While the possibility of teleporting entire objects from one place to another like they do in the movies is way beyond our current — and near-future — capabilities, the same can’t be said for the memory of our existence.
“[A]rtist Simon Beck (previously) trudges across sand or through knee-high snow to create massive geometric drawings left behind in his footprints. From sandy expanses on the shore of New Zealand to frigid outlooks in the Swiss Alps, any pristine surface that stretches for hundreds of meters can work as a suitable canvas for Beck’s designs.”
There is enough wealth for all of us. What if we decided that every human being has a right to income security? How could a basic income change our lives? Could this relieve our society from the stress and anger that comes with the rising inequality?
Featuring: Guy Standing (economist, UK), Phillippe Van Parijs (philosopher, co-founder European Basic Income Network, BE) Enno Schmidt (Co-initiator of the Swiss Citizen’s Initiative on Basic Income, CH) Daniel Hani (Co-initiator of the Swiss Citizen’s Initiative on Basic Income, CH) Roland Duchatelet (entrepreneur, BE) Francine Mestrum (researcher on social development, BE) Dirk De Wachter (psychotherapist, BE) Sarah Van Lieferinge (Pirate Party, BE) Claudia & Dirk Haarman (Researchers Basic Income Grant project Namibia, NA) Bischop Kameeta (current Minister of poverty aleviation, NA) Ismael Daoud, Pierre & Axelle Catelin (calculated a possible basic income, BE) …
Have you ever wondered what is going to replace the likes of Siri, Cortana, and Alexa? You may be looking at their next logical stage – this holographic digital home assistant.
Japanese startup vinclu Inc. is showing off a concept video for a holographic assistant called Gatebox. For its first incarnation, it projects a hologram named Azuma Hikari. Azuma will wake you in the morning, greet you when you get home from work, and communicate with your other smart devices in your home. Use her to turn on your TV, adjust your thermostat, play your music, etc. The possibilities are endless. If Amazon Echo had this kind of personality, it would have sold even better.
Paper Recycling Machine
Posted in sustainability
A transplantation procedure to treat multiple sclerosis using a patient’s own stem cells has shown impressive results
Multiple sclerosis (MS) is a complex autoimmune disorder in which myelin, the protective sheath around nerve fibres, begins to get degraded. Progressive inflammation and scarring results in permanent nerve damage which can eventually lead to severe disability. While there has been progress in controlling the disease, no cure currently exists.
Mind Blowing Facts Photo
Posted in energy
Interesting; especially how AI is leveraged for enhancing games which does make perfect sense from a pattern recognition and improvement standpoint.
As Central Florida’s video game community enters the virtual reality era, specialists and artists who can create fantasy worlds will be in higher demand here.
Video games often try to transport players to a virtual world, whether it’s a land of wooden zombies or a virtual representation of the Amway Center.
But professionals here say the illusion fails if the game’s artificial intelligence doesn’t realistically react to game situations.
The perfect cup of coffee each morning.
Created by Californian company Savioke, Relay has made 11,000 guest deliveries at five hotel brands. Its cargo? Starbucks coffee.
In a computational reconstruction of brain tissue in the hippocampus, Salk and UT-Austin scientists found the unusual occurrence of two synapses from the axon of one neuron (translucent black strip) forming onto two spines on the same dendrite of a second neuron (yellow). Separate terminals from one neuron’s axon are shown in synaptic contact with two spines (arrows) on the same dendrite of a second neuron in the hippocampus. The spine head volumes, synaptic contact areas (red), neck diameters (gray) and number of presynaptic vesicles (white spheres) of these two synapses are almost identical. (credit: Salk Institute)
Salk researchers and collaborators have achieved critical insight into the size of neural connections, putting the memory capacity of the brain far higher than common estimates. The new work also answers a longstanding question as to how the brain is so energy efficient, and could help engineers build computers that are incredibly powerful but also conserve energy.
“This is a real bombshell in the field of neuroscience,” says Terry Sejnowski, Salk professor and co-senior author of the paper, which was published in eLife. “We discovered the key to unlocking the design principle for how hippocampal neurons function with low energy but high computation power. Our new measurements of the brain’s memory capacity increase conservative estimates by a factor of 10 to at least a petabyte (1 quadrillion or 1015 bytes), in the same ballpark as the World Wide Web.”