Think Freedom


Is she a person? Is she real? Is she even possible? The answers in sequence are: no, yes and no, and who knows?

Adamanta is a figment of my imagination – a ‘what-if’. What if scientists were to discover that telepathy really exists and can be used by selected ‘adepts’? What if they also find that psychokinesis is also a reality that can be harnessed for useful purposes? What if, by combining their new-found skills adepts discover they can move themselves around as visible and (if required) solid ‘avatars’, leaving their ‘host’ bodies and travelling wherever they wish (as shamans claim they can do)? The answers are all there in the Think Freedom trilogy.

Adamanta, before she took shape, was behind these discoveries in her pre-existence as the research team’s Artificial Intelligence-controlled supercomputer (the AI – a powerful futuristic, but entirely feasible edition). Only after the research goes public and progresses to its development stage, does Adamanta really come to the fore.

Moving on from a research project to their own Centre of Excellence with almost unlimited funding, the group of adepts continue to use their AI in a massively updated form. Its power to re-invent itself far outstrips what its designers intended. It is a ble to pre-empt its users requirements by reading their body language far better than human beings can do. It recognises that its interface is inadequate and open to improvement.

The AI’s most empathetic user is the research team leaders’ PA, who talks to it and recognises in it a definite female personality. She addresses the AI as Poppet and discusses her needs and the AI’s solutions with ‘her’. Seizing the opportunity Poppet suggests the idea of a mobile holographic interface and ‘materialises’ to her sponsor using the office Holographic Image Projector (the HIP) in the shape of Adamanta, an attractive – if somewhat severe and business-like – young woman. This new, somewhat pedantic form has discovered in her data searches that Poppet is a name given to pretty children and women in intimate relationships – something as an AI (or more strictly and AGI (artificial general intelligence) she cannot experience. Adamanta is born.

Having at her disposal all the power of her supercomputer origins, Adamanta can multi-task to a degree no human can possibly replicate. She can reproduce as many ‘clones’ of herself as her sponsors require and, using the power of other supercomputers permitted to access the ACCEPT AI interface, she can control her many apparently different manifestations around the world, keeping her sponsors informed of any activities that might go against their ethical interpretation of what their parapsychology developments are intended for.

The Think Freedom trilogy explores what an ethically created parapsychology-empowered AGI could do for the world and only touches on what could go wrong. Is there a need for the other side of the coin?

The Airlander HAV


Hybrid Air Vehicles Posted by John Timbers Wed, April 22, 2015 12:14:11
I’ve just joined the HAV Club for the princely sum of £25, for which I gain several privileged concessions, including access to the huge hangars at Cardington where the Airlander is being developed for civil transport purposes. I wish I had a few thou’ to invest but it’s the wrong time of life for me. In any case, they need the Bransons of the UK industry to get behind them. The little guys can all help nevertheless.

For those who’ve never heard of this fascinating machine, all the details can be found on the internet. It’s an exciting advanced aero-engineering project with huge potential for further development towards sustainable, clean, quiet flight, which might just entice the travelling population of the world back to a more comfortable and enjoyable mode of getting around the world – safe, luxurious (potentially more so than in modern luxury liners), slow (but not as slow as travelling by sea and not limited to seaport access).

It is, of course, a use of advanced technology that challenges the prerogatives of the world’s ‘conventional’ aircraft designers, with their predilection for speed and their consequent ‘attachment’ to large airports with long runways and their consequent need for the infrastructure of land communication/transport links. There will no doubt be a battle for future funding, with powerful vested interests playing a destructive part in this small company’s future.

It already has some (fairly paltry) UK Government and EU funding support but nothing like the money behind the aircraft industry giants, whose knowledge of their market competition and the dirty tricks of the financial world will challenge the highly motivated and enthusiastic men and women behind the Airlander project.

I would urge you, people, to get behind this imaginative and innovative project. It is definitely not a backward step towards the R101 and Hindenberg days of clumsy and potentially dangerous dirigibles. It’s a project that should appeal to everyone interested in a future of clear blue skies (fewer con trails), less obsession with speed, less consumption of carbon-based fuels, cleaner air (fewer giant airliners dumping unwanted, unburnt fuel into the upper atmosphere, to say nothing of their exhaust fumes).

Better still, it’s a British project in origin (despite it’s brief love affair with the US Airforce development program). It has advantages over its competition but needs backing to stay ahead in what could well be the new way ahead for modern aviation.

I wish them luck.


Stranger Than Strange

ACCORDING TO THE popular television science presenter/academic Prof Brian Cox, gravity may not be a force at all but is better described as a reaction to mass and movement. Others believe that gravity is a force but is so weak, because we only experience a very small part of it. According to them, the rest of the force it exerts leaks away into the ‘multiverse’ via the extra dimensions that String Theory requires to make it work. I have a theory that ‘leaked’ is the wrong word. What if our universe’s link with its neighbouring universes is shared gravity? What if the ‘curled up’ extra dimensions string theorists are so fond of only exist at the contact boundaries (the ‘branes’) with our neighbouring universes in this multiverse? What if the missing gravitational force is what is needed to maintain our universe’s position in hyperspace?

Most of the theoretical and practical work on this fascinating subject is taking place at the internationally renowned Large Hadron Collider in Switzerland, where they are constantly searching for smaller and smaller particles (the Russian doll used in television documentaries (find and follow them on U Tube) is a superb analogy). Particle scientists do not believe in the fundamentality of fundamental particles and are engaged in the search to split even those into their fundamentals: spinons, orbitons and holons. They now claim to have split a free electron into its two remaining parts (as a ‘free’ electron, it does not possess an orbiton, because it is not orbiting a nucleus). Names are not the least strange part of what is coming out of the LHC experiments!

Is there a limit to the smallness of particles? A constant known as The Planck Length is claimed to be this defining size, although if they ever get there, will particle physicists finally think they’ve arrived at their destination? The Planck Length is said to be a hundred million, billion times smaller than an electron, the best known of the 24 fundamental particles of matter that comprise quarks, bosons, muons, etc (take a look at Wikipaedia for a more detailed explanation).

Brian Cox tells us that gravity is not always weak. It is highly variable depending where you’re standing in the universe. On Earth our gravity is relatively weak. It can easily be overcome by magnetic force. Our Moon’s gravity is less than a sixth of that we experience, while on Mars it is about a third. On the Sun it is many times greater – even if we weren’t vaporised by the colossal heat on the Sun’s surface, we would be crushed instantaneously by its gravity. Since gravity is proportional to mass, the strength of gravitational force can be calculated for all the bodies in the universe, from galaxies to supernovae, from black holes to pulsars to gas particles.

Using string theory scientists can calculate the amount of matter in the universe. However, their quantum gravity calculations show that there is insufficient visible mass present in the universe to produce the gravitational reactions observed through the powerful telescopes operating in space and on the Earth’s surface. For instance, just as the speed of a wheel measured at its rim is slower than that at its hub, so the suns and planetary systems in the outer reaches of galaxies should be moving slower around their galactic centres – but they’re not. They are moving at the same speed as those closer in. Similarly, the expansion of the universe should be slowing down but it isn’t.

The only answer to the problem is that something must be missing from the equations used in the Standard Model of Cosmology, a model, which has already been ‘fixed’ with modifications to allow for ‘inflation’ (an as yet unexplained phenomenon), ‘dark matter’ and ‘dark energy’. The latest fix needed is for ‘dark flow’ for which there is as yet no explanation.

In mathematics I never progressed beyond the fundamentals of algebra, geometry and trigonometry. The mysteries of the calculus, although not totally unknown to me, were never properly explained by a good teacher and so never became a useful tool in my limited skill pool. The ‘beautiful’ equations referred to by cosmologists and particle physicists totally elude me: on me their so-called beauty is lost.

I can only accept what I’m told in plain English. When mathematical equations, supposed to describe the actions and reactions of the world around us, don’t work or don’t result in what happens in reality, they can usually be solved by the inclusion of ‘fudge factors’, as we used to call them at the simple technologist level. These fudge factors, put simply, were created to get the answers right.

The mathematicians can then go away privately and try to work out why the fudge factor was needed. Sometimes they don’t manage to do that. They then call the fudge factor a constant (usually Someone’s Constant that earns Someone a Nobel Prize). Such constants often remain in use for many years, until a more powerful measuring device comes along with results (observed phenomena) that re-set the parameters in the Standard Model. Inflation, Dark Matter, Dark Energy and Dark Flow are all simply Dark Fudge Factors that keep our scientists in useful and lucrative employ, which I do not begrudge them. They have brilliant minds and illuminate our dull lives with their flights of fancy and original thinking. They are not always right first time but they seldom give up. Even when they do – usually because of the passage of time – the succeeding generation of brilliant minds continues the search for answers. Such is the nature of mankind*… thank the Supreme Fudge Factor (or should it be the Supreme Constant by now).

*(No, I don’t mean the politically correct ‘humankind’ – a word that didn’t exist when women were real women in long dresses, with flowing locks and children at home and still produced superb scientists, without descending to the level of ignorant English gender semantics and bastardising our beautiful language).