean time, I have found this, which is pretty fucking awesome:
When they originally composed the theory, they believed that it was highly unlikely that they would ever come close to perfect. They were wrong. I am deliriously happy.
With science this successful, really ... who needs Hogwarts?
Purely an outlet for my overwhelming nerdism, before it starts to get serious. Sometimes I'll be very interesting and write about things that I think are amazing, but other times I'll be whiney and patronising and maybe see if anyone notices some Blink 182 lyrics chucked in whenever I feel like it. It'll be interesting to see how it turns out...
Saturday, 17 November 2012
Friday, 16 November 2012
Gingers More Susceptible to Cancer, Say Scientists
It shouldn't be funny. But it sort of is. First they have to be ginger, and now this.
David Fisher and his team at Massachusetts General Hospital did an experiment on mice with either red or black hair to see how they responded to the introduction of a gene linked with melanoma. They wanted to know more about melanoma after exposure to UV light; focussing on how much it damaged the fair skin of people - or creatures - with red hair.
But before they could observe anything relevant to their hypothesis - all the ginger mice got cancer.
This was completely unexpected, so they did some new experiments on ginger mice to find out what had actually happened. They bred some hybrid mice that were half-ginger and half-albino and tested them to see if it was the ginger gene or ginger pigment that was the issue. The specially bred mice had the ginger gene, but white hair, and they also tested on mice with both the ginger pigment and the ginger hair.
They tested again to see how they were affected by melanoma-inducing UV. All the white-haired mice were fine, despite carrying the MC1R (ginger) gene.
The mice with ginger hair all got cancer.
Ouch.
It's a shame really. Turns out Voldemort isn't the only thing this lot have to worry about...
David Fisher and his team at Massachusetts General Hospital did an experiment on mice with either red or black hair to see how they responded to the introduction of a gene linked with melanoma. They wanted to know more about melanoma after exposure to UV light; focussing on how much it damaged the fair skin of people - or creatures - with red hair.
But before they could observe anything relevant to their hypothesis - all the ginger mice got cancer.
This was completely unexpected, so they did some new experiments on ginger mice to find out what had actually happened. They bred some hybrid mice that were half-ginger and half-albino and tested them to see if it was the ginger gene or ginger pigment that was the issue. The specially bred mice had the ginger gene, but white hair, and they also tested on mice with both the ginger pigment and the ginger hair.
They tested again to see how they were affected by melanoma-inducing UV. All the white-haired mice were fine, despite carrying the MC1R (ginger) gene.
The mice with ginger hair all got cancer.
Ouch.
It's a shame really. Turns out Voldemort isn't the only thing this lot have to worry about...
Wednesday, 7 November 2012
One Step Closer to Cyborgs
Of all the cool gadgets and gizmos and random weird shit that sci-fi promises us will happen eventually, there are few that are expected to be achieved within our lifetimes. Given that I am younger than Game Boys, this means that there a good few decades of innovation awaiting us before we're all going around in hover cars.
But recently, it has been revealed that Federico Parietti and Harry Asada from MIT have brought mankind one step closer to cyborgs.
Remember when Bender sported these bad boys...?
Well, what was not made clear in that episode was that they were invented much closer to now than to then. And that they work on humans as well as robots.
Parietti and Asada have developed the prototype of a pair of semi-autonomous arms that are worn like a backpack and extend around the body. They are designed to be intelligent enough that they can be of assistance without needing a lot of tricky programming; they will learn and anticipate what their wearer wants them to do, having been programmed to perform specific tasks.
The work is being funded by Boeing and the prototypes were shown at the Dynamic Systems and Control Conference in Florida earlier on this year. The arms are being designed to help factory workers with jobs that require two pairs of hands; they are supposed to increase efficiency by letting that guy who would usually be the second pair do something more important with his time than just holding stuff.
They seem like they would be really useful once they have reached a point that they are available to industries. However, it is only a matter of time beyond that before they become commercialised and nerds like me get their hands on them and do awesome cosplays of this dude!
But recently, it has been revealed that Federico Parietti and Harry Asada from MIT have brought mankind one step closer to cyborgs.
Remember when Bender sported these bad boys...?
Well, what was not made clear in that episode was that they were invented much closer to now than to then. And that they work on humans as well as robots.
Parietti and Asada have developed the prototype of a pair of semi-autonomous arms that are worn like a backpack and extend around the body. They are designed to be intelligent enough that they can be of assistance without needing a lot of tricky programming; they will learn and anticipate what their wearer wants them to do, having been programmed to perform specific tasks.
The work is being funded by Boeing and the prototypes were shown at the Dynamic Systems and Control Conference in Florida earlier on this year. The arms are being designed to help factory workers with jobs that require two pairs of hands; they are supposed to increase efficiency by letting that guy who would usually be the second pair do something more important with his time than just holding stuff.
They seem like they would be really useful once they have reached a point that they are available to industries. However, it is only a matter of time beyond that before they become commercialised and nerds like me get their hands on them and do awesome cosplays of this dude!
Labels:
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Tuesday, 6 November 2012
The New Contender in the Energy Market: Air.
Evironmentally, you really can't win. Statistically, I am kind of winning; my life is quite environmentally friendly - I am frugal with electricity, I walk most places and get the bus to all other places, I have a Friends of the Earth hoodie - but that it because I am a poor student and I live in expensive London and Tim Minchin was at the Friends of the Earth gig, so I don't really have much of a choice in these matters. For people who can afford choice, you're pretty much damned if you do and damned if you don't. Using technology is necessary, but bad. Driving a normal is bad, but driving an electric car makes you a pretentious prick. Also, electricity is bad. And electric cars are ugly as fuck.
But this could be about to change. The G-Wiz will still be hideous and you will still look like a douche if you even consider getting into one. But it won't be your only option.
Because of these dudes. These wonderful nerds - and I do love nerds - at Air Fuel Synthesis are making fuel out of air.
Out. Of. Air.
Earlier on in October 2012, they revealed the first successful demonstration of their techniques, showing how carbon, hydrogen and oxygen can be taken from carbon dioxide and water in the air to be converted first into methanol and then into petrol.
They didn't even have to go into any more detail to blow my mind. The idea has been around since the oil crisis of the 1970s, but it still feels a bit like science fiction to me. So they offer this helpful graphic to explain to nerd-groupies like me who have no real nerd credentials aside from enthusiam:
The problem with it at the moment is the energy efficiency of the process. Obviously, it would not be environmentally beneficial if more energy was put into it than is created by it, and this is still being smoothed out, but that makes it no less cool.
With funding, it will get there. Eventually. There are huge plans for the technology which could revolutionise the way that energy is created. The maths for its development on a much larger scale is already sorted out and, once it has some firmer backing from governments, it is hoped that it will be a contender against oil in the energy market.
Hopefully it won't make the same mistake as some of the other companies that have tried to save the world and will offer us some technology that isn't too ugly to touch.
But this could be about to change. The G-Wiz will still be hideous and you will still look like a douche if you even consider getting into one. But it won't be your only option.
Because of these dudes. These wonderful nerds - and I do love nerds - at Air Fuel Synthesis are making fuel out of air.
Out. Of. Air.
Earlier on in October 2012, they revealed the first successful demonstration of their techniques, showing how carbon, hydrogen and oxygen can be taken from carbon dioxide and water in the air to be converted first into methanol and then into petrol.
They didn't even have to go into any more detail to blow my mind. The idea has been around since the oil crisis of the 1970s, but it still feels a bit like science fiction to me. So they offer this helpful graphic to explain to nerd-groupies like me who have no real nerd credentials aside from enthusiam:
The problem with it at the moment is the energy efficiency of the process. Obviously, it would not be environmentally beneficial if more energy was put into it than is created by it, and this is still being smoothed out, but that makes it no less cool.
With funding, it will get there. Eventually. There are huge plans for the technology which could revolutionise the way that energy is created. The maths for its development on a much larger scale is already sorted out and, once it has some firmer backing from governments, it is hoped that it will be a contender against oil in the energy market.
Hopefully it won't make the same mistake as some of the other companies that have tried to save the world and will offer us some technology that isn't too ugly to touch.
Labels:
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Thursday, 1 November 2012
A trip to the moon for $150 million? Bargain!
Alright, so space tourism is not exactly a new idea. In
2001, an Italian-American engineer called Dennis Tito (the dude on the right) with more money than he can spend in many
many lifetimes paid $20 million for the privilege of an eight-day holiday on
the International Space Station. I don’t blame him for a second – if I could do
it, I totally would – but, at the moment, it is somewhat out of my price range.
But hopefully not for long. Given that by "long", I mean a couple of decades. So ... hopefully not in the semi-distant future.
But hopefully not for long. Given that by "long", I mean a couple of decades. So ... hopefully not in the semi-distant future.
Starting in 2013, Virgin Galactic, as well as three other companies arranging similar ventures, will be taking paying
passengers to the very edge of space that are
arranging. But Virgin Galactic offers the swankiest deal for your money. The lowest price is $95,000, so it is still some
time before I can afford it, but it is predicted that it will be a hell of a
lot cheaper as it becomes a more common pastime. Over nine hundred people –
including Ashton Kutcher – have already reserved seats on the space flights. In
a matter of years, flights to the moon will become commercially available at a
starting price of $150 million.
Regulations will state that passengers have to be over
eighteen years old and have to “consent to the risk”, which essentially means that
they have to agree not to sue if they have any awkward side effects. I'm weird enough not to care that much if anything else unfortunate happened to me, and I'm already over eighteen, so that's all good. Customers
will be offered a medical exam beforehand, but the companies will not apply
height or weight restrictions, so fat people can do it too!
In all honesty, my favourite thing about the comparative lenience of the regulations is the thought that the stag parties of very rich young men could well be held - one day - in space. Or hen parties. Or birthday parties. Or anything. As long as you and all your guests are over eighteen. But, then again, who invites anyone under eighteen out anyway? At least, not without offering them a fake ID. I accept that they are probably a bit more strict about letting me in than your average shitty club.
In all honesty, my favourite thing about the comparative lenience of the regulations is the thought that the stag parties of very rich young men could well be held - one day - in space. Or hen parties. Or birthday parties. Or anything. As long as you and all your guests are over eighteen. But, then again, who invites anyone under eighteen out anyway? At least, not without offering them a fake ID. I accept that they are probably a bit more strict about letting me in than your average shitty club.
The trips can take anywhere between 35 minutes and 2 hours,
but Virgin Galactic will put you up for five days in accommodation, during
which time you will have training and medical checks with your trip on the
fourth day. You also get free entry – but no coverage for the cost of travel, which sort of sucks –
to exclusive events between the time you buy your ticket and go on your flight.
That means you can go to parties and presentations and air shows and test flights
with all the big shots and astronauts and scientists, which is pretty awesome,
and probably well worth a big chunk of the ticket price. Not to mention the fact that the waiting time between buying the ticket and actually going into space could stretch to as far as a few years, so depending on how much you take advantage of this you could get a hell of a lot of awesome nerd times out of it.
And then ... this:
And then ... this:
The Commercial Spaceflight Federation reckons that flights
available from spaceports in the US will offer suborbital flights in the next
couple of years and orbital flights picking up shortly after. Within ten years,
prices are expected to drop to below $50,000.
It’s not impossible…
Wednesday, 17 October 2012
$1.4 million Raised for Nikola Tesla Laboratory: Faith in Humanity Goes Up Ten Points

Hardcore nerdism is apparently rife in Shoreham, New York, where the Tesla Science Centre at Wardenclyffe group has raised $1.4 million via online crowd funding to buy Nikola Tesla's laboratory in order to turn it into a museum. As a soon-to-be owner of a Nikola Tesla T-shirt, this excites me very much.
It being in America both disappoints and thrills me. I am disappointed because, unless by some miracle I suddenly get very rich, it is unlikely that I will be able to go. However, considering the sheer stupidity that has come out of America, I am overjoyed that this has happened at all. Reading about it only makes it seem so much better.
The point of the museum is that it is a place that is dedicated to science and education with Nikola Tesla - an inventor, electrical engineer, mechanical engineer, physicist and futurist whose work led to the way electricity is used today - at its foundation.
Tesla was born in Serbia in 1856 and emigrated to America in 1884 to work for Thomas Edison. He soon moved on to work for himself and conducted high-voltage, high-frequency experiments, which resulted in inventions that made him world famous. Essentially, he made explosions out of electricity for a living, which is pretty damn awesome as far as I am concerned, never mind everything else for which we have to thank him.
In typical mad-scientist fashion, he spent as much money as he made on more and more experiments and ended up dying penniless in January 1943. But still managed to keep his hair suspiciously neat, judging by the pictures of him.
In 1901, Tesla bought 200 acres on Long Island's north shore where he established what is now his only remaining laboratory. It was purchased with the intention of building a wireless transmission tower but was never fully operational. Wardenclyffe Tower - also known as Tesla Tower - remaining, even if in diminished form, as a tribute to his life and achievements is amazing. It seems only fitting that that the group also hope to have it provide space for companies to perform scientific research.
Aside from his brilliance as a scientist, Tesla was one damn incredible human. He lived his life by a strict routine, squishing his toes one hundred times per foot in the belief that it stimulated his brain. Judging by his work, he may well have been right. He worked from 9am to 6pm, at least, every day, often continuing until 3am once he had had his dinner. He walked 8 to 10 miles ever day to keep in shape; he was elegant, stylish and incredibly groomed (just look at his hair!). His gray-blue eyes, he claims, used to be darker until they lightened due to so much use of his brain.
Tesla never married, but even he admitted that it was a bit of a loss to the world that his genes were not preserved. Then again, he also said that being celibate allowed him a lot more time to devote to his work, which was most certainly a good thing. However, he was sociable, and everyone who knew him loved him. He was considered to be charming and lovely and poetic, and it is almost no surprise that so many women threw themselves at him.
After all, he made shit like this possible...
He was wonderful. If he were alive today, he still would be. It is a shame more men are not like him in this world. I am a little bit in love with him. And with good reason.
If I ever get the chance, I am going to that Tesla museum and I am going to behave like a stalkery little fangirl and I am going to love it.
It is going to be awesome!
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Sunday, 14 October 2012
Back The Fuck Off, PETA!
Otherwise, I would generally think well of the organisation’s intention to bring a little more joy and a little less fear into the lives of creatures less evolved than ourselves.
And then I heard that they were ragging on Pokémon. And then
I got mad.
Then I calmed down and did some research, just to see if it
was worth me getting mad about it.
Yes, it was.
On this website, I found this:
“Much like animals in the real world,” read PETA’s statement, “Pokémon are treated as unfeeling objects and used for such things as human entertainment and as subjects in experiments. The way that Pokémon are stuffed into pokéballs is similar to how circuses chain elephants inside railroad cars and let them out only to perform confusing and often painful tricks that were taught using sharp steel-tipped bullhooks and electric shock prods … If PETA existed in [the game world of] Unova, our motto would be: Pokémon are not ours to use or abuse. They exist for their own reasons. We believe that this is the message that should be sent to children.”
Upon reading this, I decided that PETA could fuck right off.
Clearly, not a single one of the fuckwits at PETA has
watched an episode of Pokémon, let alone taken the time to understand the
concept. Even without the backstories that ushered my generation into maturity,
the first film alone is a monument to how the world of Pokémon is one that
advocates love, equality and friendship, between all people and all Pokémon, no
matter who or what they are. I refuse to believe that, after seeing the face it
pulled when Ash got turned to stone, anyone can fail to believe that Pikachu loves him?
I know it made me cry when I went to see it in the cinema
back when I was six years old. I know, now that I am nineteen, that it still
does. Frankly, if you are not in some way affected by this face, then you are an emotionless monster.
The first series alone shows numerous examples of Ash
behaving in the way that will best suit his Pokémon. He frees his Butterfree so that it can go off
with its true love, so that it can be happy even if it means they might never
see each other again. He lets his Pidgeot remain in the forests around Pallet
Town so that it can protect the weak wild Pidgey from a predatory wild Fearow
that was terrorising their little society. He allows his Charizard to remain
with a group of other Charizard where it can train until it achieves its full
potential, which sadly Ash could not provide for it. Their parting is one my
most distressing childhood memories, and this image still moves me because I know
how much Ash loved his Charizard and how
much of a sacrifice it was for him to leave it behind where it could be happy.
Pokémon has never been anything other than a story of a boy
and his friends, whom he loves dearly even when they are far apart. His friends
might be human or they might be Pokémon, it does not matter to him, and it does
not matter to us – his loyal and life long followers – either. We love who he
loves, we cry when he cries and we cheer when he wins. We follow his defeats
and we learn to accept them with him and, as we grow older and he remains
perpetually ten years old, we continued to follow his adventures in the hope
that one day we will see our hero fulfil all his dreams. Throughout his
stories, his companions are his Pokémon and they are the most important things
in the world to him. He loves them. He does everything for them. He would
happily sacrifice everything for them. What is more – they love him too.
Take, for instance, the episode ‘Snow Way Out!’ (yes; I’m
resorting to citing episodes; watch them, PETA!), in which Ash’s Pokémon give up
the comfort and luxuriousness (yes, they are comfortable and luxurious,
PETA) of their PokéBalls to stop him from
freezing.
It only takes one look at the way that Ash and Pikachu look
at each other to know that they could not love each other more. I find it
difficult to believe that there are many human beings that love other human
beings – let alone animals – as much as Ash loves Pikachu and Pikachu loves Ash
back.
If for even one day in my existence I love like that then I will
consider myself content with life.
When I was kid – including the times I sometimes behave as
if I still am – Pokémon taught me so much about life. I learned that it is not
the quantity of friends that you have, but the quality of the friendships. I learned
the no matter how far away your friends might be, they will always be important
to you as long as you never forget how much they mean to you and that they will
always remember the impression you had on their lives too. It taught me that it
does not matter how weird or demented your friends seem at times, what matters
is that they are there for you and that they love you.
It taught me that no matter how small and weak you may seem,
if you work hard at what you want in life, one day you could be capable of
great things.
I learned that it is not a bad thing to have weaknesses
because everyone has them and that that does not mean that they cannot be
overcome.
I have learned that no one can do everything alone, and that
having people around you to support you no matter what is and always be one of
the most important and valuable things in the world. I have learned that there
is always room for improvement; it could be said that no matter how good you
get there will always be someone better than you, but that is irrelevant as
long as you never give up. I mean, if Meowth can talk, why can’t my dreams come
true too?

Maybe it is because I was a little bit obsessed with it as a
kid – maybe it is because I am still a little bit obsessed with it now – but Pokémon
taught me a hell of a lot about the world. If this whole blog post has not convinced
you about this, bear in mind that I have only used examples from the first
series and first film. There has been a decade of Pokémon since offering the
same message to my little brother, and I would not have it any other way.
My experience of Pokémon has taught me nothing but love and
to have patience, tolerance and kindness to everyone and everything. I struggle
to see how anyone who has ever watched an episode or played the game (and read
the speech bubbles) could interpret it in any other way. In fact, it offends me
that anyone could even conceive of saying such horrible things about something
that quite probably had a lot to do with making me – and possibly a lot of
other people my age – the person I am today.
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