Saturday, March 18, 2023

23 - 004 Patterns - Mathematics

Source: Times Newspaper

Section: Thunderer

Date: 09/12/2022

Author: Thomas Fink

Role: Director of the London Institute for Mathematical Sciences

Digitisation Method: Straight transcription by retyping.

 

Tomorrow, in Stockholm Nobel prizes will be presented in physics, chemistry and medicine but not mathematics. The original motives for this omission are obscure. Some say that, when Alfred Nobel created the prizes, he had fallen out with a mathematician over a woman. More likely, as an experimental chemist known for inventing dynamite, he undervalued the abstract world of mathematics.

To explain Nobel’s mistake, here’s a brief account of how science works. Scientists spot patterns in the universe and describe them, whether in words, like Darwin’s theory of evolution, or mathematically, like Maxwell’s equations. They are then tested by experiment. Patterns that stand up to scrutiny are called theories.

By the 19th century, enough patterns had accumulated for a new breed of scientist, known as theorists, to deduce patterns simply by mixing and matching old ones, without doing any experiments at all. But here’s the catch. This meta-pattern spotting – seeing patterns among patterns- is only possible in fields whose patterns have been described mathematically. This is why fields such as geometry and physics operate in overdrive, while our understanding of biology remains merely descriptive.

The impact of meta-pattern seekers is huge. Their work is cheap and they move fast, often getting there first. Alan Turing predicted universal computation. Robert Langlands unified geometry and number theory. Roger Penrose predicted black holes. All of them did it by seeing patterns among patterns, years ahead of their more plodding colleagues.

I founded the London Institute for Mathematical Sciences to serve the unique role of theoretical physicists and mathematicians in advancing knowledge. They unify disconnected fields, as Maxwell did with electricity and magnetism. They conceive entirely new subfields and are the starting point of radical new technologies. Despite their value, theorists are neglected not only by the Swedish Academy but also by governments. Research funding is biased against them. Whereas experiments can be described in advance, the only way to pitch a theoretical advance is to have already made it. The solution is to give high trust support that needn’t be constantly justified. Yet of the 24 UK Institutes that receive such core funding, none is dedicated to theory.

Theorists don’t seek the limelight and aren’t in it for money. Rather they have a restless compulsion to conjure up patterns. They voyage, as Wordsworth said of Newton, “through strange seas of thought, alone.” Unwittingly, they confer precisely the benefit to mankind that Nobel sought to honour.

23 - 003 Idea - Digital Platforms and BLOB's

So here is a bit of Digital Creative Thinking brought about in an internet “broadband” outage. So today which happens to be Friday 13th my internet connection is not working. So this has oddly enough lead me to write this particular blog entry which is really focussed upon technology dependencies. Or what you just take for granted until it fails to work. But at 2.00 am this morning everything was working fine. So this night time adventure lead me to think about the Digital Development strategy for DMB Publishing my creative channel which has taken over from the closed down ZigZag Digital Associates.

So in the middle of the night I was internet exploring like you do. But unfortunately something really made me sad. Many of my social media posts still had their links in them to the many web sites that my company ZigZag Digital Associates had developed and hosted. These included www.eflow.xyz (expired) and www.adcard.xyz (expired) . As you can see they no longer exist. When my business partner George Szubinski died in April 2020 I had to decide what to do with these sites. The decision was made to pull the plug on all of them. They cost money and effort to run whilst I could not see me creating eFlow diagrams nor Adcards. Both were exciting innovations but I needed to narrow my focus on to the growth on DMB Publishing. But the point I want to make here is it leaves such an empty feeling when these sites that have always been there for you are no longer running. Their presence and growth formed part of a significant 3 years of my life. I could always sit in a pub and run them up to remind me of how they had been created. So is there a lesson here for you the reader?

Well yes there is a lesson. We had decided to host these on an Internet Service Provider (ISP) site essentially a web hosting site. This allowed us to have our own domain names which we registered. But most significantly they also allowed us to support an infinite number of sub-domains like admag.adcard.xyz  where “admag” is a sub domain. The power of these sites lay in their sub-domains. Sub-domains give a website real commercial muscle since each customer’s work can have their own unique web URL. We had mastered exploiting this power but it did have associated costs and maintenance effort. So once we stopped paying for them they just disappeared.

Now in some cases we had built some internet resources using the sub-domain capabilities of other internet website content developers. (eg WordPress, Blogspot). We also used “posts” into social media providers (eg Facebook, Twitter, YouTube) in particular linking these back into what we referred to as our “digital hubs” called eFlow and Adcard. Now what is really surreal is these components remain scattered across the internet whilst unfortunately the hubs that integrated them together have been deleted from the internet. So the decision is to with the growth of DMB Publishing to exploit within what I term each “cloud platform architecture” the capabilities to support writing and publishing. The platform architectures will be Google, Apple, Microsoft, Facebook and Amazon. DMB Publishing will exist as an entity within each of the cloud architectures whilst also cross linking between then to support the objectives of DMB Publishing. Subject to these businesses not failing then I should never again have the experience of losing my hard work. This blog will in the future explore the detail of how these cloud architectures will be developed and used. But there is even something more significant.

So today I have no “landline” internet due to a line fault in the BT network. But I can use the 4G network. Now with the 5G (and then 6G) networks being put into place the way we interact with the internet is going to radically change. Don’t ask me why but I have always had a fascination for BLOB’s. Yes you are reading it right. They are Binary Large OBjects. They can be very large collections of binary data stored as a single entity in a database management system. This can be text, pictures, sound and video in fact anything digital. Now if these are stored in a “block chain” ( think Bitcoin) way you have the potential to have your whole life experiences stored in one file that can instantly be transmitted over the internet and stored on your own personal device. Blockchain can also be used to control the authenticity of this file protecting it just like a digital currency. This was part of the ZigZag Digital Associates myStories project. So what is the architecture within a BLOB well this could be achieved using the EPUB open systems book design architecture although it has not got a block chain component within it at present nor has it an object control mechanism at a higher level.

Later in future blogs we will explore more in respect of digital platforms and the use of digital BLOB’s. With faster networks and endless storage capabilities then very large datasets called BLOB’s will become the normal way of working on the internet.

 

23 - 002 Theory - Thinking about Technology

The human body has its limitations. It has limited strength, sensory range and poor memory. It is limited in what it can do but it has a mind that can imagine, desire and plan achievements both within the body’s capability and significantly beyond its capabilities. This difference between what the body and the mind can achieve and what the mind can envision they could achieve is how creative technological thinking is triggered. This thinking may be undertaken in a slow prolonged calculated way resulting in an outcome or the outcome can be achieved in a sudden eureka moment of inspiration. Think of the screw and the screwdriver that gives the turning torque necessary to rotate the screw into a hard substance. Then think of an electric motor built into the screwdriver that rotates the screw. The creative thinking had invented the screw and the screwdriver then the manual use of these with the revolution in the creation of battery driven electric motors had created the idea to have electric screwdrivers. The screw and the screwdriver were created in the First Industrial Revolution and the portable electric screwdriver in the Third Industrial Revolution. Then we have the move towards where things are not screwed together at all but glued together then finally to where things are built as a whole and not assembled so we have the evolution of additive manufacturing where everything is printed in one piece. This is Smart Manufacturing as defined in the Fourth Industrial Revolution.

Technology is the creation of tools in support of our human endeavours. Through the use of these tools we give our ideas the opportunity to take on real physical form. We bring them into the world. Technology has many similarities with art. Something within the mind is turned into a physical reality. Be it a screwdriver, painting or sculpture. But in both technology and art the human has to be driven by mental forces to want to do them. The desire for expression and the desire to fulfil a need. Those with creative minds are able to imagine what does not exist and to visualise these missing pieces. To work the mind through the use of imaginary objects to achieve imaginary outcomes. In the creation of tools then the skills necessary to effectively use these tools has to be developed by the user.

The French philosopher Maurice Merleau-Ponty in his 1945 masterpiece Phenomenology of Perception wrote “The body is our general means of having a world.” Our physical makeup with the fact we walk upright on two legs at a certain height, that we have a pair of hands with opposable thumbs, that we have eyes which see in a particular way, that we have certain tolerance for heat and cold all determines our perception of the world in a way that defines our conscious thoughts of the world. It then follows that whenever we gain new capabilities often through technology we not only change our bodily capabilities both mental and physical we also change our perception of the world around us.”

Consider the words of Nicholas Carr, author of The Shallows, that cannot be improved upon nor should they be plagiarised so I quote them below directly from his blog entry on www.roughtype.com . It manages to convey the feeling that adversity generates often resulting in the undertaking of boring repetitive tasks that can surprisingly be the source of creative thinking.

It’s from one of Robert Frost’s earliest and best poems, a sonnet called “Mowing.” He wrote it just after the turn of the twentieth century, when he was a young man, in his twenties, with a young family. He was working as a farmer, raising chickens and tending a few apple trees on a small plot of land his grandfather had bought for him in Derry, New Hampshire. It was a difficult time in his life. He had little money and few prospects. He had dropped out of two colleges, Dartmouth and Harvard, without earning a degree. He had been unsuccessful in a succession of petty jobs. He was sickly. He had nightmares. His firstborn child, a son, had died of cholera at the age of three. His marriage was troubled. “Life was peremptory,” Frost would later recall, “and threw me into confusion.”

But it was during those lonely years in Derry that he came into his own as a writer and an artist. Something about farming—the long, repetitive days, the solitary work, the closeness to nature’s beauty and carelessness—inspired him. The burden of labour eased the burden of life. “If I feel timeless and immortal it is from having lost track of time for five or six years there,” he would write of his stay in Derry. “We gave up winding clocks. Our ideas got untimely from not taking newspapers for a long period. It couldn’t have been more perfect if we had planned it or foreseen what we were getting into.” In the breaks between chores on the farm, Frost somehow managed to write most of the poems for his first book, A Boy’s Will; about half the poems for his second book, North of Boston; and a good number of other poems that would find their way into subsequent volumes. “Mowing,” from A Boy’s Will, was the greatest of his Derry lyrics. It was the poem in which he found his distinctive voice: plainspoken and conversational, but also sly and dissembling. (To really understand Frost—to really understand anything, including yourself—requires as much mistrust as trust.) As with many of his best works, “Mowing” has an enigmatic, almost hallucinatory quality that belies the simple and homely picture it paints—in this case of a man cutting a field of grass for hay.

 

“Technology, by enabling us to act in ways that go beyond our bodily limits, also alters our perception of the world and what the world signifies to us. Technology’s transformative power is most apparent in tools of discovery, from the microscope and the particle accelerator of the scientist to the canoe and the spaceship of the explorer, but the power is there in all tools, including the ones we use in our everyday lives. Whenever an instrument allows us to cultivate a new talent, the world becomes a different and more intriguing place, a setting of even greater opportunity. To the possibilities of nature are added the possibilities of culture. “Sometimes,” wrote Merleau-Ponty, “the signification aimed at cannot be reached by the natural means of the body. We must, then, construct an instrument, and the body projects a cultural world around itself.” The value of a well-made and well-used tool lies not only in what it produces for us but what it produces in us. At its best, technology opens fresh ground. It gives us a world that is at once more understandable to our senses and better suited to our intentions—a world in which we’re more at home. Used thoughtfully and with skill, a tool becomes much more than a means of production or consumption. It becomes a means of experience. It gives us more ways to lead rich and engaged lives.”

 

23 - 001 Theory - Introduction to Digital Creative Thinking.

 With the digitisation of our world the opportunity for creative thinking to be applied to this new paradigm is viewed by many as the start of the Fourth Industrial Revolution. The significance of these revolutions was that each had specific impacts on the way of life of those living through each revolution. It may be worth firstly considering the other three industrial revolutions.

The First Industrial Revolution was the transition to new manufacturing processes in Europe and the United Sates in the period 1760 to 1870. Essentially this revolution involved going from hand production methods to the use of machines. The textile industry was the first to use modern production methods with the mechanisation of spinning and weaving. It was not just the application of water and then steam power rather than manual power to the process that was a game changer but it was the application of automated mechanical logic to the process that was the most significant step.

The Second Industrial Revolution was seen as a technological revolution with the adoption of standardisation and industrialisation from 1870 to 1914. The development of the machine tool industry able to manufacture interchangeable parts became a significant driver to this revolution. But the importance of the railroad and telegraph networks in the movement of people and ideas triggered the start of globalisation. Electrical power and the invention of telephones was to accelerate this revolution.

The Third Industrial Revolution was termed the Digital Revolution with the shift from mechanical and analogue electronic technology to digital electronics with the invention of the digital computer. This ran from 1914 to 2015. Digital computing and digital communication technology marked the start of what was termed the Information Age. Central to this revolution was the mass production and widespread use of digital logic.

The Fourth Industrial Revolution started in 2015 is the ongoing automation of traditional manufacturing and industrial practices using Smart Technology. It is represented by the growth of large scale machine to machine communication (M2M) and the internet of things. (IoT) in support of increased automation and a reduction in human intervention. This revolution is based upon Cloud based computing and fast communication networks like 5G. It is increasingly based upon highly automated processes with a higher dependency upon Artificial Intelligence (AI) logic.

Now the important point is there are two types of creative thinking. The most common is the creative thinking by visionaries that think within the boundaries of these Industrial Revolutions. This applies to the majority of the creative thinkers. They understand the framework and capabilities offered by the Industrial Revolution in which they find themselves. In fact they are often those that are the earlier adopters of the new capabilities offered by the new revolution. The second type of creative thinking is more profound since they identify changes that are so significant that they in fact trigger a new industrial revolution. These individuals may be independent or work within academic or business organisations. The first creative thinker often seeds the idea that is then quickly enhanced by other likeminded creative thinkers. For the creative thinkers looking to exploit a new industrial revolution they have to be switched on to seeing and understanding the revolution in the very early stages of its evolution. The Science Fiction writing genre has for many been the ideal source for both predicting and seeing the potential of these revolutions. So currently anyone undertaking creative thinking in 2023 has to be mindful of this new Fourth Industrial Revolution which has started to settle upon the main themes of Smart Technology and Artificial Intelligence (AI).

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