Comment Re:The Future (Score 1) 269
So true and frightening. From 1992!
Stuff is definitely getting weird.
So true and frightening. From 1992!
Stuff is definitely getting weird.
Are there? The only ones I was aware of were coal to oil type conversions or hydrogen production. What options are there for a petroleum substitute that doesn't require something like coal?
There are options to generate synthetic fuel using nuclear power, though!
I would say we have no other option than nuclear and this will become VERY evident in the next decade or so.
Oil prices are going up. The talk about peak oil does make sense.
But peak uranium and thorium are still a VERY LONG way out!
As soon as it really starts to impact our lifestyle, I bet that people will start building nuclear power plants again. Our current squabbles and distake for nuclear power is just the sign of decadent NIMBYs.
People talk about (nuclear) WW3 because of Ukraine. So that would be a devastating war about oil resources, using nuclear power in entirely the wrong way. How crazy is that??!
I think there's a kind of deep inability on the part of adults to distinguish between rough play that got a little out of hand and a bully who's completely out of control. I can't see any school policy fixing that.
I would say some adults, but not all. I had my share of bullying in school, but there were teachers who actually were quite aware of who was the asshole. However, many teachers seem to be unfortunately emotionally blind to these kinds of situations. Or they just don't want to deal with it. I don't understand it.
sorry mismoderated. replying to revoke moderation.
No, I think you misread me. What I am saying is: Lets say you are an engineer in Iran and you work on WMDs and know they are going to be used. Working on them wouldn't be ethical.
I think what I am trying to say is the old 'I have just been following orders' thing. And in a way, because of 'ethical' implications, I believe 'working in and with the system' -and maybe even things such as change control- might have parallels to that idea of 'just following orders'.
As others said, the best thing the engineer could have done (if I understand everything right), is to go public and say: We have this flaw, we need to fix it!
I think the next best thing actually is to not follow change control guidelines - in that way 'orders' - and fix the problem, even though management says that he should bury the data that says that the switch is faulty, and hide from management that you fixed it. Of course, 'next best' could and probably should already be considered as some sort of 'bad'.
I might misunderstand the whole situation though and it what sense the engineers did/didn't make the situation worse.
Professional Engineers have an obligation to act ethically, not an obligation to be right all the time.
Not saying you are wrong, but 'acting ethically' can be complicated: If you engineer WMDs or similar, is it ethical to adhere to the design and workflow guidelines of the change control system?
I understand that in almost all cases, it makes a lot of sense to work according to the rules. And if the rules came into place from ethical considerations, it is ethical to follow the rules. But that's not necessarily true in all cases.
First of all, science is trying to better understand the world, by making models predicting something. It isn't engineering.
In that sense, I think science is always a refinement of the understand of reality. Of course, there is now quantum mechanics and there is relativity. But if you go back in time before that, most of the basic ideas in (mechanical) engineering are pretty much settled since Newton got hit by the apple. And if there are humans in a 1000 years, they will still be ruled to a large extent by gravity!
I think we are approaching at least a phase where experiments and 'engineering' (and here I call everything except fundamental physics 'engineering') has to catch up with our knowledge of physics. In the sense of testing and exploiting what we learned about reality so far. The LHC and Icecube, examples for machines for doing fundamental (particle) physics, are already km-scale. Maybe we need to be able to see more subtle effects and maybe on scales that are either inaccessible or not easily accessible to us to make new 'great' discoveries? If so, I think, yes, science is indeed running out of 'great' discoveries. But maybe because we will need (I guess a VERY long time) to catch up with our engineering first.
Lets take about the scenario 'nuclear annihilation': Tell me what you think will happen if the nukes vaporize a significant fraction of civilian nuclear power plants and their inventory.
Also, what happens to the already depleted oil resources? They magically reset, 'start at level 1' again?
Sorry, replying only because i mis-moderated.
Sorry, replying to you, because I accidentally moderated as off-topic.
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I actually looked at the beta site and I do have to say that it looks
truly horrible, yes. So, although everything is offtopic everywhere today,
apparently, let me also chime and say:
Please keep the old system in place. It wasn't broken, so please don't fix it.
I think "our problems" run even deeper than that. We seem to be always fixated lately on finding a solution for everything in society and chase a very diffuse idea of 'good' ideas and 'bad' ideas. I have the impression we would be ironically much better off if we accept that a lot of our problems are inherently part of the human conditition and are not solvable per se. That there will always be a murky middleground for a lot of our structures in our society, and never a perfect one.
The weird form of perfectionism we are chasing seems to be not unlike the total salvation that suicidal religious cults are striving for.
Memory fault - where am I?