Nick Cook – A Ramble Through an Oxford Author's Imagination and Inspiration

Cloud Riders – A Reading From The Book

Cloud Riders – A Reading From The Book
“Chunks of earth and tress spiralled around the spout, 
a crazy sculpture come to life.” 
– Nick Cook, Cloud Riders

Here at last is the result of a video project I’ve been working on – me reading an extract from Cloud Riders. It has been a lot of fun to put together, but I can assure you that I do actually smile in real life! I hope you enjoy it.

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Humanity  – The Overview from Space

Humanity  – The Overview from Space

As a child who watched the moon landings, it had an incredibly fundamental effect on me. They ignited my love of space and fired my loved of science fiction, a path that one day would lead to me becoming a writer. And of course, I still dream of venturing into space one day.

The powerful effect on astronauts of seeing the Earth from orbit and beyond is well documented. From space, the noise of humanity falls away and astronauts can see the sum of everything they have ever known hanging onto a planet in orbit around the Sun. According to many, it's one of the most profound moments of their lives, as they experience a shift in perspective – something referred to as the overview effect. And this is something that I wish every man, woman and child could experience for themselves because I think the world would be a very much better place for it if they could. 

For now, if you haven't seen this extraordinary short documentary from the Planetary Collective, I suggest you put aside nineteen minutes of your life to do so. It deals with exactly this – the overview that space exploration has given us of the Earth...and ourselves. It is profound, moving and inspirational. Enjoy.

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The Technological Singularity and the Future of Humanity

The Technological Singularity and the Future of Humanity
“Man is something that shall be overcome.... Man is a rope, 
tied between beast and overman -- a rope over an abyss... 
What is great in man is that he is a bridge and not an end.” 
— Friedrich Nietzsche
At the moment, based on our technological prowess at least, it would be fair to say that humans represent the summit of the evolutionary process here on Earth. But the tricky thing about evolution is that by its nature it isn’t a stationary process. This rule certainly applies to humans, who as the centuries have rolled by, have grown taller, and brains, bigger. This trend is predicted to continue with average heights heading towards seven feet over the next thousand years – no doubt complete with enormous craniums for our super-sized brains. But what if, and it’s a big if, something evolves to overtake us to become the dominant species? And what if it’s not an animal but actually something that we have created – or to be more precise, our computers. And that’s what the idea of the technological singularity is all about.

It was Vernor Vinge who first proposed the technological singularity. It’s based around the premise that with the rapid developments in computing, as shown by measures like Moore’s law (computing power doubling every eighteen months), that this will inevitably lead to artificial intelligent (AI) systems. Vinge proposed as these systems evolve, their intellects will rapidly outstrip ours. And it's at that moment that the technological singularity may occur and our computers become self aware. The nightmare scenario that follows, familiar to us from countless science fiction movies and books, is that it's at this moment these god-like AIs decide to overthrow us. Not good – not good for team homo-sapien, at all!

We can only make wild guesses at how things might work out and there are plenty of ideas floating around for the nightmare scenarios. But how real is this threat and should we be busy unplugging our computers and throwing them in the trash right now? Maybe not just yet… Part of the reason, that at least for now, we can be reasonably relaxed is because computer hardware is only part of the singularity picture – the ground-breaking software required to develop true AI is still a very long way away. But exactly how far?

The famous Turing test is a measure of our progress towards such an AI system. This test centres around a computer being able to fool someone who's talking to it from another terminal, that they are actually talking to a real life person on the other end. Recently headlines were made at Reading University, with claims that a software system called Eugene, passed the test for very the first time. However, before you get too excited, there are a lot of experts who claim that Eugene barely scraped through with an F on this test, and point out that all Eugene's software actually does is to ape a person, rather than show any true measure of intelligence such as problem solving. So what about a system more akin to the famous HAL 9000 computer from the film 2001, that could, in theory, pass the Turing test with flying colours? The best current guess is around fifty years for this to be achieved, so maybe note down 2064 in your diaries for the beginning of the next major technological revolution.

But what happens when a true AI system does take its first virtual breath? That depends if they are given autonomy to start building and designing even better machines. Because if they do, potentially the exponential speed of development goes through the roof from that moment and it would only be a matter of time before our machines overtake us intellectually. And what does that mean for humans? Technically, we’ve become a redundant species at that point, as our computers become the next step of evolution. Welcome to the world of the singularity. 

In the worse case scenario, these super machines decide it’s time for us to step aside and take over the show from this point, and we’re all exhibited in cages as curios of a by-gone era… or something much worse. 

So how could we avoid this less than ideal outcome for the human race? Cited as one possible solution are Isaac Asimov's famous three laws of robotics:

1. A robot may not injure a human being or, through inaction, allow a human being to come to harm.
2. A robot must obey the orders given to it by human beings, except where such orders would conflict with the First Law.
3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Law.[1]

So scrub out the word robot and insert AI, and maybe you have a set of programming rules that could be hard-wired into these superhuman computers, as a sort of internal moral compass.

But again Vinge foresaw this solution and pointed out that if these computers were so smart in the first place, wouldn’t they simply be able to bypass any rules we’d wired into them?

But maybe also thinking of these super-intelligent systems as some sort of human exterminator, is a fairly bleak assessment of something that’s deemed to be intelligent. After all why should a technological singularity necessarily be a bad thing for humans? 
Surely, part of any measure of true intelligence is empathy and if these systems are empathetic, wouldn’t they understand why we are the way we are as a species? With their greater intelligence of a caring child turned parent, wouldn’t they want us to overcome and grow beyond our own short-comings like our propensity for violence and war? If humans build the software, maybe part of our humanity, the best of us, may rub off on them. And then aren’t we more likely to have a symbiotic relationship with these new AIs, who work with us in harmony, rather than as our masters, and help us to realise our true potential as a species? 

Certainly today, rather than be afraid, we should embrace the incredible potential that our rapid developments in computing have brought us – from modelling the path of tornados, to working out a cure for cancer. And as fun as it is looking into the crystal ball at what a technological singularity might look like, let’s not lose sight that we live in one of the most astonishing epochs our species has ever known. Also one should keep in mind that the technological singularity is a prediction, not a certainty and there are many who argue it will never happen. But if it does, maybe if approached with our eyes wide open, rather than be feared, it could turn out to be a blessing not a curse for all humanity.

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When Science Meets Art

When Science Meets Art
"Art is I; science is we."
– Claude Bernarde
This is an instrument from the Oxford History of Science collection. It's called an astrolabe, an ancient astronomical instrument used for working out how the stars appear on a given date, through the adjustment of moveable components to a specific date and time. The first true examples of astrolabes appeared over 1,600 years ago and the design continues to this day with the planispheres that you can still buy.

The above Flemish example is from 1565 and is typical of the period where scientific instruments were privately commissioned, often from watchmakers, and their designs went far beyond a purely practical nature to embrace art. In the age of the app, when a star guide is just a click away, the beauty of the astrolabes like this one, still conjures a sense of awe, especially when you realise that their original owners used them to first unlock the mysteries of the heavens above. 
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An Interview with a Storm Chaser

An Interview with a Storm Chaser

JWSevereWeather chase tornadoes all across North America and hope to extend their coverage across the world, one day. They provide lifesaving warnings via chase vehicles fitted with P.A. systems, and eventually hope to travel with first responders and rescue dogs, to help those immediately affected by these devastating storms. In addition to this JWSevereWeather is beginning research efforts help minimise a storm’s threat to life and property. 
Many thanks to Jesse W. Walters, founder of JWSevereWeather, who has kindly agreed to take part in this interview today. He and his team have had a busy storm season, including covering the awful twisters that recently hit Arkansas, Oklahoma, Alabama and Mississippi. Once again the world witnessed just how dangerous twisters can be, and once again storm chasers like Jesse and his team, put themselves on the front line, risking their lives again and again.
So my first question to you, Jesse, is an obvious one. Knowing how dangerous a storm can be, what made you want to start chasing in the first place?

When I was very young, I was fascinated by weather and a local meteorologist, Tom Skilling. His long and detailed explanations of the weather forecast became the starting point of my weather education. A few years later, my parents purchased a double VHS compilation of tornado videos. At some point during that presentation, Gene Moore was introduced. They explained how he went out to document tornadoes and supercell thunderstorms, which I just thought was the coolest thing to do ever! I never realized the dangers of storm chasing at such a young age. I knew storms were dangerous, but Gene made it look so easy. 

Once I turned 16, with a bit more knowledge of forecasting and radar interpretations, I hit the road, packing only a handheld scanner and a map book. I stayed local initially, obtained my ham radio license, and joined the Lake County SKYWARN Organization by 18. I picked up for few more tips and tricks from Bruce Becker solely through observing and paying close attention to anything be said. After a year or two with them, I left and became an independent storm chaser. I had enough of seeing wall clouds and funnels. I wanted to see the stove pipes and wedges that rarely occur in northeast Illinois. That's when things really took off for me. I kept quiet about it, however. 

Chasing was always done by myself and for my own enjoyment. I was quite introverted and never really spoke to other chasers I met along the way. However, in 2011, after seeing all the casualties and devastation from a historic year of tornado outbreaks as well as the number of large, violent tornadoes, I decided to start my own organization. I've sought not only chasers, but weather enthusiasts that share the same passion as I, helping warn those in the path, chasing with immediate responders aiding communities with search and rescue, and providing aid and relief to those affected. We are even international now! With chasers in Canada, New Zealand, and Greece!

I can more than understand your motivation, not only because you get to witness these incredible weather phenomena first hand, but also because on the ground you make a difference and help to save lives. Can you step us through how you prepare for a chase?

Forecasting is the most important foundation to storm chasing. Countless hours of studying and interpreting weather data from multiple computer models will lead to a general target area. Even while on route to the target, I'm still combing through all the same data while adding the short range model data and finally checking out surface observations, satellite data, and if storms occurred close by the day/night before, how did they affect the atmosphere. All this leads to a smaller, more refined target area. My forecasting team and I tend to utilize for all our forecasting needs. Brandon Sullivan has done a great job creating this site with his team for meteorologists and forecasters across the United States. And then there's the basic coordinating with the immediate responders that volunteer within the area we'll be chasing, packing supplies and goods, and obviously packing your own goods to get you through how ever many days we may be out on the road.

I think most people will have no idea how much work goes into the predictive aspect of storm chasing. I can only imagine how satisfying it must feel, in terms of the science, when you get it right. So what about equipment?  What do you take with you on a chase?

When I began as mentioned earlier, all I had was a police/fire scanner, a weather radio, and a map book. This was before GPS systems were out and affordable too! Nowadays, I have a full suite of electronics such as a laptop computer mounted within the passenger side. 

Tammy King does all the driving so I can focus on 3D radar imagery, model data, GPS navigation, running a live stream, and reporting information via Spotter Network. We have internet access via a MiFi device, which is simply WiFi that utilizes 4G/3G cellular data. Also, we have amateur radio for communications in case we lose internet or cell phone service. It also provides access to NOAA weather radio and police/fire frequencies so we can stay abreast of the latest information. A cell phone/4G/3G booster is running at all times to help maintain that connection to cell towers for phones and internet access. 

We have a weather station on top of the vehicle that records and displays real time data including air temp, dew point, relative humidity, wind speed and direction, barometric pressure, and rainfall rates/totals. All the data is stored in the laptop for post chase analysis and is quite handy for seeing just what atmospheric conditions are occurring before, during, and after a chase. We have an LED light bar for safety from traffic and also for getting people's attention if we are warning them of a confirmed tornado or any other destructive forms of weather. Finally, we have a siren/PA system installed to aid us in warning those in the path concerning the aforementioned weather conditions that are headed their way.

That’s quite an extensive list and sounds like a lot to keep track of during a pursuit. But of course that is the technical and scientific aspects of storm chasing. However, as we know far too well, tornadoes are extremely dangerous. When you’re chasing and getting close to a twister, there must be times when it’s tough to decide whether to get in closer, or turn round and get out of there as fast as you can?

Yes, very much so! I am a chaser at heart, so I always want to get as close as I safely can to document it using media such as photographs or video. But when we see that it's heading for a community, we leave it behind and race ahead to that area of population to warn them that's it's confirmed and likely about to strike. Yes, there are tornado sirens found throughout the United States. However, some communities lack them due to funding. Also, the false alarm rate on tornado warnings is far too high. Thus, people have become complacent and tend to go about their business. We hope when warning people from our vehicles, to hammer down the fact that the threat is very real this time, and they need to take action to save their lives.  

I can't tell you how many times we have been out chasing in a community with tornado sirens going off, and you see people simply ignoring them. You'll find people driving around, running errands, even flooding fast food restaurants thinking that nothing is going to happen. It's a real shame to see that. It only takes one time for that warning to verify...

It sounds incredible that people would ignore the sirens, but in light of what you’ve said, also understandable. However, once again it shows what a key role storm chasers like you and your team performs, especially when it helps to save lives. But also you do this as real risk to yourselves. Has a twister ever switched direction and come after you?

Oh yes, their path is not always predictable. I'm constantly looking for escape routes while chasing. You never know when it will turn and head straight for you. Sadly, we lost three brilliant and well respected chasers in 2013 from the El Reno, Oklahoma tornado. Tim Samaras, his son Paul, and long time chase partner Carl Young all perished from that tornado. Other chasers were hit as well. It was a very sad day for the chaser community. They were much loved and respected.

That’s deeply tragic and in such a small and close knit community, the impact of something like that has to be profound. Yet, despite this you carry on, which by anybody’s definition, is courageous. Can you describe what it’s like to experience a twister close up and personal?

Joey Kastrel's photo is a tornado in the rope out 
stage, which is the end of its life cycle.
It's nothing like watching it on video. That only provides the visual aspect of it. However, to hear it, to feel it from the intense winds, to smell the earth as it churns over an open field, it's hard to describe really. It is something that you just have to experience firsthand to understand what I'm talking about. 

What category is the largest twister you’ve ever seen?

I have seen all categories. From EF0 through EF5.

With over 20 dead and huge destruction to property from the latest twisters to touch down, you must find yourselves constantly shocked by the aftermath caused?

I truly am, Nick. That's the whole reason I started this organization in the first place.

Are there any events that still haunt you?

Very much so. They not only haunt, but motivate me to make this vision a reality. 

To conclude this interview, are there any thoughts you’d like to leave people who live in Tornado Alley, with?

There are plenty of times when a tornado warning is issued, and we go about our business since nothing ever comes from it. But keep this in mind. It only takes one time for that warning to verify to turn your life upside down. Always respect the warnings. They are not issued in vein or just for fun. Warnings are issued to protect you from the very real threat of severe weather. Also, be sure to have multiple ways to receive warnings from the National Weather Service. NOAA weather radios are a great tool to have with you. There are portable models as well that you can bring with you virtually anywhere! Always be weather aware.

I’d like to thank Jesse and the rest of the team at JWSevereWeather for taking part in this interview and for the work they do on everyone’s behalf – brave people who make a difference and save lives. 

You can follow JWSevereWeather at:

Jesse's personal Facebook page:

Top image copyright Benjamin Jurkovich's photo from April 14, 2012. A nocturnal EF3 illuminated by lightning in the background.

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When Your Book Leaves Home

When Your Book Leaves Home

Today is the day I have worked towards for seven years, the moment that a long cherished dream became reality. Today is the day that my book, Cloud Riders, has been born into the literary world.

How do I feel? Elated, yes of course. But there’s also an element of sadness. Why? … Cloud Riders has been such a big part of my life. It has grown and developed as I have grown and developed as a writer. During my long journey to publication with it, I have found my author’s voice among its pages. And as I have written this book, it has also written me. 

Cloud Riders is not the first book I’ve created, but it’s certainly the one I’m most proud of. However, today I feel like a parent whose child is leaving home to discover the world by itself. And within that moment, joy and sadness will always be tightly woven together.

I have put everything I can into this book, the best of me, made my vision of a fantastical world, as real as my abilities will allow. Now I can only hope Cloud Riders will create a spark that ignites in the imagination of my readers.

But now I find myself trying not to notice the empty place at the table. All I can do is wait by the phone for that first call home to hopefully say everything is fine...


Buy the book here: Amazon

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Cloud Riders – Front Cover

Cloud Riders – Front Cover

"I am a being of Heaven and Earth, of thunder and lightning, of rain and wind, of the galaxies." 
— Eden Ahbez 

It is with great excitement that I can at last today reveal the cover to Cloud Riders. I’ve been working closely with Jennie Rawlings, Creative Director at Three Hares, and I’m thrilled with the end result – a strong graphical approach and striking design, that will leap out from the shelf.

Congratulations, Jennie, you’re a star. It’s been a real pleasure working with you on this.

Buy the book here: Amazon
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Nikola Tesla – Forgotten Genius

Nikola Tesla – Forgotten Genius
“Let the future tell the truth, and evaluate each one according to his work and accomplishments. The present is theirs; the future, for which I have worked, is mine.”
– Nikola Tesla
They say that the history books are written by the winners. Maybe that’s one of the reasons most people aren’t that familiar with the name Nikola Tesla. He was a Serbian-American born during a lightning storm in the 19th century, and was a true genius in every sense of the word.

Ask someone who invented the light bulb and they’ll probably come up with the name of Tesla’s great rival, Thomas Edison. The irony is that Edison didn’t actually invent the light bulb – in fact he perfected the work of others to develop a more reliable and commercial design. Tesla and Edison, great rivals, fought directly for supremacy in the way electricity was distributed. Okay, maybe this doesn’t sound as significant as the invention of the light bulb, but it’s just as fundamental to our modern world.

Towards the end of the 19th century, a fierce battle was raged for the future of electrical distribution by the two scientific giants, Edison in the corner supporting direct current (DC), and Tesla in the other championing alternating current (AC). Despite Edison’s significant campaigning for the adoption of the DC system (which included electrocuting animals to prove how dangerous AC was), there’s a major problem with DC – over any significant distance it’s hugely inefficient. If the world had adopted Edison’s approach we would have needed countless hundreds of thousands more power stations than we have today. Thankfully, Tesla’s much more efficient AC system won through and it’s that which forms the backbone of modern electricity distribution grids.

It might be understandable if the world had overlooked Tesla for this single contribution to humanity, but his talents didn’t stop there. There are numerous areas that Tesla pioneered, including: radio, radar, x-rays, hydeo-electric generation, the modern electric motor, recording of radio waves from space, even early experiments in cryogenic engineering. The list goes on and on. In other words Tesla was a true genius in every sense of the word.

Tesla had an astonishing mind and was a true visionary, not bound by current thinking and trends. An example of this maverick approach is one of his final inventions where he experimented with wireless power. Tesla constructed the Wardenclyffe Tower, a device intended to use the Earth and its ionosphere as giant electrical conductors. To realise this extraordinary idea, Tesla intended that receiving stations would be constructed around the world which could draw power from this wireless power grid. This might sound like an absurd concept, but many took it seriously including financier, J.P. Morgan, no less. He helped to fund Tesla’s experiments, but despite early promise, the development work proved prohibitively expensive, and during the stock market crash of 1901, Tesla’s funding dried up. It it hadn’t, maybe our world would be very different today, with power beamed into our homes and vehicles. It sounds crazy, but who knows, maybe in the future someone may go on to prove the feasibility of Tesla’s early pioneering work.

So why do we remember Edison but not Tesla? It’s a good question. Maybe it’s because he laid the ground work that others capitalised on to the point that they are credited with their invention. Also, whilst Tesla’s contemporaries enjoyed huge financial success (and some might say were better businessmen), Tesla died alone and broke in a New York hotel room. Maybe, this underlines that he was more an ideas man, rather than someone concerned with commercially exploiting his inventions.

Whatever one believes about Tesla’s life, without doubt he made a major contribution to scientific progress. Certainly, if he hadn’t have lived, we would have felt the impact on our modern world. But at least now we are starting to recognise the significance of Tesla’s contribution and how his genius touches all our lives to this very day. At the very least, we owe him a debt of gratitude. 
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