Wearable technology will tell us how well we are sleeping and whether we need to exercise. Sensors in the street will help us avoid traffic jams and find parking. Telemedicine applications will allow physicians to treat patients who are hundreds of miles away.

I have a lot of plants and fish and a pet lizard and Venus flytraps. I have a whole ecosystem in my room, like a running waterfall and different lights and sensors set on digital timers.

In a wristwatch, imagine the battery is in the strap and there's a medical sensor in there connected to the internet. If someone is monitoring that, they could phone up if the user has forgotten to take some medication. This could save hundreds of dollars in medical fees later. What's missing? It's a stable battery.

Among many other things, a smartphone functions as a handheld digital sensor for the physical world. In other words, we don't necessarily need our real world things to be directly connected, when the Web interface in our mobile devices provides the network access and intelligence.

You could claim that moving from pixelated perception, where the robot looks at sensor data, to understanding and predicting the environment is a Holy Grail of artificial intelligence.

Predating the Internet and predating videos, you had an active imagination. You would hear sounds and then get mental pictures of what these sounds felt like to you. It engaged you and made you more invested in it. It made you want to get tickets to the show, buy the album, put the poster on the wall. Now it's sensory overload.

If you look at the history of innovation, the innovations coming through the defence department have been some of the most important innovations ever. Little things like drones, sensors, and the Internet of Things are defence-type initiatives, but the big one is the Internet itself.

There's even an aircraft sensor system that sends down hundreds of thousands of pulses of light measured at different return rates. It allows you to literally strip away vegetation and see entire cities beneath the rain forest canopy. This is the unbelievable future of archaeology.

Mushy food is a form of sensory deprivation. In the same way that a dark, silent room will eventually drive you to hallucinate, the mind rebels against bland, single-texture foods, edibles that do not engage the oral device.

As the world transitions to the Internet of Everything - where people, processes, and data are intelligently connected - we'll be linked in even more ways. Here, billions and trillions of sensors around the earth and in its atmosphere will send information back to machines, computers, and people for further evaluation and decision-making.

Lighter computers and lighter sensors would let you have more function in a given weight, which is very important if you are launching things into space, and you have to pay by the pound to put things there.

The limits of sensory evolution in fish are defined very largely by their habitat. Water is physically supportive, carries some kinds of odour well, and is kind to sound - letting it travel several times faster than air will allow, but it inhibits other more personal kinds of communication.

To make a vehicle autonomous, you need to gather massive streams of data from loads of sensors and cameras and process that data on the fly so that the car can 'see' what's around it.

Imagine a world where everything that can be connected will be connected - where driverless cars talk to smart transportation networks and where wireless sensors can monitor your health and transmit data to your doctor. That's a snapshot of what the 5G world will look like.

I believe 3D is inevitable because it's about aligning our entertainment systems to our sensory system. We all have two eyes; we all see the world in 3D. And it's natural for us to want our entertainment in 3D as well. It's just getting the technology - it's really more the business model than the technology piece. We've solved the technology.

He leaned back, appalled at himself. She was a ***damn dose of truth serum. Things were falling out of his mouth as though his ability to sensor had short-circuited.

As long as we are children, we have the ability to experience things around us--but then we grow used to the world. To grow up is to get drunk on sensory experience.

Most helmsmen would've been satisfied with a pilot's wheel or a tiller. Leo had also installed a keyboard, monitor, aviation controls from a Learjet, a dubstep soundboard, and motion-control sensors from a Nintendo Wii. He could turn the ship by pulling on the throttle, fire weapons by sampling an album, or raise sails by shaking his Wii controllers really fast. Even by demiGod standards, Leo was seriously ADHD.

"Charlotte, darling, Henry said to his wife, who was staring at im in gape-mouthed horror. Jassamine, beside her, was wided eyed. Sorry im late. You know, i think i might nearly have the sensor working-

Enjoy the limitless bliss consciousness here and now. The reality of you lies much beyond your sensory perceptions and boundaries.

I have a lot of plants and fish and a pet lizard and Venus flytraps. I have a whole ecosystem in my room like a running waterfall and different lights and sensors set on digital timers.

In a wristwatch imagine the battery is in the strap and there's a medical sensor in there connected to the internet. If someone is monitoring that they could phone up if the user has forgotten to take some medication. This could save hundreds of dollars in medical fees later. What's missing? It's a stable battery.

Normal people have an incredible lack of empathy. They have good emotional empathy but they don't have much empathy for the autistic kid who is screaming at the baseball game because he can't stand the sensory overload. Or the autistic kid having a meltdown in the school cafeteria because there's too much stimulation.

Lighter computers and lighter sensors would let you have more function in a given weight which is very important if you are launching things into space and you have to pay by the pound to put things there.