MORE ENERGY
At some point today, you’ll probably do one or all of these things: Flip a switch for light. Take fresh food from a refrigerator. Turn a dial to make your home warmer or cooler. Press a button on your laptop to go online.
You probably won’t think twice about any of these actions, but you will actually be doing something extraordinary. You will be using a superpower—your access to energy.
Does that sound ridiculous?
Just imagine, for a minute, life without energy.
You don’t have a way to run a laptop, mobile phone, TV, or video games. You don’t have lights, heat, air conditioning, or even the Internet to read this letter.
About 1.3 billion people—18 percent of the world’s population—don’t need to imagine. That’s what life is like for them every day.
You can see this fact for yourself in this photograph of Africa at night taken from space.
Africa has made extraordinary progress in recent decades. It is one
of the fastest-growing regions of the world with modern cities, hundreds
of millions of mobile phone users, growing Internet access, and a
vibrant middle class.
But as you can see from the areas without lights, that prosperity has not reached everyone. In fact, of the nearly one billion people in sub-Saharan Africa, 7 out of every 10 of them live in the dark, without electricity. The majority of them live in rural areas. You would see the same problem in Asia. In India alone, more than 300 million people don’t have electricity.
If you could zoom into one of those dark areas in that photograph, you might see a scene like this one. This is a student doing her homework by candlelight.
I’m always a little stunned when I see photographs like this.
It’s been well over a century since Thomas Edison demonstrated how an
incandescent light bulb could turn night into day. (I’m lucky enough to
own one of his sketches of how he planned to improve his light bulb.
It’s dated 1885.) And yet, there are parts of the world where people are
still waiting to enjoy the benefits of his invention.
If I could have just one wish to help the poorest people, it would be to find a cheap, clean source of energy to power our world.
You might be wondering, “Aren’t people just trying to stay healthy and find enough to eat? Isn’t that important too?” Yes, of course it is, and our foundation is working hard to help them. But energy makes all those things easier. It means you can run hospitals, light up schools, and use tractors to grow more food.
Think about the history classes you’re taking. If I had to sum up history in one sentence it would be: “Life gets better—not for everyone all the time, but for most people most of the time.” And the reason is energy. For thousands of years, people burned wood for fuel. Their lives were, by and large, short and hard. But when we started using coal in the 1800s, life started getting better a lot faster. Pretty soon we had lights, refrigerators, skyscrapers, elevators, air conditioning, cars, planes, and all the other things that make up modern life, from lifesaving medicines and moon landings to fertilizer and Matt Damon movies. (The Martian was my favorite movie last year.)
Without access to energy, the poor are stuck in the dark, denied all of these benefits and opportunities that come with power.
So if we really want to help the world’s poorest families, we need to find a way to get them cheap, clean energy. Cheap because everyone must be able to afford it. Clean because it must not emit any carbon dioxide—which is driving climate change.
I’m sure you have read about climate change and maybe
studied it in school. You might be worried about how it will affect
you. The truth is, the people who will be hit the hardest are the
world’s poorest. Millions of the poorest families work as farmers.
Changes in weather often mean that their crops won’t grow because of too
little rain or too much rain. That sinks them deeper into poverty.
That’s particularly unfair because they’re the least responsible for
emitting CO2, which is causing the problem in the first place.
Scientists say that to avoid these dramatic long-term changes to the
climate, the world must cut greenhouse gas emissions by up to 80 percent
by 2050, and eliminate them entirely by the end of the century.
When I first heard this I was surprised. Can’t we just aim to cut carbon emissions in half? I asked many scientists. But they all agreed that wouldn’t be enough. The problem is that CO2 lingers
in the atmosphere for decades. Even if we halted carbon emissions
tomorrow, the temperature would still rise because of the carbon that’s
already been released. No, we need to get all the way down to zero.
That’s a huge challenge. In 2015, the world emitted 36 billion tons of carbon dioxide to produce energy. This is a mind-boggling number. (It’s worth remembering, because it will come in handy. For example, someone may tell you they know how to remove 100 million tons of carbon per year. That sounds like a lot, but if you do the math—100 million divided by 36 billion—you’ll see that they’re talking about 0.3 percent of the problem. Every reduction in emissions helps, but we still have to work on the other 99.7 percent.)
How can we ever reduce a number like 36 billion tons to zero?
Whenever I’m confronted with a big problem I turn to my favorite subject: math. It’s one subject that always came naturally to me, even in middle school when my grades weren’t that great. Math cuts out the noise and helps me distill a problem down to its basic elements.
Climate change is an issue that has plenty of noise surrounding it. There are those who deny it is a problem at all. Others exaggerate the immediate risks.
What I needed was an equation that would help me understand how we might get our CO2 down to zero.
Here’s what I came up with:
That might look complicated. It’s not.
On the right side you have the total amount of carbon dioxide (CO2) we put in the atmosphere. This is what we need to get to zero. It’s based on the four factors on the left side of the equation: the world’s population (P) multiplied by the services (S) used by each person; the energy (E) needed to provide each of those services; and finally, the carbon dioxide (C) produced by that energy.
As you learned in math class, any number multiplied by zero will equal zero. So if we want to get to zero CO2, then we need to get at least one of the four factors on the left to zero.
Let’s go through them, one by one, and see what we get.
The world’s population (P) is currently 7 billion and expected to increase to 9 billion by 2050. No chance it’ll be zero.
Next, services. This is everything: food, clothing, heat, houses, cars, TV, toothbrushes, Elmo dolls, Taylor Swift albums, etc. This is the number that I was saying earlier needs to go up in poor countries, so people can have lights, refrigerators, and so on. So (S) can’t be zero, either.
Let’s take a look at (E). That’s the energy needed per service. There’s some good news here. Fuel-efficient cars, LED light bulbs, and other inventions are making it possible to use energy more efficiently.
Many people, and you may be one of them, are also changing their lifestyles to conserve energy. They’re biking and carpooling to save gas, turning down the heat a couple degrees, adding insulation to their homes. All of these efforts help cut down on energy use.
Unfortunately, they don’t get us to zero. In fact, most scientists agree that by 2050 we’ll be using 50 percent more energy than we do today.
So none of the first three—population, services, and energy—are getting close to zero. That leaves the final factor (C), the amount of carbon emitted per each unit of energy.
The majority of the world’s energy, other than hydro and nuclear, is produced by fossil fuels like coal that emit an overwhelming amount of CO2. But there’s some good news here, too. New green technologies are allowing the world to produce more carbon-free energy from solar and wind power. Maybe you live near a wind farm or have seen solar panels near your school.
It’s great that these are getting cheaper and more people are using them. We should use more of them where it makes sense, like in places where it’s especially sunny or windy. And by installing special new power lines we could make even more use of solar and wind power.
But to stop climate change and make energy affordable for everyone, we’re also going to need some new inventions.
Why? Solar and wind power are reliable energy sources so long as the sun is shining and the wind is blowing. But people still need dependable energy on cloudy days, at nighttime, and when the air is still. That means power companies often back up these renewable sources with fossil fuels like coal or natural gas, which emit greenhouse gases.
It would help, of course, if we had a great system for storing solar
and wind power. But right now, the best storage option is rechargeable
batteries, and they are expensive. Lithium-ion batteries like the one
inside your laptop are still the gold standard. If you wanted to use one
to store enough electricity to run everything in your house for a week,
you would need a huge battery—and it would triple your electric bill.
So we need more powerful, more economical solutions.
In short, we need an energy miracle.
When I say “miracle,” I don’t mean something that’s impossible. I’ve seen miracles happen before. The personal computer. The Internet. The polio vaccine. None of them happened by chance. They are the result of research and development and the human capacity to innovate.
In this case, however, time is not on our side. Every day we are releasing more and more CO2 into our atmosphere and making our climate change problem even worse. We need a massive amount of research into thousands of new ideas—even ones that might sound a little crazy—if we want to get to zero emissions by the end of this century.
New ways to make solar and wind power available to everyone around the clock could be one solution. Some of the crazier inventions I’m excited about are a possible way to use solar energy to produce fuel, much like plants use sunlight to make food for themselves, and batteries the size of swimming pools with huge storage capacity.
Many of these ideas won’t work, but that’s okay. Each dead end will teach us something useful and keep us moving forward. As Thomas Edison famously said, “I have not failed 10,000 times. I’ve successfully found 10,000 ways that will not work.”
But to find thousands of ways that won’t work, you first need to try
thousands of different ideas. That’s not happening nearly enough.
Governments have a big role to play in sparking new advances, as they have for other scientific research. U.S. government funding was behind breakthrough cancer treatments and the moon landing. If you’re reading this online, you have the government to thank for that too. Research paid for by the U.S. government helped create the Internet.
But energy research and the transition to new energy sources takes a long time. It took four decades for oil to go from 5 percent of the world’s energy supply to 25 percent. Today, renewable energy sources like wind and solar account for less than 5 percent of the world’s energy.
So we need to get started now. I recently helped launch an effort by more than two dozen private citizens that will complement government research being done by several countries. It’s all aimed at delivering energy miracles.
You may be wondering what you can do to help.
First, it’s important for everyone to get educated about this energy challenge. Many young people are already actively involved in climate and energy issues and I’m sure they could use more help. Your generation is one of the most globally minded in history, adept at looking at our world’s problems beyond national borders. This will be a valuable asset as we work on global solutions in the decades ahead.
Second, if you’re someone with some crazy-sounding ideas to solve our
energy challenge, the world needs you. Study extra hard in your math
and sciences. You might just have the answer.
The challenge we face is big, perhaps bigger than many people imagine. But so is the opportunity. If the world can find a source of cheap, clean energy, it will do more than halt climate change. It will transform the lives of millions of the poorest families.
I'm so optimistic about the world’s ability to make a miracle happen that I’m willing to make a prediction. Within the next 15 years—and especially if young people get involved—I expect the world will discover a clean energy breakthrough that will save our planet and power our world.
I like to think about what an energy miracle like that would mean in a slum I once visited in Nigeria. It was home to tens of thousands of people but there was no electricity. As night fell, no lights flickered on. The only glow came from open fires lit in metal barrels, where people gathered for the evening. There was no other light for kids to study by, no easy way to run a business or power local clinics and hospitals. It was sad to think about all of the potential in this community that was going untapped.
A cheap, clean source of energy would change everything.
Imagine that.
At some point today, you’ll probably do one or all of these things: Flip a switch for light. Take fresh food from a refrigerator. Turn a dial to make your home warmer or cooler. Press a button on your laptop to go online.
You probably won’t think twice about any of these actions, but you will actually be doing something extraordinary. You will be using a superpower—your access to energy.
Does that sound ridiculous?
Just imagine, for a minute, life without energy.
You don’t have a way to run a laptop, mobile phone, TV, or video games. You don’t have lights, heat, air conditioning, or even the Internet to read this letter.
About 1.3 billion people—18 percent of the world’s population—don’t need to imagine. That’s what life is like for them every day.
You can see this fact for yourself in this photograph of Africa at night taken from space.
But as you can see from the areas without lights, that prosperity has not reached everyone. In fact, of the nearly one billion people in sub-Saharan Africa, 7 out of every 10 of them live in the dark, without electricity. The majority of them live in rural areas. You would see the same problem in Asia. In India alone, more than 300 million people don’t have electricity.
If you could zoom into one of those dark areas in that photograph, you might see a scene like this one. This is a student doing her homework by candlelight.
If I could have just one wish to help the poorest people, it would be to find a cheap, clean source of energy to power our world.
You might be wondering, “Aren’t people just trying to stay healthy and find enough to eat? Isn’t that important too?” Yes, of course it is, and our foundation is working hard to help them. But energy makes all those things easier. It means you can run hospitals, light up schools, and use tractors to grow more food.
Think about the history classes you’re taking. If I had to sum up history in one sentence it would be: “Life gets better—not for everyone all the time, but for most people most of the time.” And the reason is energy. For thousands of years, people burned wood for fuel. Their lives were, by and large, short and hard. But when we started using coal in the 1800s, life started getting better a lot faster. Pretty soon we had lights, refrigerators, skyscrapers, elevators, air conditioning, cars, planes, and all the other things that make up modern life, from lifesaving medicines and moon landings to fertilizer and Matt Damon movies. (The Martian was my favorite movie last year.)
So if we really want to help the world’s poorest families, we need to find a way to get them cheap, clean energy. Cheap because everyone must be able to afford it. Clean because it must not emit any carbon dioxide—which is driving climate change.
That’s a huge challenge. In 2015, the world emitted 36 billion tons of carbon dioxide to produce energy. This is a mind-boggling number. (It’s worth remembering, because it will come in handy. For example, someone may tell you they know how to remove 100 million tons of carbon per year. That sounds like a lot, but if you do the math—100 million divided by 36 billion—you’ll see that they’re talking about 0.3 percent of the problem. Every reduction in emissions helps, but we still have to work on the other 99.7 percent.)
Whenever I’m confronted with a big problem I turn to my favorite subject: math. It’s one subject that always came naturally to me, even in middle school when my grades weren’t that great. Math cuts out the noise and helps me distill a problem down to its basic elements.
Climate change is an issue that has plenty of noise surrounding it. There are those who deny it is a problem at all. Others exaggerate the immediate risks.
What I needed was an equation that would help me understand how we might get our CO2 down to zero.
Here’s what I came up with:
On the right side you have the total amount of carbon dioxide (CO2) we put in the atmosphere. This is what we need to get to zero. It’s based on the four factors on the left side of the equation: the world’s population (P) multiplied by the services (S) used by each person; the energy (E) needed to provide each of those services; and finally, the carbon dioxide (C) produced by that energy.
As you learned in math class, any number multiplied by zero will equal zero. So if we want to get to zero CO2, then we need to get at least one of the four factors on the left to zero.
The world’s population (P) is currently 7 billion and expected to increase to 9 billion by 2050. No chance it’ll be zero.
Next, services. This is everything: food, clothing, heat, houses, cars, TV, toothbrushes, Elmo dolls, Taylor Swift albums, etc. This is the number that I was saying earlier needs to go up in poor countries, so people can have lights, refrigerators, and so on. So (S) can’t be zero, either.
Let’s take a look at (E). That’s the energy needed per service. There’s some good news here. Fuel-efficient cars, LED light bulbs, and other inventions are making it possible to use energy more efficiently.
Many people, and you may be one of them, are also changing their lifestyles to conserve energy. They’re biking and carpooling to save gas, turning down the heat a couple degrees, adding insulation to their homes. All of these efforts help cut down on energy use.
Unfortunately, they don’t get us to zero. In fact, most scientists agree that by 2050 we’ll be using 50 percent more energy than we do today.
So none of the first three—population, services, and energy—are getting close to zero. That leaves the final factor (C), the amount of carbon emitted per each unit of energy.
The majority of the world’s energy, other than hydro and nuclear, is produced by fossil fuels like coal that emit an overwhelming amount of CO2. But there’s some good news here, too. New green technologies are allowing the world to produce more carbon-free energy from solar and wind power. Maybe you live near a wind farm or have seen solar panels near your school.
It’s great that these are getting cheaper and more people are using them. We should use more of them where it makes sense, like in places where it’s especially sunny or windy. And by installing special new power lines we could make even more use of solar and wind power.
But to stop climate change and make energy affordable for everyone, we’re also going to need some new inventions.
Why? Solar and wind power are reliable energy sources so long as the sun is shining and the wind is blowing. But people still need dependable energy on cloudy days, at nighttime, and when the air is still. That means power companies often back up these renewable sources with fossil fuels like coal or natural gas, which emit greenhouse gases.
So we need more powerful, more economical solutions.
In short, we need an energy miracle.
When I say “miracle,” I don’t mean something that’s impossible. I’ve seen miracles happen before. The personal computer. The Internet. The polio vaccine. None of them happened by chance. They are the result of research and development and the human capacity to innovate.
In this case, however, time is not on our side. Every day we are releasing more and more CO2 into our atmosphere and making our climate change problem even worse. We need a massive amount of research into thousands of new ideas—even ones that might sound a little crazy—if we want to get to zero emissions by the end of this century.
New ways to make solar and wind power available to everyone around the clock could be one solution. Some of the crazier inventions I’m excited about are a possible way to use solar energy to produce fuel, much like plants use sunlight to make food for themselves, and batteries the size of swimming pools with huge storage capacity.
Many of these ideas won’t work, but that’s okay. Each dead end will teach us something useful and keep us moving forward. As Thomas Edison famously said, “I have not failed 10,000 times. I’ve successfully found 10,000 ways that will not work.”
Governments have a big role to play in sparking new advances, as they have for other scientific research. U.S. government funding was behind breakthrough cancer treatments and the moon landing. If you’re reading this online, you have the government to thank for that too. Research paid for by the U.S. government helped create the Internet.
But energy research and the transition to new energy sources takes a long time. It took four decades for oil to go from 5 percent of the world’s energy supply to 25 percent. Today, renewable energy sources like wind and solar account for less than 5 percent of the world’s energy.
So we need to get started now. I recently helped launch an effort by more than two dozen private citizens that will complement government research being done by several countries. It’s all aimed at delivering energy miracles.
You may be wondering what you can do to help.
First, it’s important for everyone to get educated about this energy challenge. Many young people are already actively involved in climate and energy issues and I’m sure they could use more help. Your generation is one of the most globally minded in history, adept at looking at our world’s problems beyond national borders. This will be a valuable asset as we work on global solutions in the decades ahead.
The challenge we face is big, perhaps bigger than many people imagine. But so is the opportunity. If the world can find a source of cheap, clean energy, it will do more than halt climate change. It will transform the lives of millions of the poorest families.
I'm so optimistic about the world’s ability to make a miracle happen that I’m willing to make a prediction. Within the next 15 years—and especially if young people get involved—I expect the world will discover a clean energy breakthrough that will save our planet and power our world.
I like to think about what an energy miracle like that would mean in a slum I once visited in Nigeria. It was home to tens of thousands of people but there was no electricity. As night fell, no lights flickered on. The only glow came from open fires lit in metal barrels, where people gathered for the evening. There was no other light for kids to study by, no easy way to run a business or power local clinics and hospitals. It was sad to think about all of the potential in this community that was going untapped.
A cheap, clean source of energy would change everything.
Imagine that.
2016 Annual Letter
More Time
by Melinda
My brothers and sister and I had a lot of friends whose mothers, as we used to say, stayed home instead of working (though now I know that staying home is working—and working very hard, even though you don’t get paid for it).
The moms in our neighborhood seemed to spend most of their time in the kitchen. I’m interested in design, so I know now that their kitchens were “triangle kitchens,” with the fridge, sink, and stove laid out to make whipping up an omelet as quick and easy as possible. Kitchen design was a fad throughout the 20th century. In one demonstration, a woman baked two identical strawberry shortcakes, one in a regular kitchen and the other in a new and improved version. The process required 281 footsteps the first time around but only 41 the second. The kitchen itself made cake-baking 85 percent more efficient!
I know from listening to my kids and their friends—and from looking at polling data about how teenagers see the future—that most girls don’t think they will be stuck with the same rules that kept their grandmothers in the home. And most boys agree with them.
I’m sorry to say this, but if you think that, you’re wrong. Unless things change, girls today will spend hundreds of thousands more hours than boys doing unpaid work simply because society assumes it’s their responsibility.
Unpaid work is what it says it is: It’s work, not play, and you don’t get any money for doing it. But every society needs it to function. You can think of unpaid work as falling into three main categories: cooking, cleaning, and caring for children and the elderly. Who packs your lunch? Who fishes the sweaty socks out of your gym bag? Who hassles the nursing home to make sure your grandparents are getting what they need?
This holds true in every single country in the world. Globally, women spend an average of 4.5 hours a day on unpaid work. Men spend less than half that much time. But the fact is that the burden of unpaid work falls heaviest on women in poor countries, where the hours are longer and the gap between women and men is wider. In India, to take one example, women spend about 6 hours, and men spend less than 1 hour.
Most girls in poor countries don’t have a triangle kitchen. Instead, they move in long, straight lines, back and forth, because they have to walk miles to fetch water and chop wood. The geometry of their footsteps is different, but it’s still based on the assumption that keeping the household running is their responsibility. The massive number of hours these girls spend on these tasks distorts their entire lives. It’s almost impossible for those of us lucky enough to live in rich countries to understand how unpaid work dominates the lives of hundreds of millions of women and girls.
When I visited Tanzania a couple of years ago, I spent a few days with Anna and Sanare and their six kids. Anna’s day started at 5 a.m. with lighting a fire to cook breakfast. After we cleaned up, we fetched water. Once Anna’s bucket was full it weighed 40 pounds. (The average distance women walk to get clean water in rural Africa and Asia is two miles each way. Imagine doing that with almost half your body weight on your head!) When we got back to the house I was exhausted, even though I’d carried less than Anna. But we couldn’t rest, because it was time to build the fire again for lunch. After that we went into the forest to chop wood for the next day’s fires, being careful not to get stung by scorpions. Then we went for more water, then milked the goats, then dinner. We were up past 10 at night, washing dishes in the moonlight.
How many thousands of steps did I take that day? However many it was, Anna had to multiply that number by every day of her life.
Why am I counting the footsteps of women around the world, like a human Fitbit?
Because you are imagining your future right now, and I want your feet to lead you wherever you’re going to find the most meaning and satisfaction.
It's not just about fairness; assigning most unpaid work to women harms everyone: men, women, boys, and girls.
The reason? Economists call it opportunity cost: the other things women could be doing if they didn’t spend so much time on mundane tasks. What amazing goals would you accomplish with an extra hour every day? Or, in the case of girls in many poor countries, an extra five or more? There are lots of ways to answer this question, but it’s obvious that many women would spend more time doing paid work, starting businesses, or otherwise contributing to the economic well-being of societies around the world. The fact that they can’t holds their families and communities back.
Mothers might say they’d go to the doctor. In poor countries, moms are usually responsible for their kids’ health. But breastfeeding and traveling to the clinic take time, and research shows that health care is one of the first tradeoffs women make when they're too busy.
Some women might simply read a book or take a walk or visit a friend, and I totally support that, too. Everybody’s better off when more of us are fulfilled in our daily lives.
I’m writing this because I'm optimistic. Though no country has gotten the balance perfect yet, many have narrowed the unpaid labor gap by several hours a day. America and Europe have come a long way. The Scandinavian countries have gone even further.
Let’s start with Reducing, because that’s the most straightforward. Rich countries have done a great job of Reducing the time it takes to do most household tasks. That’s what the triangle kitchen was all about. Americans don’t fetch water because faucets fetch it for us, instantly. We don’t spend all day on a load of laundry because the washing machine does it in a half-hour. Cooking goes much faster when you start with a gas stove instead of an ax and a tree.
In poorer countries, though, most women still haul water, clean clothes by hand, and cook over an open flame.
But Reducing by itself isn’t enough, because it’s not just that housework takes a long time; it’s also that every culture expects women to do it. If tasks start taking less time, societies can (and do) simply assign women more tasks to fill up the time they’re deemed to have available. No matter how efficient we make housework, we won’t actually free up women’s time until we Recognize that it’s just as valuable as men’s.
This isn’t a global plot by men to oppress women. It’s more subtle than that. The division of work depends on cultural norms, and we call them norms because they seem normal—so normal that many of us don’t notice the assumptions we’re making. But your generation can notice them—and keep pointing them out until the world pays attention.
Think about your household chores. If you’re an American girl, you probably do 2 hours of chores a week more than boys. If you’re a boy, you’re 15 percent more likely to be paid for doing your chores. And what percent of girls’ chores are inside, and what percent of boys’ are outside? Why is that?
In TV commercials you see, how often are men doing laundry, cooking, or running after kids? (The answer: 2 percent of the time.) How many of the women are advertising kitchen or cleaning products? (More than half.)
Once we see these norms, we can replace them with something better.
What do those better norms look like? How are you going to Redistribute the work it takes to live?
It’s not an easy question.
For example, nobody supports a 50/50 split of all types of work at all times. Part of belonging to a family is cooperating, and sometimes one person is going to change a few more diapers because another is focused on a different important task.
Furthermore, not all unpaid work is created equal. Folding laundry isn’t rewarding, unless you’re one of those obsessively neat people. (I’m not.) But caring for a child or a sick relative is deeply meaningful, and many people, Bill and me included, want to take time to concentrate on that part of life. Sharing the burdens of unpaid work also means sharing the joys.
In fact, studies show that when fathers are able to take time off from paid work when their children are born, they spend more time with their kids and doing other kinds of housework for years to come. As a result, they form a stronger bond with their partners and children. That’s one reason why I think access to paid family and medical leave is so important for families.
The world can learn a lot from this couple.
I can’t wait to see where your steps will lead you. Not necessarily in triangles. Not in straight lines, unless that’s what you want. But in any direction you choose.
2016 Annual Letter
Get Involved
By Bill and Melinda
We started this year’s letter asking the question, if you could have one superpower, what would it be?
Dreaming about whether you would want to read minds, see through walls, or have superhuman strength may sound silly, but it actually gets to the heart of what really matters in your life.
Every day in our work at the foundation, we are inspired by the people we meet doing extraordinary things to improve the world.
They have all tapped into a different kind of superpower that all of us possess: the power to make a difference in the lives of others.
We’re not saying that everyone needs to dedicate their lives to the poor. Your lives are busy enough doing homework, playing sports, making friends, pursuing your dreams. But we do think that you can live a more powerful life when you dedicate some of your time and energy to something much larger than yourself. Find an issue you’re passionate about and learn more. Volunteer or, if you can, donate a little money to a cause. Whatever you do, don’t be a bystander. Get involved. You may have the opportunity to make your biggest impact when you’re older. But why not start now?
Our own experience working together on health, development, and energy the last two decades has been one of the most rewarding parts of our lives. It has transformed who we are and continues to fuel our optimism about how much the lives of the poorest people will improve in the years ahead.
We know it’s an experience that will change your life too. You’ll be like Clark Kent ducking away to change into his alter ego, emerging not with a pair of tights and a cape, but with superpowers you never knew you had.
Dreaming about whether you would want to read minds, see through walls, or have superhuman strength may sound silly, but it actually gets to the heart of what really matters in your life.
Every day in our work at the foundation, we are inspired by the people we meet doing extraordinary things to improve the world.
They have all tapped into a different kind of superpower that all of us possess: the power to make a difference in the lives of others.
We’re not saying that everyone needs to dedicate their lives to the poor. Your lives are busy enough doing homework, playing sports, making friends, pursuing your dreams. But we do think that you can live a more powerful life when you dedicate some of your time and energy to something much larger than yourself. Find an issue you’re passionate about and learn more. Volunteer or, if you can, donate a little money to a cause. Whatever you do, don’t be a bystander. Get involved. You may have the opportunity to make your biggest impact when you’re older. But why not start now?
Our own experience working together on health, development, and energy the last two decades has been one of the most rewarding parts of our lives. It has transformed who we are and continues to fuel our optimism about how much the lives of the poorest people will improve in the years ahead.
We know it’s an experience that will change your life too. You’ll be like Clark Kent ducking away to change into his alter ego, emerging not with a pair of tights and a cape, but with superpowers you never knew you had.
SHARE YOUR SUPERPOWER
Energy and time are
important issues, but there are many others. What can you do to improve
the world? What superpower do you wish you had? Join the discussion by
sharing your
#SUPERPOWERFORGOOD
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