What exactly do researchers do?

Exactly what I thought, very little. Nice cushy job paid for by tax payers. This was my whole point from the beginning.

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Exactly what I thought, very little. Nice cushy job paid for by tax payers. This was my whole point from the beginning.

I will be more direct this time around.

You don't know anything, don't judge others on things you know nothing about. You don't even get to see what she put on the computer. They are not being paid by their physical output like moving logs, they are employed for their IQ and intellect, which you are not qualified for and doesn't sound like you ever would be tbh. They can sit there are think (you call it daydream) and it would be more productive than your day's, week, month of life's work to humankind.
 
A lot of them are seriously under paid too! I work (not a researcher myself) for a large bio science firm and have done for the last 19 years.
 
Your research in to what researchers do is not going to well jsmoke, I think this is because you've made your conclusion before completing the research. It's a fail I'm afraid :(

But on the bright side you can learn lots from failure so go you :)
 
But in science, what's left to research, are the majority of papers released token gestures or are they all furthering science in some way.

Take a field like polymer chemistry, which is just a subset of the entire field of chemistry... The nature of polymers in terms of the monomeric building blocks is very, very large, couple this with other parameters like chain-length/molecular weight , branching, cross-linking, mechanism of synthesis, copolymers (random and block), functionalization etc. basically means that there are an infinite number of possible 'new polymers' to be discovered. You can parameterise most fields of discovery in a similar way. Admittedly not all combinations will generate something favourable or useful and we should be moving to more digital design in these sorts of areas, but the amount of possibilities for creating something 'novel' is effectively infinite.
 
Take a field like polymer chemistry, which is just a subset of the entire field of chemistry... The nature of polymers in terms of the monomeric building blocks is very, very large, couple this with other parameters like chain-length/molecular weight , branching, cross-linking, mechanism of synthesis, copolymers (random and block), functionalization etc. basically means that there are an infinite number of possible 'new polymers' to be discovered. You can parameterise most fields of discovery in a similar way. Admittedly not all combinations will generate something favourable or useful and we should be moving to more digital design in these sorts of areas, but the amount of possibilities for creating something 'novel' is effectively infinite.

Don't bother, he doesn't understand it hence it's not work.
 
Exactly what I thought, very little. Nice cushy job paid for by tax payers. This was my whole point from the beginning.

of course it is, phd researchers never have to leverage personal assets in their projects, everything is provided for them and they get paid a lot of money by the government....

except the ones on industrially funded contracts, or charity funded projects, or via eu funding.
 
The most exciting phrase to hear in science, the one that heralds new discoveries, is not “Eureka” but “That's funny...” —Isaac Asimov (1920–1992)

Science will never be over, there will always be a new question to answer. Some science leads directly to new things and applications, but some of it just answers the question why/how. Why is the biggest reason for humans success. If we never asked whats over that mountain or what happens if i rub this together we'd still be sitting in caves eating raw meat.
 
But in science, what's left to research, are the majority of papers released token gestures or are they all furthering science in some way.

People have been saying that sort of thing for a while now. We don't have a complete understanding of everything in the universe, so there's plenty of stuff left to research.

Some papers are dressing up a bias and there's a more widespread problem with a bias towards positive results, but nearly all of it furthers science in some way. It might not be in any way that's useful yet, but extra knowledge is extra knowledge and who knows what it might be useful to know in the future?
 
Off the top of my head:
  • What dark matter is
  • What dark energy is
  • A unifying theory of gravity and quantum mechanics
  • Cures for diseases that are currently not curable (there's, like, a lot of them)
  • Self-sustaining nuclear fusion
  • Room-temperature superconductors
  • Artificial intelligence
I'm sure other people can add to my list, it's far from exhaustive.

One I found out recently is the question of how old the universe is. It appeared to be known, but a different approach to answering the question that was expected to confirm the result yielded a slightly different result. Both approaches seem to be correct. So now some people are researching the researching. The OP might well ask why it matters. How can we know whether or not it matters if we don't know what the answer is? Will finding the reason for the discrepency result in knowledge about how the universe works that can be applied in a useful way? Maybe. Maybe not. We can't know if the answer will have practical applications if we don't know what the answer is. We also can't know if the answer will have practical applications when combined with other things discovered in the future.
 
As Werewolf said, there are thousands of cancers - more than 3000 in fact.

So far, I've only had 2: melanoma, meningioma - both caused by different radiation sources.
 
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University researchers are a huge earner for such establishments, which is one reason academia are so anti Brexit, they receive massive funding and I suspect a lot of it gets diverted to high living, expensive pseudo holidays and first class travel for the Deans and suchlike.

The UK is one of the largest recipients of research funding in the EU. Over the period 2007 – 2013 the UK received €8.8 billion out of a total of €107 billion expenditure on research, development and innovation in EU Member States, associated and third countries. This represents the fourth largest share in the EU.
 
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