What makes these types of discoveries become headlines? I don't get it.
What makes these types of discoveries become headlines? I don't get it.
The hypothesis 'the dog can differentiate between A and B' is very hard to falsify. Because the dog could differentiate, but choose to not act. You would need a fairly complete understanding of the dogs mental workings, and scanners to study them.
On the other hand, 'the dog can't differentiate between A and B' is much easier to falsify. If you repeat an experiment a sufficient amount of times and the dog consistently has different behavior between A and B, you can rule this null hypothesis out.
That is the real reason we always 'assume the worst'. Because 'assume the worst' is the easiest to scientifically rule out.
EDIT: I would suggest this video by Veritasium, which also touches on this, at a very fundamental level: https://www.youtube.com/watch?v=vKA4w2O61Xo.
When I accidentally stepped on my dogs paw as a teen, the dog looked hurt and disappointed. The same dog barked at my sister when she tried to stick a pencil up his nose.
Did the dog differentiate the scenarios based on intent or did it recognize my apologetic behaviour as non threatening? Or was it because my interactions with the dog were almost always positive while my sisters were not? Or simply because a pencil up the nose might have hurt a lot? Or because it was a hunting dog and we had hunted together multiple times? Was the dog actually disappointed in me or had they evolved to fake that by adjusting their eyebrows to this situation? Or did I project that emotion?
Apologetic behavior is a pretty good post-facto signal of intent! Humans also rely on it with each other. So I'm not sure that relying on sort of secondary signals like that is a real problem for the theory that dogs can read and care about human intent.
It's a game of stepping stones. It does however say a lot about the state of today's science - that is - how far we've come. We haven't come very far.
Edit: I'm not sure why this is so controversial. The essence is: every experiment starts with an assumption.
I think it's a better way to deal with things, as your assumption might not hold scrutiny very well : what is natural world ? Are worms part of it ? What about rocks ? Can we deduce from there that worms and rocks are able to distinguish intentional from non intentional actions ?
the most simple algorithms (few lines of code) can perceive the observer into thinking there is advanced KI at work.
Same might be the case with natural intelligence.
They don't assume they are dumb, they just don't assume anything, as they should.
Assuming the natural world is dumb is simple, consistent, and easy to explain.
If you start with the assumption the natural world is “smart”, what does that even mean? Does it mean that we should assume dog can do calculus, but choose not to? Or that dogs are capable of complex communication, but also choose not to?
Saying the natural world is “smart” is a pretty meaningless statement. How smart is “smart”, everyone will have a different opinion, so you can’t use it as the basis for discovery or discussion.
However everyone understands what the natural world being dumb means. From there you can start the journey of proving step-by-step where the smarts are.
We don’t assume nothing, that’s clearly not true. A basic assumption we make is that the natural world is capable of perceiving us and responding to our actions.
The question we’re normally testing is how complex the process between perception and response is. As general rule we assume that process is extremely simple (“dumb”), and work to understand how complex (“smart”) it actually is.
For example, in this paper the scientists didn’t start by proving the dogs were capable of observing the humans and responding to their actions. That was a given. What was tested was how complex the dogs perception and decision making process was.
Using words like “dumb” and “smart” are extremely crude. But it’s the words used by GP and OP.
I think it is reasonable to assume that domesticated animals are at least somewhat intelligent. After all, they convinced us to shelter, protect and feed them!
All studies are done by scientists who are desperate to get published and have their work referenced.
Even a cursory glance at that corner of funny-cute-etc-animals YouTube videos will convince that animals, especially mammals, have at least very complex internal and social lives.
It's isolating a particular aspect of intelligence to determine if it exists in a particular fashion. In this case, the question of if and how dogs are aware of human agency. This is a very interesting question.
The exact same falsifying process is used with studies about humans. Using these processes we've significantly changed our understanding of human cognition in the last century so it seems like it's working!
No one's suggesting that dogs or people aren't intelligent. The question is exactly how this intelligence functions, because there are many ways to reach a particular conclusion.
>When dogs interact with humans, they often show appropriate reactions to human intentional action. But it is unclear from these everyday observations whether the dogs simply respond to the action outcomes or whether they are able to discriminate between different categories of actions. Are dogs able to distinguish intentional human actions from unintentional ones, even when the action outcomes are the same?
It is newsworthy because new evidence has been found.
This longish essay is a good introduction to the philosophical history behind your question: https://philosophynow.org/issues/108/Descartes_versus_Cudwor...
[1] https://slate.com/human-interest/2013/02/medieval-animal-tri...
So I do think it's newsworthy that animals are able to parse complex human action and intent.
Sharks are exceptionally good at maintaining their species (self cloning for large animals is amazing). Dogs (and wolves) have exceptional senses of smell. The hearts of most bird species are exceptionally better than those of mere mammals.
However, when it comes to the characteristics where we think humans are exceptional, I’ll only allow another animal to take the top spot if they start an argument.
To date, no animal has even started the argument… much less won it.
My wife and I like to call the studies that prove the obvious, "no shit studies," because they really aren't surprising. In this specific context, very few scientists doubt that animals have emotions and intelligence. The thing is, you still have to do the experiment to know for certain. It happens fairly regularly that we discover things that seem obvious are actually wrong.
You just described the Karl Popper criterion. [0] It's the most rigorous way of doing science. The same also kind of exists in law with the innocent "till proven guilty"
how would it even be possible to reach that conclusion?
You will have a very hard time taming an animal if you think it feels no pain.
https://en.wikipedia.org/wiki/Cruelty_to_Animals_Act,_1876
The act states that:
> "Researchers would be prosecuted for cruelty, unless they conformed to its provisions, which required that an experiment involving the infliction of pain upon animals to only be conducted when "the proposed experiments are absolutely necessary for the due instruction of the persons [so they may go on to use the instruction] to save or prolong human life"
It also contains punishments for not giving animals anesthestia, which is a ridiculous waste of resources if "people didn't even think animals felt pain until the 1980s."