
There are always two sides of a coin and we have to put some relevant questions: Can science solve all questions, or do new questions occur when one has been solved? Is the science that isn't the divine idea, but the way through which a human being tries do explain or manipulate complex systems in nature, a basic condition for life on earth in the future or does it maybe in the long run contribute to destruction of the earth, by promoting development of new products, among them weapons, and a constantly increasing demand for these products? Does science make us happier? Or smarter?
The scientific world is a world quite different from other worlds. The scientific world is very narrow, which means that a single person often for years deals with one question within a narrow field. The scientist is often satisfied with, or at least bound to that, while the aim is to prove that a thesis is true or to develop a better instrument to cure some particular illness, make aeroplanes fly better or explain the unseen. To achieve specific successful results, use of certain methods, like mathematical models or specific trial-and-error models, are required.
The scientific world is thus very destined, while it requires systemizing, although research sometimes is called free. Sometimes science also has tied close links to the business world and many companies are recruiting scientists in developing for instance new cars, new fuel, new genetically modified products; in the last case not seldom tied up by the pesticide industry.
Often, however, at least one more question occurs when another one is solved or as a result of a progress or an invention like an unforeseen side-effect or a new discovery. One well-known example of a new raised question is the discovery of the atom , which for some time was assumed to be the smallest part existing – until neutrons and protons were discovered. Another example is the human genome. When invented, the human being was assumed to be mapped out.
It didn’t last long, however, until a new result was presented about the importance of environment, when it comes to how the genes are responding or acting in their interaction with the environment, in order to promote or not promote the development of a certain illness. Now the scientists have taken two steps back again, telling that the genes are much more directing than previously assumed.
Another example is genetically modified organisms, GMO. Many crops are genetically modified to resist a particular pesticide, that kills everything that grows in the field except the modified crop itself. An unforeseen side-effect of this manipulation of nature, is the empoverishment of the biological manifoldness.
Another side effect is due to the possibility of mass-production, of fast transportation and of the world-market, namely the huge economical benefits from mass-production, which lead to obliterating e.g. a great part of the rain-forest in South America and other places.
So – at what extent does science contribute to the survival of the earth with all its species? Maybe we can consider it inevitable that the more we know, the longer we live and the healthier we become, the more we also produce and consume? Is this the inevitable other side of the coin?
Regarding how earth looks, that’s what it seems like. We don’t write in sand anymore or paint in the air, unless we for the moment are in lack of paper and pencil. Instead it leads to a huge consumption of instruments, measuring tools, computers, sky-labs, cyclotronic laboratories.....
Such tools have in turn paved the way to, instead of being satisfied with drinking cold or melted water directly or heating it on a small fire, our need of a nuclear plant to produce the required energy for heating a lot of water, lightening up a lot of homes, streets, factories...
Instead of letting the stars, the moon and the snow lighten up the northern winter nights, we need so much energy to lighten up the empty streets in the nights, that, according to the International Panel on Climate Change (IPCC), we will soon lose our snow and ice, which is an effect of the climate change all this use of energy, including transportation, is assumed to cause.
If science makes it more complicated to boil water and causes an in general increased need of energi; does science make us happier, then? Does the chance World Wide Web offers to communicate over the net also make us actively prioritize this before seeing a friend over a cup of coffee and does this make us happier? I doubt it.
I don’t think that economic or scientific development necessarily or automatically leads to happiness. In a survey a couple of years ago, people in poor countries like Nigeria appeared to be the happiest. http://www.nationmaster.com/graph/lif_hap_net-lifestyle-happiness-net&int=-1
So – what is being achieved through science? Is science essential, our new religion?
Actually science can help to cure many illnesses, help explaining many things in a way that probably wouldn’t have been possible without science, help predicting what’s likely to happen in the future, make communication easier and much more. The question is, however, whether the costs are higher than the benefits.
Not every education, occupation or phenomenon can be called scientific, while many have never been proven to exist (phenomenon), nor been scientifically examined (education or occupation), but only practised or simply existing. Even if e.g. the effect of playing or singing can be or has been proven from some points of view, the full effect of a single practice can't be proven.
The reason is simply that every single thing in life is far too complicated to ever be explained in every existing sence. Just try to, in words, explain exactly and in detail how to tie the shoestrings. If you would succeed - walk out on the lawn and tell in detail everything you see within the closest square meter around you and in detail how it works. Probably no living human being manages that.
Therefore one maybe might have to believe in science, in order to keep the motivation, year after year. If so, belief in science in its extreme sometimes touches upon religion in the sence that one trusts its power to solve every problem. However, some of the basic conditions for science to work that way, not regarding its supposed inherent nature of contributing to solve the world's problems, but for the application of the scientific results, are economy and application.
Even if it lately has been proven that the brain-cells can be renewed and that colours and music promote the growth of new association ways in the brain – how is that being applied to elderly care or care for disabled people everywhere in the world, where needed? To what extent does economy conduct the possibilities for success? Does science and belief in science cause or imply worship of mammon or is science and application of its results entirely driven by inspiration and efforts?
In general we hope that new scientific results lead to a change to the better in e.g. care, but at the same time we have to realize that the level of access to money as well as other factors like e.g. illiteracy constitute a limitation, when it comes to at what extent scientific results can practically be applied. Access to educated staff is another limiting element.
My assumption is that science will continue to raise new questions but not necessarily ever give an answer to every basic question that has to do with e.g. survival, happiness, hope or dreams.
Nor will science solve all problems on earth. What we know is that love leads to life, while on the other hand the results of science can produce both death and life. My conclusion is thus that there is no intrinsic value of human science. Instead it’s a question of how scientific results are being used, to what extent and for what purpose, i.e. how we use the results we get from exploring the divine science; the only genuine science. The really smart one.
4 comments:
Hey Elisabeth!
I think that your text is excellent. Your language is very good and clear and the paragraphs aren't too long.
I have almost no criticism, except that you could avoid the "the" word sometimes, for example here: "Now the scientists have taken two steps back again"
There is one point in the text where I thought that you would stray off the subject (ecotourism) but you jumped back to the main topic and handled it well.
Nice work!
Hey Elisabeth!
I think that your text is excellent. Your language is very good and clear and the paragraphs aren't too long.
I have almost no criticism, except that you could avoid the "the" word sometimes, for example here: "Now the scientists have taken two steps back again"
There is one point in the text where I thought that you would stray off the subject (ecotourism) but you jumped back to the main topic and handled it well.
Nice work!
Intressant artikel!
<Instead it’s a question of how scientific results are being used<
Förutsättningarna för att vetenskapliga resultat används på ett "bra" sätt är väl inte större idag än på stenåldern. Överlevnadsinstinkten och drifterna är desamma då som nu och utgör en del av grunden för såväl fredlig samverkan som för revirtänkande och konflikter. Vad forskningen väl lett till är allt vådligare konsekvenser av sistnämnda företeelser.
Ett av skälen är storskaligheten och då är vi framme vid pengarna igen.....Det finns förmodligen mer att vinna på att sälja 100 000 spisar om året i 20 länder än att sälja 50 spisar om året i ett land.
På samma sätt tjänar man nog mer på att leverera 100 000 vapen till 10 länder än att producera 1000 vapen till det egna landet i händelse av krig.
Kopplingen till forskning är uppenbara: De höga kostnaderna för forskning (ta exempel JAS) gör att för att få något över, måste man få en rätt stor beställning och för att få en stor beställning räcker det inte med Sverige som marknad......
En lösning är naturligtvis att gå med i internationella "fredsuppdrag". Så var det ju när Sverige ville förbjuda alla klusterbomber utom vår egen...den som vi med fördel också kunde fästa under JAS....
Woops! Translation might come some day!
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