Finger pricks, blood draws, and urine testing are miserable for just about everyone. But now researchers are working on a new concept to make testing for disease much easier. The project? A contact lens that would use the condition of the eyes to help spot illness.
Will we have more rights or fewer rights when artificial intelligence kicks in? How about the right to have our diseases cured, the right to a full head of hair, the right to a job that matches our skills, or the right to marry our perfect mate?
In response to advances in neuroscience and technologies that alter or read brain activity, some researchers are proposing a recognition of new human rights to mental integrity. These would protect people from having their thoughts abused, hacked, or stolen. The idea of this kind of human right is a recognition that although brain-related technologies have the potential to transform our lives in many positive ways, they also have the potential to threaten personal freedom and privacy.
There’s a revolution happening in biology, and its name is CRISPR.
CRISPR (pronounced “crisper”) is a powerful technique for editing DNA. It has received an enormous amount of attention in the scientific and popular press, largely based on the promise of what this powerful gene editing technology will someday do.
No more petrol or diesel cars, buses, or trucks will be sold anywhere in the world within eight years. The entire market for land transport will switch to electrification, leading to a collapse of oil prices and the demise of the petroleum industry as we have known it for a century.
This is the futuristic forecast by Stanford University economist Tony Seba. His report, with the deceptively bland title Rethinking Transportation 2020-2030, has gone viral in green circles and is causing spasms of anxiety in the established industries.
“Code is law,” as described in Lawrence Lessig’s book ‘Code and Other Laws of Cyberspace’, refers to the idea that computer code has progressively established itself as a predominant way to regulate behavior to the same degree as legal code.
With the advent of blockchain technology, code is assuming an even stronger role in regulating people’s interactions.
However, while computer code can enforce rules more efficiently than legal code, it also comes with a series of limitations.
If you’re impress with the progress we’re making with A.I. so far, hang onto your hats. We’re just getting started. Over the next 10 years, artificial intelligence will make more progress than in the fifty before it, combined. With countless quickly oncoming applications to business, government, and personal life, its influence will soon touch absolutely every aspect of our lives.
Here are 27 surprising ways life and society that will be forever changed by artificial intelligence over the coming decade.
From smart TVs to a modular sofa that can be controlled by an app, home tech isn’t just something for the future, it’s in our homes now. New technologies aim to make our lives easier, safer, and—sometimes—a little bit cooler. It was only a matter of time before innovators tackled the next great frontier of irritating domestic chores: the yard.
Cordless electric robot mowers are like a Roomba for your yard, traveling around the grass with a set of sharp spinning blades. They run automatically on whatever schedule you’d like, day or night, and the clippings are left on the grass as extra fertilizer.
Glancing around school classrooms in 2016, it’s easy to miss just how far technology has transformed learning over the last decade. The desks, whiteboards and rows of chairs are the same, but so much else has changed that can’t be seen.
A third of Britain’s schools are asking students to bring their own tablets and laptops into the classroom now, coding has been on the national curriculum for three years, and more and more education is happening outside school through apps and digital services.
The ability to regenerate body parts has always been a fascinating prospect, inspiring characters like Wolverine who can instantly heal themselves and regrow body parts they’ve lost — and now regeneration has inspired scientific research.
Many species in the animal kingdom can regenerate: arthropods (like scorpions) can regrow appendages, some annelids (like worms) can regenerate from only a few segments of their body, echinoderms (like starfish) can both self-amputate and re-grow limbs, amphibians (like salamanders and newts) can regenerate a limb in as little as a month, and some reptiles can regenerate their tails.
Cory Doctorow: In the Foundation series, Isaac Asimov posited three rules to protect humans from robots. As our own technology advances exponentially every day, how can will we make technology that frees us, rather than enslaving us?
Let us begin by cleaving this problem into two pieces, only one of which I am qualified to address:
- How can we make technology that works well?
- How can we make technology that fails well?
I only know about #2.
Being a kid, flying cars were the norm, not the exception and you always assumed that your parents will definitely get such a thing the next time they’re shopping for a family car. Although different companies told us, that it’s just around the corner, it never materialized and Back To The Future never happened.
The company has secured the grant from Tekes, the Finnish funding agency for innovation, which it plans to invest in an R&D centre in Turku, Finland.
Engineers at the site will carry out development projects focusing on land-based control centres and the use of artificial intelligence (AI) in remote and autonomous shipping.
There is still very little AI or machine learning used in the maritime industry, according to Sauli Eloranta, head of innovation and technology at Rolls-Royce Marine.