The robots are coming! They’ll be taking millions – maybe billions – of jobs away with them. Yoram Yaakobi, head of the Microsoft Israel R&D center, says not to worry.
A fleeting fleck of electronics smaller than a grain of rice can wirelessly relay critical health information and then gently dissolve away. The transient sensors can measure pressure, temperature, pH, motion, flow, and potentially specific biomolecules that could improve patient care.
According to DaVinci Institute futurist and executive director, Thomas Frey, job training may be a thing of the past. With the automation of jobs, as well as the creation of new ones, people will need a better way to transition into another industry quickly and seamlessly.
One of the most impressive complex cognitive processes is the ability to learn and creatively use language. It’s those processes that continue to set humans apart from even the most advanced machines. However, a team of scientists has now created an artificial system of neurons that is capable of learning words, phrases and syntax with no prior programming, thereby sustaining a dialog using processes that resemble mental actions.
A team of scientists from Imperial College London have proposed a laser model that can could heat materials to temperatures hotter than the center of the Sun in just 20 quadrillionths of a second. That’s 10 million degrees Celsius almost instantaneously.
The internet of things will run your home, keep you healthy and even check how much food is in your fridge. With all of these objects being interconnected via a global network means a trillion new “smart sensors” will need to be installed around the world by 2020. But what’s going to power these devices?
Hitachi came out with a technology they are developing which is fundamentally a sheet of Quartz Glass, which could possibly save data for up to 300 Million Years.
Thomas Frey, a futurist from the DaVinci Institute in the United States predicts that by 2030 people will rely on billions of drones and sensors to live.
NEC, a Japanese electronics maker, has unveiled a unique input mechanism that allows you to type on your arm using augmented reality. The system is called the ARmKeypad and it combines a set of glasses to visualize the virtual keyboard and a smartwatch to detect how fast you type. (Video)
Cars will be able to talk to each other to avoid accidents, merge onto highways and drive us to a destination we set on the GPS sometime in the near future. This type of technology is actually already on the roads across the world and will be rolling out in Australia over the next few years.
We live in an era where new technologies are appearing so fast that it is hard to follow all the new developments. But, personal transportation, the one most often associated with speeds and progress, so far remained largely untouched by the revolution in digital tech – when compared to what happened to communications in the last couple of decades, car remained pretty much the same. However, we already see the first portents of approaching changes – so let’s take a look at car tech that may become reality in not so distant future.