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Technophobia

 

 

Today many people are technophobic.  They are surrounded by things they have little knowledge of.  They describe people who do understand things as 'geeks' or 'nerds'.  For them the chemistry, physics or biology on which their TV, computer, phone or medicines depend might just as well be magic.  

I find that many reasonably intelligent people have simply not taken the time to find out how things work. 

Simple things familiar to many teenagers of yesteryear like: the operation of an internal combustion engine and the difference between a four stroke, two stroke and diesel engine; or even more primitively: how the valving of a steam engine works, seem to have eluded them in their youth.

No one person can grasp the whole of technology. Specialists are required.  So I'm not suggesting that everyone should know how to tap a blast furnace; build a TV transmitter; or design a mobile phone.  But when it comes to common knowledge, like the physics of an aircraft wing or the operation of a gas turbine; or how a cellular phone; GPS; computer (CPU,  I/O, BIOS, memory etc); their TV; or even their old radio works, many seem to be 'completely in the dark'. 

Technical ability, spatial perception and mechanical aptitude are not universal.  Half the population has (by definition) less than 'average' ability to comprehend or implement technology.  Not everyone has the ability to change a tap washer let alone make simple repairs to their car or their computer.

So there is a risk that those with abilities that lie elsewhere may come to think that technical and scientific knowledge is akin to magic or the dark arts. 

To counter this the remainder has an intellectual duty to apply their higher ability to make themselves aware of the basics of how our contemporary technology works and to reassure the less competent. 

For more discussion of 'science, magic and religion' follow this link.

As a matter of personal prejudice I abhor the Luddite sentiment.  I detect this today in some Greens (stereotypically in 'alternative societal' dropouts) and in some European postmodernists and their Australian acolytes. 

Postmodernists were among the people who inspired the ultimate Luddite: Pol Pot, to embrace agrarian socialism, with the consequent torture and murder of engineers, scientists and other 'intellectuals'.  This ultimately led to societal collapse and the death of 20% of the entire Cambodian population (see Cambodia on this website) through murder and starvation. 

 

S21
Agrarian Socialist outcomes

 

As we saw in an exhibition in the infamous S21 torture prison, delegations of admiring European 'alternative lifestyle' advocates actually visited Cambodia and applauded his initiatives as the country declined into chaos.

This website strongly embraces the expansion of human knowledge and its associated technological capabilities and achievements.  I believe that these will be the achievements that distinguish the brief presence of humanity in this universe. 

In this context the harnessing of nuclear fission is but an additional step on the path to comprehending the universe and mastering our environment.  These steps include our earlier harnessing of fire in furnaces for pottery and metals manufacture; then replacing beasts of burden, slavery, serfdom and indentured labour with external combustion energy based on steam; followed by internal combustion and the harnessing of electricity.  

With commercial electricity came the development of new materials, electronic communications and computing.  Many of these advanced and novel materials are less than fifty years old but have become ubiquitous to the everyday consumer like: the ceramic magnets that are that basis of our motors and microwave ovens; the piezoelectric ceramics that light out gas fire; the liquid crystals that provide our screens; the electret plastics we talk to; or the semiconductors that provide us with logic and light.

In less than my lifetime computing, together with our other advances, has provided a massive increase in our ability to process and analyse our universe.  Technological advance has extended into new abilities in biology and medicine and to every aspect of our lives.

Without our knowledge of nuclear physics and the part played by nuclear fission in the history of science and technology none of this would have been possible. 

This is a step by step process. Nuclear fission may soon be joined by further steps along the technological path.  Nuclear fusion powers the Sun and has already been demonstrated on Earth in weapons (devastatingly) and in laboratories (more like a whimper than a bang) but is yet to be commercialised for peaceful commerce.  Commercial fission has been a necessary step along our path.  Let's continue forward.

 

2015 Fukushima Update:

My predictions on this website in 2011 have been confirmed.

The 2011 Tōhoku earthquake and tsunami resulted in 15,891 deaths, 6,152 injured and 2,584 people are still missing, mainly in the Fukushima area.

Many of these deaths could have been avoided had conventional infrastructure been appropriately engineered.

In comparison, despite its aging and outdated structures and design, there have been no casualties as a result of the damage to the Fukushima I Nuclear Power Plant.

The World Health Organisation now says that due to prompt action there is virtually no risk to the health of people who were evacuated or anyone else.

Early estimates of casualties from the nuclear accident, including up to 1,300 additional cancer deaths globally were quickly proven to be exceptionally alarmist [open this link].

One health expert is reported as saying: "On the basis of the radiation doses people have received, there is no reason to think there would be an increase in cancer in the next 50 years. The very small increase in cancers means that it’s even less than the risk of crossing the road."

By far the greatest and most likely threat to life in this region is not the (still crippled) reactors at the plant but another seismic event. 

Although evacuees are now returning to all but a small area, the media and political focus on the nuclear issue has distracted from required improvements to conventional infrastructure to guard against such a deadly recurrence.

 

 

 

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Travel

Southern Africa

 

 

In April 2023 we took a package tour to South Africa with our friends Craig and Sonia. We flew via Singapore to Cape Town.

 



Cape Town is the country's legislative capital and location of the South African Parliament.
It's long been renowned for Table Mountain, that dominates the city.

Read more: Southern Africa

Fiction, Recollections & News

The Time Lord

 

 

 

For no apparent reason, the silver haired man ran from his companion, shook a tree branch, then ran back to continue their normal conversation. It was as if nothing had happened. The woman seemed to ignore his sudden departure and return.

Bruce had been stopped in peak hour traffic, in the leafy suburban street, and had noticed the couple walking towards him, engaged in good humoured argument or debate.  Unless this was some bizarre fit, as it seemed, the shaken tree branch must be to illustrate some point. But what could it be?

Just as the couple passed him, the lights up ahead changed and the traffic began to move again. 

Read more: The Time Lord

Opinions and Philosophy

Australia's $20 billion Climate strategy

 

 

 

We can sum this up in a word:

Hydrogen

According to 'Scotty from Marketing', and his mate 'Twiggy' Forrest, hydrogen is the, newly discovered panacea, to all our environmental woes:
 

The Hon Scott Morrison MP - Prime Minister of Australia

"Australia is on the pathway to net zero. Our goal is to get there as soon as we possibly can, through technology that enables and transforms our industries, not taxes that eliminate them and the jobs and livelihoods they support and create, especially in our regions.

For Australia, it is not a question of if or even by when for net zero, but importantly how.

That is why we are investing in priority new technology solutions, through our Technology Investment Roadmap initiative.

We are investing around $20 billion to achieve ambitious goals that will bring the cost of clean hydrogen, green steel, energy storage and carbon capture to commercial parity. We expect this to leverage more than $80 billion in investment in the decade ahead.

In Australia our ambition is to produce the cheapest clean hydrogen in the world, at $2 per kilogram Australian.

Mr President, in the United States you have the Silicon Valley. Here in Australia we are creating our own ‘Hydrogen Valleys’. Where we will transform our transport industries, our mining and resource sectors, our manufacturing, our fuel and energy production.

In Australia our journey to net zero is being led by world class pioneering Australian companies like Fortescue, led by Dr Andrew Forrest..."

From: Transcript, Remarks, Leaders Summit on Climate, 22 Apr 2021
 

 

Read more: Australia's $20 billion Climate strategy

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