Lessons on Health from the Animal Kingdom & How to Manage Your Emotions

Today on Something You Should Know, what are the chances you'd get a raise just by asking? Higher than you think. Then, amazing medical discoveries we've learned from other animals and AI.
What we just learned from AI was that the shingles vaccine, which is a vaccine to prevent shingles that we classically do in our country after age 50, looks like it may reduce Alzheimer's by almost 50%. Pretty powerful observation.
Also, are you suffering from tech neck? It comes from looking down at your phone and proven ways to manage your emotions when they're starting to get out of hand. Music's a really easy way to shift your emotions in a particular direction.
The shifts aren't always long-lasting, but if you need a kick in the butt, so to speak, music can be a pretty neat and tidy mechanism of intervention. All this today on Something You Should Know.
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Today, Something You Should Know with Mike Carruthers. You know, when I think about all the times during my career that I wanted to ask for a raise and didn't because I figured the answer was going to be no, boy, am I sorry I didn't ask.
Hi, welcome to Something You Should Know. We start today with a survey that was conducted by a compensation research company called PayScale.
And they found that 75% of workers who asked for a raise in their current field got one. The survey found that 44% of the workers who asked for a raise got the raise they wanted, and 31% got something even if it wasn't for the total amount they asked for.
Only one in four workers who asked for a raise got nothing in return. The big lesson here is that you should ask.
Only 43% of the 31,000 workers that Payscale surveyed had even asked for a raise in their current field.

And the lowest paid workers are often the least likely to ask for a raise.

Generally speaking, the more money you make, the better the chance that you will get the raise.

Still, it doesn't hurt to ask.

You may be surprised by the answer.

And that is something you should know. You are about to be amazed at what science is learning from other animal species that can help human health and longevity.
Things like why elephants almost never get cancer, but humans get it a lot. Or how pigs cope with pain.
There's a whole list of these things that I'm about to discuss with my guest, Dr. David Agus.
He is a medical oncologist and one of the world's leading doctors and pioneering biomedical researchers. He's the founding CEO of the Ellison Medical Institute and a professor of medicine and engineering at the University of Southern California.

He is author of The Book of Animal Secrets, Nature's Lessons for a Long and Happy Life.

Hey, doctor, welcome to Something You Should Know.

Thank you so much. Excited to be here.

So I get the fact that it's interesting and curious the way other animals deal with and somehow avoid certain illnesses and conditions. But besides the fact that it's interesting and curious and may be helpful to humans one day, why is this important for us to be talking about? You know, very simply is that our goal today, every single person on this planet wants to live better, longer, healthier.

The way we could take shortcuts is learning from other species.

We've all been on the earth a million years, us and the other species.

There are things they've adapted to in ways they've done it to hack their own system that we can learn from and benefit to ours.

And a really clear example that illustrates what you're talking about would be what? So I'm walking with my family on a safari in Africa, coolest trip ever. And an elephant walks by and I say to the guide, hey, they must get lots of cancer.
They're 40 to 50 times bigger than us, 40 to 50 times more cells. They're in the sun all day.
And he looks at me and say, elephants don't get cancer.

And when you look, elephants have 20 copies of a gene called P53, the guardian of the

genome.

We have one copy.

And what that gene does is it corrects error in DNA from inflammation.

So here's a remarkable clue for us.

First of all, we can recapitulate that.

We can prevent all cancer. But in the short run, we have to take ways to downregulate inflammation.
Elephants never get cancer. Elephants rarely get cancer.
So you would think that with so many cells and so many divisions, they have much more cancer than us and they don't. And it's really interesting.
Part of the reason is, is that, you know, we have children in your 20s and 30s. And then actually evolution said, I don't care about you because I care about who has good kids.
In fact, if you die of cancer, heart disease, et cetera, it brings more food and housing to the next generation. Well, elephant females give birth until their sixth decade.
Dominant males protect the herd until the day they die. And so they couldn't afford to get cancer.
And we can, right? Cancer rarely happens in kids, but it happens as we enter our later years. And here's a way that we could potentially prevent it.
But how do you take what you just said about elephants and put it in people? Well, first is you do all the research about P523 and that's ongoing. But today we say, hey, listen, what it's doing is correcting errors in DNA that came about from inflammation.
So how can we downregulate inflammation in our lives today? Well, there's a simple way. The class of drugs called statins.
That's the Lipitor, the Crestors of the world.

While they do lower cholesterol, the real mechanism is downmodulating inflammation.

And if you look at the studies, it actually reduces cancer.

And then you look for sources of inflammation in your life and you want to avoid them.

And so it sounds simple.

It's actually more complex, but it's doable today.

You know, take another crazy examples. Do you have a dog? Yeah, I do.
Your dog sleeps all day. And the reason is your dog doesn't get deep sleep.
If it got deep sleep, you could walk right by it and do something to the herd or whatever they were bred to protect. Your first night in a hotel, you sleep like a dog because you don't recognize the surroundings.
And you go, oh my gosh, your body says, hey, I don't want to have deep sleep because I don't recognize these surroundings. And it's dangerous.
Something could happen to me. So when I travel, I bring my pillowcase from home.
So I have my sensory, my smell and my feel from home. I use my iPhone as my clock from home.
So I have a visual cue also. And I get more deep sleep.
So I've kind of learned from the dog how to do the opposite in a sense when I travel, because I don't want to sleep like a dog when I go to a hotel. Going back to the elephant, if what you said is true, then why doesn't everybody take a statin like Lipitor every day? Well, there was an amazing study in Europe, in the UK, where they actually took a town and they took everybody and they divided them in half.
They did no blood draws and they put them on a baby aspirin and a statin, two ways to down-regulate inflammation. And what they showed is the people on placebo who got a pill, they didn't know what it was, lived shorter than the people on the statin and the aspirin who lived much longer.
So all of a sudden there there's real data there. You know, we're in health.
If I tell you to go on a pill where you're not going to feel differently, and it's going to help you in 10 or 20 years, you roll your eyes at me. We don't have a near-term readout.
And so it's been very difficult to get compliance and to get people to do them. You know, there's a new generation of statin equivalents, drugs that lower inflammation and cholesterol that came out

that literally are a shot once a year.

It's a technology called SIRNA.

They're FDA approved and they could downregulate the pathways

to lower cholesterol a year at a time.

Obviously dramatically helps with the compliance,

but that's been part of the problem.

But does aspirin work, the daily low-dose aspirin? Well, listen, aspirin's 2,000 years old. In three large randomized studies with over 100,000 people, what it did was reduce the overall death rate, not the incidence, the death rate of cancer by 30%, heart disease by 22%, and stroke by 17%.
And obviously, there was a benefit there. There's been newer data out showing that if you take aspirin for four years, starting at a later age, that there was no benefit in increased fleets.
And there's no question there's increased fleets, but you need to take it for six years to see the benefit on cancer. And people who don't start aspirin until really late, there's normally a reason for that.
And so if you look at the ground data, it's very powerful. Not everybody should be on it, but it's the discussion to have with your doctor.
Hey, listen, if you have a family history of pancreatic cancer or colon cancer, you get about a 50% reduction in those cancers by taking a baby aspirin every day. But you got to take it earlier in life.
You can't wait till you're 80. Yeah, you got to start earlier.
And that's where the real benefit is. And the risk of bleeding is much slower.
Listen, an 89 year old, they fall a lot. So risk of bleeding is high.
A 40, 50, 60 year old don't. And it's different.
That being said, if aspirin is 2000 years old, why don't we have a Gen 2.0 of aspirin that has the anti-inflammatory parts, but doesn't have the bleeding parts? You know, unfortunately, there's no patent on aspirin. So there's been no pharma working on this.
I wish they would. You mentioned dogs, and I never knew that about sleeping.
But I imagine there are other things we learn from dogs. And since people have them in their home, I'd love to hear that.
You know, there's a hormone called oxytocin. It's the love hormone.
When you look in your dog's eye, your oxytocin goes up and so does theirs. And when oxytocin goes up, your blood pressure goes down.
You feel more relaxed. You get a sense of calm.
Anxiety goes away. And so we all need these bursts of oxytocin in our life and dogs can provide it.
And then there are the little things they do to our schedule, right? Dogs like to eat the same time every day, which by the way, is what we as humans were made to do and is much healthier for us. So you get up in the morning, you walk the dog.
Walking is good. The regular times a day, hopefully that tends to your own mealtime.
And you have companionship. What you look at in every study of health outcomes, longevity, is people with companionship do better.
Dogs with their oxytocin bursts are an amazing form of companionship. So let's pick an animal that people don't have much connection with, like a rhinoceros or something like that.
What can we learn from him or her? Oh, first of all, that was a big assumption. Some people have connections to rhinoceri or rhinoceroses.
I'm not even sure which one it is. But, you know, the rhinoceroses were unfortunately captured much for their horns because there was this notion that it can affect sexual potency and other things, even though it's not true.
And so they were endangered. So several zoos tried to breed rhinoceroses in captivity and it didn't work.
And everyone was getting very nervous that this species, which literally looks and acts like a dinosaur, be extinct. Then they noticed that, you know, we're not sure they're big, they eat a lot of food.
So zoos don't have a lot of resources. They were feeding them basically soy protein and soy has estrogenic components.
It acts like the hormone estrogen is what we call a phytoestrogen, a plant source of estrogen. So when they change the source of protein to a different source of protein that didn't have the estrogenic parts, all of a sudden they were able to breed rhinos in captivity.
And what we clearly see is that, you know, eating natural food is tremendously important, but too much of anything can have unintended consequences. And in this case, phytoestrogens.
If you feed a child soy milk, they will develop breast buds. The breast will be slightly enlarged compared to a child who's not because of the estrogenic components.
So it really begs to look at what we eat. And we were made to eat a varied diet.
We're made to eat real food, so not processed food. And we're made to eat either two or three meals a day you choose with nothing at all in between.
We're talking about what animals, other creatures can teach us about the science and medicine of human health and longevity. And my guest is Dr.
David Agus. He's author of the book, The Book of Animal Secrets, Nature's Lessons for a Long and Happy Life.
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Amex Business Platinum, built for business by American Express. So, Doctor, people talk a lot about dolphins, that they're very smart, that they have human-like qualities.
What, medically, what can we learn from dolphins? Yeah, dolphins are pretty interesting because they're the only creature that we know of that has what is an equivalent to human Alzheimer's disease. And what we see in the dolphins is it correlates to insulin signaling.
And we know that's also true in adults and humans, is that when insulin signaling is off, type 2 diabetes happens, it's very hard to modulate sugar. And when your sugar goes up in your blood, you have to maintain what we call the same osmolality.
So fluid goes in to dilute out the sugar and your blood vessels get stressed and it affects your brain and other parts of your body. Dolphins can actually modulate their insulin signaling and they do so through connectivity with others.
And they do throw as part of their daily life. They do it with exercise, they do it with social connections.
And we certainly have to learn with that, right? You see, when people have very few social connections, they actually tend to be higher body mass index, they tend to eat more, they don't have the controls that they do when they're with other people. They actually normally exercise less and do less.
And obviously these are generalizations, but it's something we concern. Get a load of this.
Totally an aside with Alzheimer's, what we just learned from AI was that the shingles vaccine, which is a vaccine to prevent shingles that we classically do in our country after age 50, looks like it may reduce Alzheimer's by almost 50%. So we knew Alzheimer's was plaques in the brain.
Now we're learning that it's an infection of a neuron, in this case caused by the virus shingles, the chickenpox virus, that can lead to the plaques. Pretty powerful observation.
Well, that's a rather amazing statistic. And what I find even more amazing is that I've never heard of this before, that the shingles vaccine has that much effect on Alzheimer's disease.
Why isn't this being screamed from the mountaintops? So the way these studies are done is, you know, your electronic health records are, you know, bags of words. And with AI now in these large language models, we can convert that to structured data and do analysis.
In three separate studies, this was observed. Nobody could ever do a randomized trial over 30 years and say, you get Shingles vaccine, I'll give you placebo to see what happens.
We had to pull data and say, who got the Shingles vaccine, who didn't? Let's make sure they're equal in terms of their weight, where they live, how old they are, et cetera, and see the observations. And it certainly was a very important observation.
It didn't necessarily prove causality, but it was a hell of an association from something that's already on the market, already recommended for everybody over the age of 50. And it certainly is something that I acted on and I hope others do also.
So you pick an animal that maybe I wouldn't think of or people wouldn't think of or one that really kind of floored you when you did the research on this that would surprise me. All right.
So the pig, you know, the pig is something obviously we make fun of all the time. You live in a pig pen and et cetera.
So they studied the pig. And what was really

interesting is they studied their pain response. And so when pigs had pain, they would squeal and they went and run away from it.
But what they showed is when a pig had altruism, when it was able to share its food with others, the pain threshold went up dramatically. And it was a staggering observation that altruism,

sharing things, being kind to others actually changed our pain threshold and how we responded to pain. Pretty wild if you think about it.
And then get a load of this, you know, the queen ant, which is, you know, the same genetics, she gives birth to all the worker ants. While she lives 42 years, the work grant lives six months.

Same genetics. the same genetics, she gives birth to all the worker ants.
Well, she lives 42 years. The worker ant lives six months, same genetics, dramatically different lifestyle.
That queen ant doesn't go out into the wild, doesn't get exposed to bacteria, viruses, doesn't do manual labor to get inflammation, harm things. And she lives much longer.
The ants, if you get sick and you're an ant, you stay outside the colony for three days. And if you get better, you go back.
If you don't, you die outside the colony and you don't spread that virus or that bacteria to others. Well, look what happened during the pandemic, right? Your behavior, if you had a virus, if you had COVID-19 and you came home and hugged your kids, you could spread it to them.

If you stayed away from them, you didn't. So the notion that the behavior of one affects all is really something that we should have and could have observed in the ants and learned from very strongly.
Well, one of the things that's different between most species and humans is our mental capacity. We have the ability to contemplate our own death.
We worry about the future. We lament about the past.
How does that play into this? You know, what was amazing to me of sitting there in Africa on safari, which, you know, was a privilege to be there, is that every creature is looking over its shoulder and worried, right? That lion is worried that somebody will eat its cub. The elephant, you know, is worried that its baby will be, you know, taken by somebody else.
That antelope is worried about the lion. They're all worried about something.
You know, we as humans have basically built ourselves a zoo, right? We live in our house. We have our security system.
We've tried to take away that worry, that stress from our life by living in a zoo. It's a really amazing observation.
Never used to be like that, but we've evolved as humans to create our own zoo in a sense. That's a good thing? It's hard to tell.
When you look at one of the correlates to living long with your brain intact, so slowing cognitive decline, it's getting uncomfortable. Every year you delay retirement, you reduce the incidence of Alzheimer's by 3%.
And over several decades, that's an enormous percentage reduction. You don't use it, you lose it.
So you need to be uncomfortable, but you need to control it, right? We worry about things. If your dog, you know, something happened to, it doesn't worry.
Animals don't necessarily carry that worry forward and stress them. They worry in the moment, but they don't carry it forward like we do.
We don't have the ability of disconnecting like they do. And so our worry can cause stress.
You're worried all the time. Basically, you lose that stress response.
You know, Michael Jordan played well in practice in the game, he was amazing and very different because he had an adrenaline response that he can respond to. That lion has a basal level of fear, but when something happens, it goes up and they perform.
Like you hear about the people lifting the car off the baby when their adrenaline went. Well, if you're always stressed at a very high level, you don't have that adrenaline push.
Many of the new devices, the Apple Watch, the Oura rings, and others measure something like heart rate variability, which is actually a surrogate for that. You can measure, do you have that adrenaline response or not? Very important for athletes or anybody who wants to perform.
What about the animals that are somewhat similar to us, chimps, gorillas? What do we learn from them? So, you know, talking to, you know, some of the experts in those, they talked to me about child rearing. There are three types of gorillas, right? There's one who says to their kid, hey, do whatever you want, fall out of the tree, get beaten up.
I'm just going to go about my daily life. Those kids have a relatively short life expectancy.
Then there are the parents who don't let the kids get into any fights. When they start to climb the tree, they pull them down.
Those kids are always followers and never leaders. Then there's the kids who the mother looks at them with the corner of their eye.
Once they get to a certain level in the tree, they bring them down. They let them start to get in the fight, but when it gets too aggressive, then they intervene.
Those are the kids who know how to deal with conflict, know how to take some risk, and become the leaders. So what's amazing is that Jane Goodall can look at a pack and identify who will be the next leader by the parenting behaviors.
Well, doesn't it seem overall, though, that one of the reasons that we're having so many of the health problems that we have is we're living a lot longer than we did three, four, 500 years ago. And the longer you live, the more things can go wrong.
Yeah, but if you look at the mummies in the Egyptian time, most of them died of cancer or they died of heart disease. And so they're dying of the same things and they died at a much earlier timeframe.
We're living longer. We're still dying of heart disease and cancer, but you're right.
We portend for longer, but the key is right. I really think we can stop most disease at an early age.
So all of us can go to our ninth or 10th decade and die of something until the 1950s, you could die of, but it was made illegal after that, something called old age. Ever since the mid 1950s, a death certificate needs a cause of death and old age isn't a cause of death anymore.
I want to go back to dying of old age, right? You don't want to die at age 50 of pancreatic cancer. You don't want to have a heart attack at age 53.
What you want to do is live till there's general engineering failure, until your quality of life at that point starts to go down, which is normally the end of the ninth or 10th decade, and live quality until you get there. And I believe you can if you do the preventive strategies, many of which we can learn from the animal kingdom.
Well, I can't imagine anyone listening for the last 20 minutes who hasn't heard something rather remarkable that they never knew before

about the medicine and science of human health.

I appreciate you sharing that.

My guest has been Dr. David Agus.

He is a medical oncologist.

And the name of his book, well, he's written several books,

but the one that we've been talking about today is The Book of Animal Secrets, Nature's Lessons for a Long and Happy Life. And there's a link to that book in the show notes.
Doctor, thank you. Appreciate you being on today.
Thank you so much. Talk to you soon.
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Visit PrizePix.com for restrictions and details. How many times have you heard the phrase, manage your emotions? And we've all seen people who are amazingly good at managing their emotions in difficult situations.
And we've all seen people completely lose it. Like the guy who screams at the store clerk or gets in a road rage incident.
Those would be examples of not managing your emotions very well. But certainly the ability, the skill to manage your emotions better is one we could probably all sharpen up a bit.
Here to help is Ethan Cross. He is one of the world's leading experts on emotion regulation.
He's an award-winning professor at the University of Michigan. His work has been featured in The Wall Street Journal, The New York Times, the New Yorker, and the New England Journal of Medicine.
He's author of a book called Shift, Managing Your Emotions So They Don't Manage You. Hi, Ethan.
Welcome to Something You Should Know. Thanks for having me.
It's a delight to be here. You know, maybe it's partly because everybody's got their phone camera going and there's cameras everywhere that we see more.
We see more incidents of people not handling their emotions very well. And I don't know if the problem is getting worse or not.
Or what is your sense? Where are we with the world's population managing their emotions? I think we all have something to learn about this topic. I think it's one of the big problems we face as a species.
It's something that we struggle with. When I'm talking about not managing our emotions effectively, I'm talking about our emotions getting triggered either too intensely or for too long.
And how do you know what that means? We have goals for how we want to live our lives. And if our goal is to not feel a particular way, and we find that our emotional experiences are lasting outside of that bandwidth, so to speak, too intense or too long, or maybe even too short or too little.
Those are typically cues that we want to manage or shift those emotions. So can you give me an example of that? Sure.
I have a very important presentation coming up. I feel a little bit of anxiety about it, which is adaptive because the anxiety that I feel is motivating me to focus on the task at hand, to prepare for it, to make sure I do a good job.
But over time, as the minutes go on and the hours, the anxiety begins to metastasize. It gets bigger.
I start going into worst case scenarios and it lasts longer than is actually useful. That would be a context in which I would want to manage that emotional response.
Let me give you one other example in the opposite direction. Something really great happens.
My kid has a real success in their life and I hear about it. I experience some happiness, but then the happiness quickly fades.
And maybe I want to savor that emotional experience because it makes me feel good. And I want to feel good more than I'm currently feeling.
That would also be a context in which I would want to shift my emotions. Yeah, well, people, I think, don't think much about managing positive emotions.
It's the negative ones that seem to get in the way and your example just then of the anxiety of having to give a presentation what is a pretty common one whether it's you know in school or at work or whatever and so what do you do to manage it well i do a few different things and i want to preface before I tell you what I do, which I happily will. I want to share with you and everyone who's listening, different tools work for different people in different situations in the same way that we have likely have different exercise routines for maintaining our fitness and there are multiple routes to becoming physically fit.
we're increasingly learning that that is also true for our emotional lives when it comes to being emotionally fit. So with that little bit of a disclaimer out of the way, what I do to manage my anxiety, typically I'll first engage one of my senses.
I've got a music playlist that is very effective for calming me down or sometimes even pumping me up and getting excited. And both of those emotional shifts work against the anxiety.
I will often reframe what I'm experiencing. I will remind myself of the fact that I've done hundreds, if not thousands of presentations and they've all gone well.
So I'm broadening my there, and I'm getting out of this, what if this happens? What if? And instead, I'm reminding myself, well, the what if virtually never happens. If the anxiety is really intense, I will often call up one of my emotional advisors.
These are people who are really skilled at not just hearing me out, listening and learning to what I'm going through and empathizing with me, connecting with me emotionally in a way that communicates to me that they really care about me. But they're also really useful for helping me look at that bigger picture.
And that's an invaluable resource I possess. So those are a couple of the things that I would typically do.
I might sprinkle in a walk outside in a safe, natural setting at times. And at other times, I might also distract myself for a circumscribed period of time.
Immerse myself in something else that has nothing to do with the thing I'm worried about to allow myself to come back to the task at hand with a little bit of freshness. Well, isn't that what all of those things you just suggested do? They take you out of your head, overthinking about your presentation and get you to focus on something else? Not exactly.
First of all, they take different routes to doing that, number one. But just to give you some counter examples there, when I'm listening to music, I'm still, I often will listen to music in the background when I'm working on something.
So I'm still focusing there on the task at hand, but I have this sensory experience that is shifting my emotions really outside of my awareness and doing it relatively effortlessly. Distracting myself by focusing on something else entirely, that's a real attentional shift.
Now I'm just not thinking about the issue at hand, and that's giving me some mental space. But when I'm looking at the bigger picture, once again, I still have the experience I'm concerned about in full view.
It isn't a focus of my attention, but I am reframing. I'm changing the way I think about it.

Now, when I go to speak to another person, they are certainly helping me reframe it.

So there's overlap there.

But the added benefit I get when I talk to someone else is that it's sometimes a lot easier for us to reframe when other people guide us through it than when we try to do it ourselves. Since emotions are such a big deal and such a big part of our life and drive a lot of our behavior and thinking, maybe we should describe or have you explain what emotions are.
It's a great question. It's something that scientists actively study.
I like to think of emotions as tools. So these are tools that we evolved to help us navigate the world.
You can think about emotions as like these little software programs that get loaded up in particular situations. And these are programs that activate what we call a loosely coordinated set of responses.

What I mean by that is when you experience an emotion, your physiology may start to shift.

So if we stick with anxiety, you might start to experience a kind of fight or flight response.

You have to go to the bathroom.

Your palms start to shift. So if we stick with anxiety, you might start to experience a kind of fight or flight response.
You have to go to the bathroom, your palms start to sweat. Emotions capture our cognition or how we think as well.
So when I experience anxiety, it zooms me in, it focuses me in on the problem at hand. So I'm focusing really intently on it.
Emotions also can influence our motor behavior or our facial display. So Mike, can you often tell when someone is sad, for example, by the look on their face? Sure, of course.
Right. So, so these are, this is a loosely coordinated set of responses.
I say loosely because it's not the case that all three of those things always get triggered every time you experience an emotion, but they tend to hang together. And the whole idea here is that we evolve the capacity to experience these emotions because they help us.
So anxiety focuses us in on potential threats, allowing us to prepare for them. Anger is another example.

Anger is something we experience when we perceive that our view of how things should work is violated and there is the opportunity to fix the situation. We experience anger.
What about sadness? How on earth could sadness be useful? Well, we tend to experience sadness when we experience some change in our way of understanding ourself or the world. Something happens that challenges that worldview.
And there's nothing you can do or nothing you think you can do to actually fix it. So the loss of a loved one, getting fired, right? Now your view of yourself and the world is forever changed.
You can't bring that person back. You can't get that new job.
So we experience this emotion that motivates us to introspect, to turn inward, to start doing that important thinking work that we need to do to start reframing our lives and our place in this world. This sadness experience also motivates us to slow down physiologically, like just kind of pull back and withdraw.
But it also does something quite beautiful, if you ask me, which is it leaves this, it gives off this kind of alarm signal to everyone in our network in the form of a sad facial display that communicates to other people that, hey, don't leave me alone for too long because I am social and I need some connection. So check up on me at times, which is why when you see someone with a sad facial expression, you often want to help them.
So that's what emotions are. They're different.
People often wonder what's the difference between emotion and a feeling. I like to point out that feelings are the subjective part of an emotional experience.
If you think about what happens when you are physically ill, there are lots of things happening in your body that you have no awareness of. But what you typically are aware of is your fever, right? The feelings of chills and the sweats.
That's a component of physical illness that you become aware. Feelings are that subjective component of an emotional response.
It's like the temperature you experience when you're physically ill. Is that helpful for emotions? Yeah.
And you know, what I'd like to do now is get into some of your tools that you talk about to help people manage their emotions. I like to divide the world of tools into six buckets, three of which exist inside you.
These are tools that you can use wherever you are, really. These are what I call internal shifters.
And then there are some shifters, shifter being shorthand for a tool you use to shift your emotion. There are some external shifters that exist outside of us.
What are the three internal shifters? The first one is sensation, our sensory experiences. I think this is a shifter that we all have lots of intimate experiences with, but don't avail ourselves of in the heat of the moment.
So when I'm talking about sensory experiences, I'm talking about things like sight, sound, touch, smell. you know if you walk through an airport the international duty

free section

you like sight sound touch smell you know if you walk through an airport the international duty-free section you know I think of that as an emotion regulation store because there's so many perfumes and colognes that are smelled I think about why do we put those on we put those on to manage the way other people feel about us right A pleasant sounding, a pleasant scent instantly elicits a type of emotional reaction. So much so that many hotels actually work with scentologists.
I'm making up that name. There is a technical name that is eluding me right now.
But they work with folks to create these bespoke smells that they then pipe through the ventilation of the hotels to provide people with this positive emotional experience when they're in their facility. That's one way you could shift your emotion.
Another thing you could do is music. If you ask people, as experimenters have, hey, why do you listen to music? Approximately 100% of participants will tell you, I listen to music because I like the way it makes me feel but if you then ask people hey the last time you were angry anxious or sad what did you do to manage your emotions only between 10 and 30% of participants report listening to music music's a really easy way to nudge your emotions to shift your emotions emotions in a particular direction.
The shifts aren't always long lasting, but if you need a kick in the butt, so to speak, to shift out of a particular emotional response, music can be a pretty neat and tidy mechanism of intervention. Another kind of internal shifter is attention.
So where are you pointing your attentional spotlight? Are you thinking about the thing that is driving the emotional response or are you looking away from it?

it's not as simple as on or away sometimes the best ways of managing our emotions is to be flexible and we don't often talk about this we often talk about avoidance not thinking about

stuff as toxic. When in fact, what we see in lots of research is that people who are flexible, actually end up doing pretty good.
So if I get into an argument with my partner, rather than trying to fix the situation in the heat of the moment, right after the emotions are triggered, I might take a day or two off from thinking about it. And then come back to it later on when temperatures have diminished, and it's a lot easier for us to think reasonably about this experience.
The third internal shifter is perspective. I think we hear a lot that you should change the way you think to change the way you feel, but it's not always so easy to do that.
And the good news here is that we possess tools to make it easier for us to reframe our circumstances. Those tools often involve taking a step back and thinking about what we're dealing with from a more distance objective perspective.
You can use language to help you do this. Use your name and the second person pronoun you to try to coach yourself through a problem.
All right, Ethan, how are you going to deal with this? We usually use the word you when we're thinking about and referring to other people. It's a lot easier for us to give advice to other people than it is to ourselves.
So when you use the word you to refer to yourself, that automatically shifts your perspective, putting you into this more adaptive advice giving mode. We can also jump into our mental time travel machines to think about how we're going to feel about something down the road.
We've experienced all sorts of really tough things in our lives, most of which have come but eventually gone gone and we lose sight of that in the heat of the moment so thinking about how you're gonna feel about what you're currently grappling with down the road can also be useful so let me ask you this though you had mentioned you know take a step back get perspective a lot of times I think people get pulled in by their emotions quickly in kind of a knee-jerk way. Road rage would be a good example of that.
Those people don't seem like they're in a really good place to take a step back, get some perspective, because they're so angry. Well, that's a great observation.
So step one, you've got to learn about what these different tools are. And once you do, then what you can do is you can start using frameworks, simple frameworks for enhancing the likelihood that you will use these tools when you most need to use them, and that you'll activate them automatically without thinking.
You know, the situation that you just described is not a trivial one. We often get dealt curve balls that we're not prepared for.
And in the moment, it can be really hard to figure out what to do because our emotions are striking and are triggered so intensely. It's precisely in those situations that we want to have plans that prepare us for what to do.
I want to spend just a few moments on positive emotions, and you would use an example of what if you were feeling really good about something and you'd want to maybe keep that going for a while. Because I don't think people think you can do that, that positive emotions aren't really a problem, and they come when they come, and they feel great, and then you move on.
But talk a little bit more about that, because I find that really interesting. One of the most impactful findings I've come across in psychology is the idea that bad is stronger than good.
Losses loom larger than

gains. The bad stuff in life just kind of sticks out a whole lot more strongly than the good stuff.

Draws our attention. And I think it's why we often think about it more when it comes to managing our

emotions. Because the bad stuff, part of the reason it's so useful for us is it doesn't feel good.
We

want to minimize it as much as possible.

But that doesn't mean we should ignore the positive side of our lives or that we need to be passive in terms of our positive experiences. You can absolutely cultivate positive experiences.
So I gave you a couple of examples before. well actually before I give you more examples

let me further say

you should try to cultivate

positive So I gave you a couple of examples before. Well, actually, before I give you more examples, let me further say, you should try to cultivate positive experiences if that's something you want to do.
Some people have the goal of being kind of even keeled and just Buddha-like, if you will, and homeostatic. They don't want to get too high or too low.
And if that's your goal, great, follow through with that goal. Other people want to experience positive emotions more frequently.
And if that's your goal, then the cool thing is you've got tools to help you achieve that goal. So certainly savoring, immersing yourself in negative and positive past experiences or fantasizing about potential potential future eventualities.
That's one thing you could do to amplify positivity. Another thing you could do to make yourself feel better about stuff is to help other people.
This is my actual favorite finding right now in psychology. So a lot of research which shows that one of the best ways to make yourself feel better to make yourself feel good about things, do something good for someone else.
I think there's just something really wonderful about that, how it's win-win for everyone involved. Maybe the last one I'll slip in there is awe is an emotion, a positive emotion that has a lot of value.
Because when you experience this emotion of awe, it's an emotion we experience when we're in the presence of something vast and seemingly indescribable, like a beautiful mountain view, or sometimes you experience awe when you have a social experience, like singing in unison at a sporting event, or a lot of people who are religious experience all when they pray. This is a very positive experience.
It helps broaden our perspective. It makes us realize that there's more to the world than just us.
That feels good and it can also help you manage your negative emotions as well. Well, you've certainly put some intel and some, some strategy behind the idea of managing your emotions.
And I really appreciate you sharing that. I've been speaking with Ethan Cross.
He's one of the world's leading experts on emotion regulation, and he's author of a book called shift managing your emotions. So they don't manage you.
And there's a link to that book in the show notes. Ethan, great conversation.
Thanks for coming on. All right.
Thank you so much. I appreciate you having me on.
There is a condition. It's a real condition called tech neck.
And it is the result of tilting your neck to look down at your phone or your tablet or your laptop when you text, read, or surf the web. Tilting your neck like that puts an unnecessary strain on your spine, according to research published in the National Library of Medicine.
When you stand upright, the average head, your head, places about 10 to 12 pounds of force on the cervical spine. But with just a 15 degree tilt in your neck, that weight increases to 27 pounds.
And a 60 degree tilt turns into 60 pounds. That extra spine stress can lead to early wear and tear on your spine and might even cause you to have to have surgery down the road.
The other thing, and we've talked about this a million times before, is if you carry your phone around everywhere and put it down on all kinds of surfaces, it's getting covered in germs, which then transfers to your hand when you pick it up. And there on your hand is who knows what, which is just a reminder to keep your phone clean and wash your hands regularly.
And that is something you should know. If you enjoyed this episode of Something You Should Know, it would be great if you would share that opinion with a rating and review on whatever podcast app you listen on.
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I'm Mike Carruthers. Thanks for listening today to Something You Should Know.
Have you ever heard about the 19th century French actress with so many lovers that they formed a lover's union? Or what about the aboriginal Australian bandit who faked

going into labor just to escape the police, which she did escape from them. It was a great plan.

How about the French queen who murdered her rival with poison gloves? I'm Anne Foster, host of the

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Thank you. saga of a woman from history whose story you probably didn't already know and you will never forget after you hear it.
Sometimes we re-examine well-known people like Cleopatra or Pocahontas sharing the truth behind their legends. Sometimes we look at the scandalous women you'll never find in a history textbook.
Listen to Vulgar History wherever you get podcasts. And if you're curious the people I was talking about before the Australian woman was named Marianne Bug and the French actress was named Rochelle.
No last name, just Rochelle. And the queen who poisoned her rival is Catherine de' Medici.
I have episodes about all of them. I'm Amy Nicholson, the film critic for the LA Times.
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