(1) Animal welfare. The researchers are aware of the animal welfare issues at stake, but a collection of metrics around pod culture, stress, and reproduction should be tracked across experiments to make sure we're not hurting the animals. If thresholds are exceeded across multiple experimebts with this tech, the research should stop.
(2) Acoustic -> semantic gap. There's a green lumber problem with this research. We may be able to predict animal responses in playback tests, but we don't have a way to map that back to semantic meaning. This is probably fine for now, but if we don't have adequate semantic theory or if we have multiple competing semantic theories that all explain the patterns equally well, the we're just manipulating the animals, not communicating with them. (eg, It's not even really clear to me that "whale concepts" and "human concepts" would be commensurable.)
(3) Bad incentives. Between media sensationalism, the normal problems and biases that come with funding science today, and potentially terrible usages of "whale tech" (eg, clearing out shipping lanes, warfare), it seems to me there are some extra ethical considerations with this research such that there may be a point where the outcome space is overwhelmingly negative. It would be nice if mechanisms existed such that research could be stopped if these bad incentives activate.
No, we can't understand lions because lions are kinda stupid. We can't understand lions also because we haven't researched them enough.
My bet: once "beings" cross an IQ threshold, they can start to understand each other.
And of course I can't wait to have the cat translator. That's a big startup idea BTW, just a bit too early still.
Granted those were humpbacks (whales, not people).
When I was a teenager, I took a rowboat out onto what was then called Scammon's Lagoon, in Baja California, where the Grey whales raise their young. A mother whale -- several times the size of our boat -- and her calf approached. The calf was curious but cautious, so the mother nudged it into approaching the boat, close enough that we could reach over and rub its nose, which everyone on the boat did in turns.
What did the whales get out of this? Certainly nothing tangible -- nobody was feeding them or anything like that. But if you've ever rubbed a wild baby whale's nose while looking at it in the eyes -- and experienced the emotional connection which results -- then you will be forever incapable of hostility, apathy, or utilitarian thinking about whales.
I'm certain the mother whale knew what she was doing. She was recruiting us to her side. MUCH more effective, in the long term, than merely running away.
I know the story of a farmer whose wife trained one of their pigs to be living inside the house like a dog. part of everyday activity. But the farmer still killed the pig at the end of the season, because it was the thing to do.
So i think the japanese might not have the same cultural appreciation for the emotional connection with "food"
its a wall many vegan and animal activists are struggling often
> But if you've ever rubbed a wild baby whale's nose while looking at it in the eyes -- and experienced the emotional connection which results -- then you will be forever incapable of hostility, apathy, or utilitarian thinking about whales.
Comment you're replying to is saying that this is optimistic; most people are capable of doublethink, and will quite happily "love" one individual of a species while being completely indifferent to the death and suffering of the rest of that species. I've observed the same phenomenon.
We know animals communicate with each other, and the trend is we generally discover more and have underestimated what many animal species practice and can do.
Everyone agrees that homo sapiens and homo neanderthalensis have talked together and lived (and bred) together; what makes inter-species communication (assuming a translator or device) impossible?
No, I don’t think “universal translators” are outside the domain of science fiction; but I think us building a device that enables two-way communication between one species and us, is probably more likely than not.
[1]: https://urban.uw.edu/news/crows-hold-grudges-against-individ...
Not everyone agrees that Neanderthals possessed language like us either, although evidently they are much, much closer evolutionarily to us than crows or whales, and it is vastly more plausible that they talked. Having Neanderthal DNA doesn't mean that we talked with them though, it needn't have been even consensual, unfortunately.
There is a well-known story about this discussed in Radiolab [2010] https://radiolab.org/podcast/91725-words/transcript
Here's ChatGPT summarizing one section:
> Younger signers had developed a richer vocabulary for mental states—concepts like believe, remember, forget, understand. They were much better than the original older signers at tasks requiring them to reason about what another person thinks or knows. Later, as the older signers picked up those mental-state terms from younger people, some of them improved on the same tests. Senghas describes it as language giving them new insight into other people’s thinking and motivations.
I see several likely stories:
* Much animal communication is practical, descriptive of the present (nothing abstract, or very few abstract concepts)
* If a species could expand its communication, it would give it more powerful tools and allow for more meaningful conversation with humans
* If such a thing is possible, it will be extremely disruptive to that species
I think if you could communicate about abstract ideas with your dog, you could exchange bedtime stories. However, I don't think such a thing is possible today, and it's not clear what species (if any, besides humans) will, in fact, be able to learn such things
They're pretty damn interesting. Cats sometimes think hard about their responses. And they use metaphors. And express emotions.
There's always the suspicion this is a fake marketing exercise. But if it is, it's a very ornate and extended one.
I have no idea how we're supposed to communicate with aliens if we can't communicate with other mammals.
"They're really stupid and can't do calculus or invent FTL travel" isn't much of an excuse.
Except when we do, but it doesn't make for flashy press releases. Pet owners, vets, farmers throughout history - anyone who lives alongside animals, cares for them, and is open to developing an emotional relationship with them, knows animals are more than just small finite state machines made of meat. But it takes time to spot and learn the patterns of behavior, and as I said, it's a two-way street; the animal has to "open up" and learn you as much as you have to learn them.
It is a kind of thing that's difficult to cleanly verify and reproduce, and it's also kinda mundane. The cases that made headlines look like Clever Hans the other commenter mentioned.
I imagine that a better classifier, some general AI system that gets to learn and observe the animals, would be able to tease out the patterns and then translate them to English, and then that would be reproducable and make for flashy headlines.
The real lesson we should have learned is that horses are stupid and we should have been testing a Border Collie.
And the main comment thinks the whales will have the brains to understand something like space travel or why we desire it?
Then again, you give me an inkling what humans trying to talk to whales will be faced with.
Whale and Dolphin "languages" (or substitute "utterances" if the hypothesis is so antithetical to you) score remarkably complexly, close to Human "utterances" (again, if animal language is so offensive a notion) on some of these measures. Dog utterances do not:
Zipf's Law (Data Efficiency) • Humans: -1.0 slope showing an optimal balance of information and physical effort. • Whales & Dolphins: -1.0 slope matching the exact mathematical curve of human speech. • Dogs: No -1.0 slope, heavily skewed toward isolated, repetitive alert spikes.
Menzerath's Law (Physical Pacing) • Humans: Present; internal sounds get shorter as the total sequence grows longer. • Whales & Dolphins: Present; highly efficient pacing across multiple species. • Dogs: Absent; vocalizations lack the structured phrase sequences required for this law.
Shannon Entropy (Predictability) • Humans: High; complex grammatical dependencies stretch across long sentences. • Whales & Dolphins: Moderate-High; governed by structural rules and click patterns. • Dogs: Very Low; individual sounds are isolated events with no grammatical rules.
Repertoire Size (Signal Diversity) • Humans: Infinite vocabulary built from tens of thousands of words. • Whales & Dolphins: High diversity with hundreds of whistles and thousands of clicks. • Dogs: Very small vocal pool limited to roughly 10 distinct sounds.
I'd say, it's difficult to say, but calling the hypothesis of whale language "absurd" sounds like something someone might have said (and still might say, incorrectly) about the concept of evolution by natural selection. I think you are overselling your argument.
This got my wheels turning. Charismatic megafauna (like whales) already drive the top of the funnel for ecological awareness. Imagine what the cetacean equivalent of the staples baddie could do.