nformation not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at

You have superhuman senses, but you don’t know it yet.

You can detect the presence of a tiny speck of anthrax in a vast public space, or count the fish in a 4,000 square mile area. You can hear a gunshot hundreds of yards away and use your super-powerful vision to zoom in on a criminal as he tries to escape. You can look in the eyes of a person you’ve never met, and tell me her identity.

Best of all, with every passing day, your superhuman senses grow stronger. You acquire new ones, too.

No, you didn’t get bitten by a radioactive spider or exposed to gamma radiation. You’re not a mutant X-Man.

You are just lucky enough to be alive during the birth of a new class of computers, called sensors. They are multiplying faster than chocolate stains at a nursery school birthday party.

In the time it took me to write this far, the human race deployed thousands of new sensors into the world. Some are old-hat sensors like burglar alarms and smoke detectors. But others extend and supercharge our senses in ways that seem ripped out of the pages of your favorite comic book.

If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests – often to study the behavior of wild animals – and the answer is a resounding yes.

Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at

you’ve never met, and tell me her identity.

Best of all, with every passing day, your superhuman senses grow stronger. You acquire new ones, too.

No, you didn’t get bitten by a radioactive spider or exposed to gamma radiation. You’re not a mutant X-Man.

You are just lucky enough to be alive during the birth of a new class of computers, called sensors. They are multiplying faster than chocolate stains at a nursery school birthday party.

In the time it took me to write this far, the human race deployed thousands of new sensors into the world. Some are old-hat sensors like burglar alarms and smoke detectors. But others extend and supercharge our senses in ways that seem ripped out of the pages of your favorite comic book.

If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests – often to study the behavior of wild animals – and the answer is a resounding yes.

Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at

mputers, called sensors. They are multiplying faster than chocolate stains at a nursery school birthday party.

In the time it took me to write this far, the human race deployed thousands of new sensors into the world. Some are old-hat sensors like burglar alarms and smoke detectors. But others extend and supercharge our senses in ways that seem ripped out of the pages of your favorite comic book.

If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests – often to study the behavior of wild animals – and the answer is a resounding yes.

Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at

ipped out of the pages of your favorite comic book.

If a tree grows in the forest and no one is there, does it make a noise? Sensors are being added to forests – often to study the behavior of wild animals – and the answer is a resounding yes.

Sensors called drifters have been floating on ocean currents for several years now, sending back information not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at

nformation not only to researchers but also to elementary school classrooms. In the process, we are learning immense amounts about our oceans and climate.

Thanks to sensors, Air Force pilots in Colorado Springs now control drone planes that run bombing missions in Afghanistan; the pilots’ biggest problem is coming home to a normal family life at 5 pm, after operating in a war zone.

Sensors extend your senses to see the very little, and the very distant. They can detect pathogens at the molecular level, and monitor the Earth – or other planets – over vast distances. Pictures from satellites show the impact of human development on places such as Mexico City, Las Vegas and the Amazon.

Never before have you – or any other human – been able to see in such detail how our world changes from one day to the other, or one year to the next.

Four big changes are impacting the growth of your new superhuman senses:

1. Sensors are increasingly becoming wireless, which means they can operate almost anywhere.
2. We are figuring out how to get sensors to use very small amounts of power, or even to generate all the power they need from their environment (i.e. solar power, or power from natural vibrations.)
3. Sensors are shrinking rapidly.
4. Sensors are being networked together.

Altogether, these changes mean that sensors will literally be woven into the fabric of our world.

Think of a new Internet of sensors, which will extend your senses in ways that are difficult to imagine. Do you know where your children are right now? Soon, your answer will always be yes.

In fact, it’s already a mistake to think that Google only searches web pages. Through