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Portuguese company iGUANEYE have redesigned the flip-flop. The redesign—which is inspired by the Amazonian Indians—wraps around the toe and heel, securely holding onto the foot, allowing the user to jump and run in the shoes. They're available in two different versions, the "Jungle LIGHT" which is lightweight and waterproof and the "Jungle LUX" which is stronger and flexible.

Sizes are available up to 10.5 (UK) and the company has successfully crowdfunded the shoe on Indiegogo, where you can purchase a pair starting from $59.

See more from iGUANEYE: http://en.iguaneye.com/

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Dianceht is a prosthetics company based in Guadalajara, Mexico. They make a range of incredibly realistic prosthetics. Each prosthesis is silicon-based which means they're elastic and resistant to breaking. Every one is custom made and hand-painted, the process takes days to complete. Each finger has matching fingerprints and realistic veins and freckles.

The ears and other prosthetics are attached using medical glue. The glue lasts up to seven days and is shower proof. A prosthetic finger or toe costs £520, an ear or nose would cost just over £1000.

See more from Dianceht: http://www.manosydedos.com/index_home...

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The founder of Blue Origin and founder of Amazon, Jeff Bezos, was recently interviewed by the CEO of Axel Springer, Mathias Döpfner. Bezos talked about why he considers Blue Origin to be above anything else he does.

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Mathias Döpfner: ... Could you share with us the vision of Blue Origin and the idea of space tourism with reusable rockets?

Jeff Bezos: Yes. This is super important to me, and I believe on the longest timeframe - and really here I'm thinking of a timeframe of a couple of hundred years, so over millions of decades - I believe and I get increasing conviction with every passing year, that Blue Origin, the space company, is the most important work that I'm doing. And so there is a whole plan for Blue Origin.

Döpfner: Really, so you'd say retail, e-commerce, clouds, publishing - that's all less relevant than the space project.

Bezos: Yes, and I'll tell you why. First of all, of course, I'm interested in space, because I'm passionate about it. I've been studying it and thinking about it since I was a five-year-old boy. But that is not why I'm pursuing this work. I'm pursuing this work, because I believe, if we don't, we will eventually end up with a civilization of stasis, which I find very demoralizing. I don't want my great-grandchildren's great-grandchildren to live in a civilization of stasis. We all enjoy a dynamic civilization of growth and change. Let's think about what powers that. We are not really energy-constrained. Let me give you just a couple of numbers. If you take your body - your metabolic rate as a human it's just an animal, you eat food, that's your metabolism - you burn about a 100 Watts. Your power, your body is the same as a 100-Watt light bulb. We're incredibly efficient. Your brain is about 60 Watts of that. Amazing. But if you extrapolate in developed countries where we use a lot of energy, on average in developed countries our civilizational metabolic rate is 11 000 Watts. So, in a natural state, where we're animals, we're only using a 100 Watts. In our actual developed-world state, we're using 11 000 Watts. And it's growing. For a century or more, it's been compounding at a few percent a year - our energy usage as a civilization.

Now if you take baseline energy usage globally across the whole world and compound it at just a few percent a year for just a few hundred years, you have to cover the entire surface of the Earth in solar cells. That's the real energy crisis. And it's happening soon. And by soon, I mean within just a few 100 years. We don't actually have that much time. So what can you do? Well, you can have a life of stasis, where you cap how much energy we get to use. You have to work only on efficiency. By the way, we've always been working on energy efficiency, and still we grow our energy usage. It's not like we have been squandering energy. We have been getting better at using it with every passing decade. So, stasis would be very bad I think.

Now take the scenario, where you move out into the Solar System. The Solar System can easily support a trillion humans. And if we had a trillion humans, we would have a thousand Einsteins and a thousand Mozarts and unlimited (for all practical purposes) resources and solar power unlimited for all practical purposes. That's the world that I want my great-grandchildren's great-grandchildren to live in.

By the way, I believe that in that timeframe we will move all heavy industry off of Earth and Earth will be zoned residential and light industry. It will basically be a very beautiful planet. We have sent robotic probes to every planet in this solar system now and believe me this is the best one.

Döpfner: Jeff when can I buy the first ticket to do a little space tour.

Bezos: We are going to be… So the first tourism vehicle - we won't be selling tickets yet - but we may put humans in it at the end of this year or at the beginning of next year. We are very close. We are building a very large orbital vehicle. We have been working on that for more than five years. It will fly for the first time in 2020. The key is reusability. This civilization I'm talking about of getting comfortable living and working in space and having millions of people and then billions of people and then finally a trillion people in space - you can't do that with space vehicles that you use once and then throw away. It's a ridiculous, costly way to get into space.

With access to apps that instantly connects us to millions of users, much of our day is spent hunched over a screen. Adam Alter, author of ''Irresistible: The Rise of Addictive Technology and the Business of Keeping Us Hooked'' explores the rise of technology addiction—especially among teenagers.

See more from ''Irresistible: The Rise of Addictive Technology and the Business of Keeping Us Hooked": https://www.amazon.com/Irresistible-A...

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Adam Alter: Nomophobia is a new word that's being coined to describe no mobile phobia and it's the idea that a lot of us, in thinking about not having our phones, experience something like a phobia and this is supposed to describe hundreds of millions of people today and I'm sure that number is growing at the moment. What that means is that when you think about, for example, your phone falling out of your pocket, tumbling to the ground and shattering into a million pieces, you should experience anxiety symptoms and it's especially true among young people.

I ran a study at one point where I asked young people, a whole lot of teenagers, a very simple question. I said to them, "Imagine you have this very unpleasant choice. So, you can either watch your phone tumble to the ground and shatter into a million pieces or you can have a small bone in your hand broken." Now, that seems to people of a certain age and older like a fairly straightforward question with a straightforward answer. It seems ridiculous. Of course you choose to save the integrity of your hand and let your phone break. You can always replace a phone, but for young people this is actually a very difficult question. In my experience, about 40% - 50% of them will say, "Ultimately, I think it probably makes more sense to have a bone in my hand broken than it does to have my phone broken."

And, you can understand why that is, apart from the fact that it is expensive to have a phone repaired and there's some time where you're without your phone, that is their portal to a social world that is very important to them. Being without that social world for a while is probably not as detrimental in some respects as being without a particular bone in your hand. Most of the time, you can get by and you can see this in the way they ask follow-up questions. So, a lot of these teens will say to me things like, "Is it my left hand or my right hand?" and the most important question, "Once I break that bone in my hand, can I still use my phone? Is it a bone that I need to be able to scroll on the phone, because if it is, then that's no deal, but if it's not a bone that I need to use my screen at least I can continue to use my phone during the time I'm healing." If people are willing to endure physical harm to keep their phones that obviously suggests that this is a major issue.

The definition that I like for behavioral addiction that makes the most sense to me is an experience that we return to compulsively over and over again because it feels good in a short run but in the long run, it ultimately undermines our well-being in some respect. So, it can be someone who notices that over time their social relationships are degrading because they don't have a consistent, face-to-face contact with people and that's especially problematic for kids who need time in that real face-to-face social world because that's where they develop all the competencies of being a social creature. The way to work out what other people are thinking, to share your feelings in a way that you want them to be shared for other people to understand you for you to make just the right facial expressions at just the right times. Those seem like obvious and easy-to-do things for most adults but for kids it's very difficult to do that. They take time to hone those skills and so you need face-to-face time to do that and if you don't have that, if you're spending all your time on screens because it's really fun to crush one more candy on Candy Crush or do whatever it is that you might be doing, you're not developing those long-term competencies and therefore your long-term well-being is degraded.

Aquaforno II is an entire kitchen in a bag designed to make camping a little bit easier. The device includes all sorts of attachments—from a bbq to a rotisserie to a tap for hot drinks—and was built to collapse for easy transportation. It is currently selling on Indiegogo for $239.

See more from Aquaforno: https://aquaforno.com/

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Goldfish may look small and cute in your home, but in the wild, it’s a different story. Releasing them into your local stream or lake is a bad idea.

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Right now, Washington state is fighting of an invasion! The culprit? Goldfish. Yup, you heard right.

Thousands of goldfish have infested the West Medical Lake and are crowding out the native fish population. How did this happen? The Department of Fish and Wildlife thinks a few irresponsible pet owners are to blame. And while the goldfish may have cost the owners a few dollars this mess is going to run cost the state an estimated $150,000 to try to remove these feral fish.

But this isn't the only place this is happening. Goldfish are invading lakes and streams worldwide, and it’s all our fault.

If you think you’re doing the goldfish a favor by releasing it, you’re not! Instead, you’re setting the stage for an ecological disaster, which could threaten hundreds of other species. Turns out, goldfish are one of the world’s worst invasive species.

Goldfish were first selectively bred in China 2,000 years ago for food. By the 14th century, goldfish had been promoted from our meals to our entertainment. It wasn’t long before pet owners helped them spread across the world, eventually reaching North America by the 19th century.

They may look small and cute in your home, but in the wild, it’s a different story. Given enough time and resources, these little orange monsters will grow into giants, reaching as much as 4 pounds (2 kg), about the size of an American football!

These big fish are also big eaters. Feeding on plants, insects, crustaceans, and other fish. But they’re not just consuming what other fish rely on to survive, they’re voracious feeding time actually kicks up mud and sediment which can lead to harmful algae blooms that choke the ecosystem.

If that’s not enough, they also introduce foreign parasites and diseases that wreak havoc on the delicately-balanced ecosystems wherever they go. And they aren’t content to stay in one place. Goldfish are a rapidly-reproducing fish and will migrate across multiple bodies of water. Case in point, when a few were dumped in a local Australian river in the early 2000s they eventually migrated to the Vasse River, where they’re still a major problem today.

There are similar accounts of goldfish invasions in Epping Forest, London, Alberta, Canada, and Lake Tahoe, Nevada. In fact, invasive fish species accounted for over half of the total fish population in Lake Tahoe Basin. Besides causing fiscal and environmental disasters there are other reasons you should keep that goldfish in its tank.

For starters, goldfish are smarter than you might think. They have a memory span of at least 3 months which means you can teach them tricks like this. They also can tell the difference between Stravinsky and Bach.

Can you do that?

So, consider the wildlife,  and think twice before tossing that goldfish away.

Whether it'd be picking something off the floor or tying your shoelace, we bend over to the floor every day. But have you realized that you might be doing it wrong and causing irreversible damage to your spine and back? With the help of professionals like Stuart McGill, the author of "Back Mechanics" and Jean Couch, an expert on spine alignment, we discovered the proper way everyone should bend over.

See more from Stuart McGill:
https://www.amazon.com/Back-Mechanic-...

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If you’re American, chances are you’re bending over all wrong. When Americans reach down, they’re likely to first tilt their heads down and then bend from the waist. This contorts the body into a cashew-like shape. Not only is it uncomfortable, bending this way increases the stress on your spinal discs. These joints just weren’t designed to bend this way. Their job is to stabilize, not to move the spine. And over time, it can weaken the collagen fibers of your spine and cause back pain. The position can also cause your muscles to tighten and get tense. 

It might not seem like a big deal, but a little back pain can cause a lot of problems. According to a recent report by the CDC, nearly 30% of American adults reported having lower back pain within the past 3 months of the study. And the same investigation found that lower back pain is the leading cause of disability in Americans under 45. Lower back pain can also affect your mental health. A study by the American Academy of Pain Medicine found that adults with lower back pain are more than four times as likely to experience serious psychological distress compared to people without lower back pain. And ccontrary to popular belief, lifting with your legs isn’t any better. 

Stuart McGill: If you lift with your legs you will become very tired in the legs, you’ll stress the knees and the ankles. So it’s much for physiologically demanding.

The overarching issue, it seems, is that Americans have a habit of poor posture and alignment.  But strangely, people from other countries don’t seem to have this problem, at least until recently.

Jean Couch: You have to get to get into smaller and smaller villages. Because of media, everyone around the world has access to United States pop culture. And in almost all pop culture the body is completely collapsed. So we’re exporting this posture all around the world.

Couch has observed that people in Peru, Guatemala, and other non-Western cultures tend to bend using a technique that protects your spine. 

Jean Couch: In the United States people bend like this so the back is rounded. And people who are safe bend like this.

In this technique, you bend from the hips, keeping your back parallel to the floor. Why is this better for you? It all starts with how your hips are designed to move. These joints work like a ball and socket, so they freely swing back and forth. As a result, they can withstand a lot more force than your spinal disks, which aren’t made to handle repeated movements. When overstressed, these disks can separate and lead to disk herniation. So how can you get in the habit of table bending?

Jean Couch: Stand up, and put your heels 12 inches apart and put your toes 14 inches apart. Put your hands on your waist. When you bend here, it’s dangerous, it wears out your spinal discs and makes your back tense. Where you want to bend is not at your waist, it’s at your hip. So we have a shortcut we use —if you were Adam from the Bible, where would you put your fig leaf? Put a fig leaf here. When you bend, you want your figleaf to go through your legs. And then the spine comes along and just goes up and down.

Good luck! And remember, “cashew-chic” is not a good look for your back.

We're currently facing the worst bleaching of coral reefs ever known in history, but what would happen if all the coral reefs died off? We've already lost 50% of the world's coral, and we're at risk of losing even more. If the world lost all its coral reefs, the results would be dire. 

Read more from Business Insider's "Saving Our Planet" series here: http://www.businessinsider.com/saving...

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What would happen if all the coral reefs died off?

Coral reefs are filled with colorful ocean life. But they're in danger of dying off.

The planet has already lost 50% of its coral in the last 30 years. If the rest go, the consequences would be dire.

Sea life has the most to lose. Coral reefs cover less than 1% of the ocean floor. But, they provide an essential ecosystem for a quarter of all marine life.

One of these creatures — a type of sea slug — is actually an important ingredient in certain cancer-fighting compounds.

In fact, some estimates predict we are 300 to 400 times more likely to find new drugs from coral reef ecosystems than land-based ones. But that’s only if they survive the next century.

In addition to breakthrough medicines, over half a billion people depend on these reefs for food and work.

Almost 1/5th of the world's protein comes from seafood, with people eating on average almost 50 lbs per year.

The US fishing industry supports 1.5 million jobs alone, nearly a quarter of what the US meat and poultry industry employs.

Without reefs, billions of sea life species would suffer, millions of people would lose their most significant food source, and economies would take a major hit.

But it’s not just about the jobs.

Coral reefs attract tourists to more than 100 countries and territories worldwide. These tourists spend billions of dollars diving into the underwater landscapes.

Without these attractions, economists estimate that coastal-tourism would drop more than 9%, which is equivalent to about $36 billion.

These reefs also provide protection to the tourist-reliant coastlines. They act as natural barriers, canceling out 97% of a wave’s strength and protecting more than 200 million people. Building seawalls for the same protection costs $2.5 million per mile.

But today humans are putting these all at risk. Rising ocean temps and pollution stress the coral, which can kill entire coral ecosystems within just a few months.

Half of the US Caribbean coral died in one massive bleaching event back in 2005.

If we do nothing to cool the oceans, the planet’s remaining coral could all be wiped out.

It's very difficult for startup companies to build hardware that can compete against large companies like Google, Amazon, and Apple. Wyze Labs' first product — the Wyze Cam — has many of the same features as Google’s Nest Cam for nearly 10% of the cost. So what can this camera do that’s similar to the Google Nest and why is this camera so cheap?

See more from Wyze: https://goo.gl/qGHApB

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Steve Kovach - The big thing about Wyze is it offers a lot of the features that you might see from competitors like Nest and Amazon and all those other companies but it's way cheaper, it's 20 bucks. How do you guys do that? How do you even make money on this thing?

Elana Fishman - Founding this company, what we really focused on was thinking about how do we democratize technology? So there were four of us that founded this together. Our background, we met when we were working at Amazon.

We bring a very customer centric focus to smart home and we looked at the smart home industry and realized that a lot of the products out there weren't meeting customer needs. So either very expensive or unreliable and glitchy and just weren't meeting the expectations of customers and we thought we could do better.

Steve Kovach - So on paper, spec by spec, it seems very similar to these pricier cameras. Nest cameras have been around for years, your former employer Amazon has their own version and they also just bought Ring. Just walk me through the specs of what this can do and what the competition can do.

Elana Fishman - Yeah, we're basically on par with the other smart home cameras that are out there. It's a 1080p camera, very fast connection when you pull it up into the app, we have the ability to add an SD card which a lot of cameras don't and that way you can do continuous recording locally on the hardware and be able to access that through the app.

A lot of our competitors charge for the cloud storage, we don't, we offer free cloud storage for 14 days. So spec by spec, we're basically on par with our competitors. And for us, what we really think about is not trying to make money on any individual product but getting as many products out there because we really believe that this technology can help people and we want to get it in as many hands as possible.

Steve Kovach - The idea here is you guys can go to suppliers out in Asia and say, "This is what we want" and they can kind of whip it together. Talk about that process.

Elana Fishman - Sure, so for this particular product, we have a very strong relationship with our manufacturer in China. We're not just looking for suppliers, we're looking for partners that believe in our mission of creating quality products at affordable prices. We're looking for partners that are already producing at scale, so have expertise on the supply chain side. So we can leverage their economies of scale and offer products at awesome prices to our customers.

We sold 100,000 in our initial sale and sold out almost immediately and have been chasing inventory since then. We have a lot of people that bought one not really believing they could get a quality camera for $20 and then came back and bought more.

Steve Kovach - And what your team does is mostly they have the hardware side locked down and you guys come in and create the apps that people are using?

Elana Fishman - Yeah, so we focus very much on the user experience. So we create a unique app for our products but at the same time, we work with the manufacturer to improve the hardware. So we just launched the version two of the Wyze Cam, we just started shipping that this week and for that, we took feedback from our customers of how they liked the first version and then we worked with our manufacturer to improve primarily internal components to improve the image quality, the night vision and some different aspects of the chip set within the camera.

So we start with things that may be a little more off the shelf and fine tune them and upgraded them as we hear from our customers on what they want.

Running may feel like a mammoth task for most of us. But did you know our species have evolved to run better than any animal on this planet?

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Cheetahs are the fastest land animal in the world. But did you know that humans can leave them in the dust? At least, in the long run.

That’s right, when it comes to endurance, we can outrun wolves, cheetahs, and even horses.

Now, in the beginning, humans fall short because we're lousy sprinters.

Case in point, Usain Bolt couldn't outrun a cheetah in the 100-meter dash if he wanted to, and he tried. But marathons and ultramarathons are a whole other ballgame.

Each year, a small town in Wales holds the Man Versus Horse Marathon. It’s a 22-mile race between riders on horseback and runners. And, while horses often win, humans will sometimes prevail.

So what makes humans such endurance running superstars?

The secret weapon is our sweat. We have 2-4 million sweat glands all over our body, which means we can run and cool ourselves at the same time. Having no fur is also a huge plus.

In contrast, dogs rely on panting to cool down, and other animals, like horses and camels, also sweat, but less effectively. As a result, they overheat faster and must slow down sooner.

The mechanics of our running stride also makes us particularly well-suited for endurance running. A human’s running gait has two main phases: Aerial when both feet are off the ground and Stance when at least one foot touches the ground.

While in the air, gravity pulls us down, which generates a lot of kinetic energy. However, the second we hit the ground, we instantly decelerate, losing that kinetic energy in the process. 

Here’s where our special adaptations come in. The tendons and muscles in our legs are very springy. They act like a pogo stick, converting kinetic energy from the aerial phase into elastic potential energy, which we can use later.

In fact, our IT band can store 15-20 times more elastic energy than a chimpanzee’s similar body part, the fascia lata. When it comes time to step off, those springy tendons can turn 50% of that elastic pogo-stick energy back into kinetic, making it easier to propel forward. Without that extra energy, we’d have to exert that much more effort just to take a step.

So, why did humans get to be such great endurance runners, anyway?

Some anthropologists believe this became important around 2-3 million years ago, when we started hunting and scavenging. Because we couldn’t chase down a gazelle like a cheetah, early humans learned persistence hunting. Where they would track prey over long distances until the prey either overheated or was driven into a trap.

In fact, persistence hunting remained in use until 2014, such as with the San people of the Kalahari Desert.

But distance running can still help you, even if you're not interested in running down your next meal.

Studies show running can lower body weight, body fat, and cholesterol levels. And the longer you train, the greater the health benefits. Just one year of training has been shown to reduce body weight by about 7 lbs, lower body fat by 2.7% and decrease resting heart rate by 2.7%.

It may seem really hard, and maybe even impossible to run a mile or a marathon. But in fact, you were born to go on that run. We all were.

The SpinCycle is a portable washing machine that attaches to almost any bicycle. It was created by Rich Hewitt, he came up with the idea when in Burundi. While he was there he had to wash huge amounts of clothes by hand and wanted to find a better solution.

The bicycle is fully usable with a SpinCycle attached, and everything needed for washing clothes can be carried in the drum. When needed the device rotates into place and the drum detaches so it can be filled. The drum is fitted with a paddle that helps the washing process.

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