Connections

History is a funny old business; an endless mix of overlapping threads, intermingling stories and repeating patterns that makes fascinating study for anyone who knows where to look. However, the part of it that I enjoy most involves taking the longitudinal view on things, linking two seemingly innocuous, or at least totally unrelated, events and following the trail of breadcrumbs that allow the two to connect. Things get even more interesting when the relationship is causal, so today I am going to follow the trail of one of my favourite little stories; how a single storm was, in the long run, responsible for the Industrial revolution. Especially surprising given that the storm in question occurred in 1064.

This particular storm occurred in the English Channel, and doubtless blew many ships off course, including one that had left from the English port of Bosham (opposite the Isle of Wight). Records don’t say why the ship was making its journey, but what was definitely significant was its passenger; Harold Godwinson, Earl of Wessex and possibly the most powerful person in the country after King Edward the Confessor. He landed (although that might be overstating the dignity and intention of the process) at Ponthieu, in northern France, and was captured by the local count, who subsequently turned him over to his liege when he, with his famed temper, heard of his visitor: the liege in question was Duke William of Normandy, or ‘William the Bastard’ as he was also known (he was the illegitimate son of the old duke and a tanner). Harold’s next move was (apparently) to accompany his captor to a battle just up the road in Brittany. He then tried to negotiate his freedom, which William accepted, on the condition that he swear an oath to him that, were the childless King Edward to die, he would support William’s claim to the throne (England at the time operated a sort of elective monarchy, where prospective candidates were chosen by a council of nobles known as the Witengamot). According to the Bayeux tapestry, Harold took this oath and left France; but two years later King Edward fell into a coma. With his last moment of consciousness before what was surely an unpleasant death, he apparently gestured to Harold, standing by his bedside. This was taken by Harold, and the Witengamot, as a sign of appointing a successor, and Harold accepted the throne. This understandably infuriated William, who considered this a violation of his oath, and subsequently invaded England. His timing of this coincided with another distant cousin, Harald Hardrada of Norway, deciding to push his claim to the throne, and in the resulting chaos William came to the fore. He became William the Conqueror, and the Normans controlled England for the next several hundred years.

One of the things that the Norman’s brought with them was a newfound view on religion; England was already Christian, but their respective Church’s views on certain subjects differed slightly. One such subject was serfdom, a form of slavery that was very popular among the feudal lords of the time. Serfs were basically slaves, in that they could be bought or sold as commodities; they were legally bound to the land they worked, and were thus traded and owned by the feudal lords who owned the land. In some countries, it was not unusual for one’s lord to change overnight after a drunken card game; Leo Tolstoy lost most of his land in just such an incident, but that’s another story. It was not a good existence for a serf, completely devoid of any form of freedom, but for a feudal lord it was great; cheap, guaranteed labour and thus income from one’s land, and no real risks concerned. However the Norman church’s interpretation of Christianity was morally opposed to the idea, and began to trade serfs for free peasants as a form of agricultural labour. A free peasant was not tied to the land but rented it from his liege, along with the right to use various pieces of land & equipment; the feudal lord still had income, but if he wanted goods from his land he had to pay for it from his peasants, and there were limits on the control he had over them. If a peasant so wished, he could pack up and move to London or wherever, or to join a ship; whatever he wanted in his quest to make his fortune. The vast majority were never faced with this choice as a reasonable idea, but the principle was important- a later Norman king, Henry I, also reorganised the legal system and introduced the role of sheriff, producing a society based around something almost resembling justice.

[It is worth noting that the very last serfs were not freed until the reign of Queen Elizabeth in the 1500s, and that subsequent British generations during the 18th century had absolutely no problem with trading in black slaves, but they justified that partly by never actually seeing the slaves and partly by taking the view that the black people weren’t proper humans anyway. We can be disgusting creatures]

A third Norman king further enhanced this concept of justice, even if completely by accident. King John was the younger brother of inexplicable national hero King Richard I, aka Richard the Lionheart or Couer-de-Lion (seriously, the dude was a Frenchman who visited England twice, both to raise money for his military campaigns, and later levied the largest ransom in history on his people when he had to be released by the Holy Roman Emperor- how he came to national prominence I will never know), and John was unpopular. He levied heavy taxes on his people to pay for costly and invariably unsuccessful military campaigns, and whilst various incarnations of Robin Hood have made him seem a lot more malevolent than he probably was, he was not a good King. He was also harsh to his people, and successfully pissed off peasant and noble alike; eventually the Norman Barons presented John with an ultimatum to limit his power, and restore some of theirs. However, the wording of the document also granted some basic and fundamental rights to the common people as well; this document was known as the Magna Carta; one of the most important legal documents in history, and arguably the cornerstone in the temple of western democracy.

The long-term ramifacations of this were huge; numerous wars were fought over the power it gave the nobility in the coming centuries, and Henry II (9 years old when he took over from father John) was eventually forced to call the first parliament; which, crucially, featured both barons (the noblemen, in what would soon become the House of Lords) and burghers (administrative leaders and representatives of the cities & commoners, in the House of Commons). The Black Death (which wiped out most of the peasant population and thus raised the value of the few who were left) greatly increased the value and importance of peasants across Europe for purely economic reasons for a few years, but over the next few centuries multiple generations of kings in several countries would slowly return things to the old ways, with them on top and their nobles kept subservient. In countries such as France, a nobleman got himself power, rank, influence and wealth by getting into bed with the king (in the cases of some ambitious noblewomen, quite literally); but in England the existence of a Parliament meant that no matter how much the king’s power increased through the reign of Plantagenets, Tudors and Stuarts, the gentry had some form of national power and community- and that the people were, to some nominal degree, represented as well. This in turn meant that it became not uncommon for the nobility and high-ranking (or at least rich) ordinary people to come into contact, and created a very fluid class system. Whilst in France a middle class businessman was looked on with disdain by the lords, in Britain he would be far more likely to be offered a peerage; nowadays the practice is considered undemocratic, but this was the cutting edge of societal advancement several hundred years ago. It was this ‘lower’ class of gentry, comprising the likes of John Hampden and Oliver Cromwell, who would precipitate the English Civil War as King Charles I tried to rule without Parliament altogether (as opposed to his predecessors  who merely chose to not listen to them a lot of the time); when the monarchy was restored (after several years of bloodshed and puritan brutality at the hands of Cromwell’s New Model Army, and a seemingly paradoxical few decades spent with Cromwell governing with only a token parliament, when he used them at all), parliament was the political force in Britain. When James II once again tried his dad’s tactic of proclaiming himself god-sent ruler whom all should respect unquestioningly, Parliament’s response was to invite the Dutch King William of Orange over to replace James and become William III, which he duly did. Throughout the reign of the remaining Stuarts and the Hanoverian monarchs (George I to Queen Victoria), the power of the monarch became steadily more and more ceremonial as the two key political factions of the day, the Whigs (later to become the Liberal, and subsequently Liberal Democrat, Party) and the Tories (as today’s Conservative Party is still known) slugged it out for control of Parliament, the newly created role of ‘First Lord of the Treasury’ (or Prime Minister- the job wasn’t regularly selected from among the commons for another century or so) and, eventually, the country. This brought political stability, and it brought about the foundations of modern democracy.

But I’m getting ahead of myself; what does this have to do with the Industrial Revolution? Well, we can partly blame the political and financial stability at the time, enabling corporations and big business to operate simply and effectively among ambitious individuals wishing to exploit potential; but I think that the key reason it occurred has to do with those ambitious people themselves. In Eastern Europe & Russia, in particular, there were two classes of people; nobility who were simply content to scheme and enjoy their power, and the masses of illiterate serfs. In most of Western Europe, there was a growing middle class, but the monarchy and nobility were united in keeping them under their thumb and preventing them from making any serious impact on the world. The French got a bloodthirsty revolution and political chaos as an added bonus, whilst the Russians waited for another century to finally get sufficiently pissed of at the Czar to precipitate a communist revolution. In Britain, however, there were no serfs, and corporations were built from the middle classes. These people’s primary concerns wasn’t rank or long-running feuds, disagreements over land or who was sleeping with the king; they wanted to make money, and would do so by every means at their disposal. This was an environment ripe for entrepreneurism, for an idea worth thousands to take the world by storm, and they did so with relish. The likes of Arkwright, Stephenson and Watt came from the middle classes and were backed by middle class industry, and the rest of Britain came along for the ride as Britain’s coincidentally vast coal resources were put to good use in powering the change. Per capita income, population and living standards all soared, and despite the horrors that an age of unregulated industry certainly wrought on its populace, it was this period of unprecedented change that was the vital step in the formation of the world as we know it today. And to think that all this can be traced, through centuries of political change, to the genes of uselessness that would later become King John crossing the channel after one unfortunate shipwreck…

And apologies, this post ended up being a lot longer than I intended it to be

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A Brief History of Copyright

Yeah, sorry to be returning to this topic yet again, I am perfectly aware that I am probably going to be repeating an awful lot of stuff that either a) I’ve said already or b) you already know. Nonetheless, having spent a frustrating amount of time in recent weeks getting very annoyed at clever people saying stupid things, I feel the need to inform the world if only to satisfy my own simmering anger at something really not worth getting angry about. So:

Over the past year or so, the rise of a whole host of FLLAs (Four Letter Legal Acronyms) from SOPA to ACTA has, as I have previously documented, sent the internet and the world at large in to paroxysms of mayhem at the very idea that Google might break and/or they would have to pay to watch the latest Marvel film. Naturally, they also provoked a lot of debate, ranging in intelligence from intellectual to average denizen of the web, on the subject of copyright and copyright law. I personally think that the best way to understand anything is to try and understand exactly why and how stuff came to exist in the first place, so today I present a historical analysis of copyright law and how it came into being.

Let us travel back in time, back to our stereotypical club-wielding tribe of stone age human. Back then, the leader not only controlled and lead the tribe, but ensured that every facet of it worked to increase his and everyone else’s chance of survival, and chance of ensuring that the next meal would be coming along. In short, what was good for the tribe was good for the people in it. If anyone came up with a new idea or technological innovation, such as a shield for example, this design would also be appropriated and used for the good of the tribe. You worked for the tribe, and in return the tribe gave you protection, help gathering food and such and, through your collective efforts, you stayed alive. Everybody wins.

However, over time the tribes began to get bigger. One tribe would conquer their neighbours, gaining more power and thus enabling them to take on bigger, larger, more powerful tribes and absorb them too. Gradually, territories, nations and empires form, and what was once a small group in which everyone knew everyone else became a far larger organisation. The problem as things get bigger is that what’s good for a country starts to not necessarily become as good for the individual. As a tribe gets larger, the individual becomes more independent of the motions of his leader, to the point at which the knowledge that you have helped the security of your tribe does not bear a direct connection to the availability of your next meal- especially if the tribe adopts a capitalist model of ‘get yer own food’ (as opposed to a more communist one of ‘hunters pool your resources and share between everyone’ as is common in a very small-scale situation when it is easy to organise). In this scenario, sharing an innovation for ‘the good of the tribe’ has far less of a tangible benefit for the individual.

Historically, this rarely proved to be much of a problem- the only people with the time and resources to invest in discovering or producing something new were the church, who generally shared between themselves knowledge that would have been useless to the illiterate majority anyway, and those working for the monarchy or nobility, who were the bosses anyway. However, with the invention of the printing press around the start of the 16th century, this all changed. Public literacy was on the up and the press now meant that anyone (well, anyone rich enough to afford the printers’ fees)  could publish books and information on a grand scale. Whilst previously the copying of a book required many man-hours of labour from a skilled scribe, who were rare, expensive and carefully controlled, now the process was quick, easy and available. The impact of the printing press was made all the greater by the social change of the few hundred years between the Renaissance and today, as the establishment of a less feudal and more merit-based social system, with proper professions springing up as opposed to general peasantry, meaning that more people had the money to afford such publishing, preventing the use of the press being restricted solely to the nobility.

What all this meant was that more and more normal (at least, relatively normal) people could begin contributing ideas to society- but they weren’t about to give them up to their ruler ‘for the good of the tribe’. They wanted payment, compensation for their work, a financial acknowledgement of the hours they’d put in to try and make the world a better place and an encouragement for others to follow in their footsteps. So they sold their work, as was their due. However, selling a book, which basically only contains information, is not like selling something physical, like food. All the value is contained in the words, not the paper, meaning that somebody else with access to a printing press could also make money from the work you put in by running of copies of your book on their machine, meaning they were profiting from your work. This can significantly cut or even (if the other salesman is rich and can afford to undercut your prices) nullify any profits you stand to make from the publication of your work, discouraging you from putting the work in in the first place.

Now, even the most draconian of governments can recognise that your citizens producing material that could not only benefit your nation’s happiness but also potentially have great material use is a valuable potential resource, and that they should be doing what they can to promote the production of that material, if only to save having to put in the large investment of time and resources themselves. So, it makes sense to encourage the production of this material, by ensuring that people have a financial incentive to do it. This must involve protecting them from touts attempting to copy their work, and hence we arrive at the principle of copyright: that a person responsible for the creation of a work of art, literature, film or music, or who is responsible for some form of technological innovation, should have legal control over the release & sale of that work for at least a set period of time. And here, as I will explain next time, things start to get complicated…

SCIENCE!

One book that I always feel like I should understand better than I do (it’s the mechanics concerning light cones that stretch my ability to visualise) is Professor Stephen Hawking’s ‘A Brief History of Time’. The content is roughly what nowadays a Physics or Astronomy student would learn in first year cosmology, but when it was first released the content was close to the cutting edge of modern physics. It is a testament to the great charm of Hawking’s writing, as well as his ability to sell it, that the book has since sold millions of copies, and that Hawking himself is the most famous scientist of our age.

The reason I bring it up now is because of one passage from it that spring to mind the other day (I haven’t read it in over a year, but my brain works like that). In this extract, Hawking claims that some 500 years ago, it would be possible for a (presumably rich, intelligent, well-educated and well-travelled) man to learn everything there was to know about science and technology in his age. This is, when one thinks about it, a rather bold claim, considering the vast scope of what ‘science’ covers- even five centuries ago this would have included medicine, biology, astronomy, alchemy (chemistry not having been really invented), metallurgy and materials, every conceivable branch of engineering from agricultural to mining, and the early frontrunners of physics to name but some. To discover everything would have been quite some task, but I don’t think an entirely impossible one, and Hawking’s point stands: back then, there wasn’t all that much ‘science’ around.

And now look at it. Someone with an especially good memory could perhaps memorise the contents of a year’s worth of New Scientist, or perhaps even a few years of back issues if they were some kind of super-savant with far too much free time on their hands… and they still would have barely scratched the surface. In the last few centuries, and particularly the last hundred or so years, humanity’s collective march of science has been inexorable- we have discovered neurology, psychology, electricity, cosmology, atoms and further subatomic particles, all of modern chemistry, several million new species, the ability to classify species at all, more medicinal and engineering innovations than you could shake a stick at, plastics, composites and carbon nanotubes, palaeontology, relativity, genomes, and even the speed of spontaneous combustion of a burrito (why? well why the f&%$ not?). Yeah, we’ve come a long way.

The basis for all this change occurred during the scientific revolution of the 16th and 17th centuries. The precise cause of this change somewhat unknown- there was no great upheaval, but more of a general feeling that ‘hey, science is great, let’s do something with it!’. Some would argue that the idea that there was any change in the pace of science itself is untrue, and that the groundwork for this period of advancing scientific knowledge was largely done by Muslim astronomers and mathematicians several centuries earlier. Others may say that the increasing political and social changes that came with the Renaissance not only sent society reeling slightly, rendering it more pliable to new ideas and boundary-pushing, but also changed the way that the rich and noble functioned. Instead of barons, dukes and the nobility simply resting on their laurels and raking in the cash as the feudal system had previously allowed them to, an increasing number of them began to contribute to the arts and sciences, becoming agents of change and, in the cases of some, agents in the advancement of science.

It took a long time for science to gain any real momentum. For many a decade, nobody was ever a professional scientist or even engineer, and would generally study in their spare time. Universities were typically run by monks and populated by the sons of the rich or the younger sons of nobles- they were places where you both lived and learned expensively, but were not the centres of research that they are nowadays. They also contained a huge degree of resistance to the ideas put forward by Aristotle and others that had been rediscovered at the start of the revolution, and as such trying to get one’s new ideas taken seriously was a severe task. As such, just as many scientists were merely people who were interested in a subject and rich and intelligent enough to dabble in it as they were people committed to learning. Then there was the notorious religious problem- whilst the Church had no problem with most scientific endeavours, the rise of astronomy began one long and ceaseless feud between the Pope and physics into the fallibility of the bible, and some, such as Galileo and Copernicus, were actively persecuted by the Church for their new claims. Some were even hanged. But by far the biggest stumbling block was the sheer number of potential students of science- most common people were peasants, who would generally work the land at their lord’s will, and had zero chance of gravitating their life prospects higher than that. So- there was hardly anyone to do it, it was really, really hard to make any progress in and you might get killed for trying. And yet, somehow, science just kept on rolling onwards. A new theory here, an interesting experiment here, the odd interesting conversation between intellectuals, and new stuff kept turning up. No huge amount, but it was enough to keep things ticking over.

But, as the industrial revolution swept Europe, things started to change. As revolutions came and went, the power of the people started to rise, slowly squeezing out the influence and control of aristocrats by sheer weight of numbers. Power moved from the monarchy to the masses, from the Lords to the Commons- those with real control were the entrepreneurs and factory owners, not old men sitting in country houses with steadily shrinking lands that they owned. Society began to become more fluid, and anyone (well, more people than previously, anyway), could become the next big fish by inventing something new. Technology began to become of ever-increasing importance, and as such so did its discovery. Research by experiment was ever-more accessible, and science began to gather speed. During the 20th century things really began to motor- two world wars prompted the search for new technologies to enter an even more frenzied pace, the universal schooling of children was breeding a new generation of thinkers, and the idea of a university as a place of learning and research became more cemented in popular culture. Anyone could think of something new, and in that respect everyone was a scientist.

And this, to me, is the key to the world we live in today- a world in which a dozen or so scientific papers are published every day for branches of science relevant largely for their own sake. But this isn’t the true success story of science. The real success lies in the products and concepts we see every day- the iPhone, the pharmaceuticals, the infrastructure. The development of none of these discovered a new effect, a new material, or enabled us to better understand the way our thyroid gland works, and in that respect they are not science- but they required someone to think a little bit, to perhaps try a different way of doing something, to face a challenge. They pushed us forward one, tiny inexorable step, put a little bit more knowledge into the human race, and that, really, is the secret. There are 7 billion of us on this planet right now. Imagine if every single one contributed just one step forward.