One of the most rewarding parts of our relationship with dogs is how we humanize them, they seem to smile at us, speak and understand our feelings. But in the end we are just putting a human layer on an animal with a brain that is still a mystery to us. What we know very well is how to train them, we study their reaction to certain basic stimuli and take advantage of it to get them to perform a specific task. This method was set thanks to the behavioural studies developed by physiologist Ivan Pavlov. Now, more that 100 years after, his research became relevant again because we have to deal with a new kind of mysterious brain that needs to be trained: deep machine learning.
While environmental organizations are fighting to save animals from extinction, scientists are working for the opposite purpose. They are creating a gene to eradicate species. Genetic engineers are, in fact, developing techniques to kill several types of mosquitoes.
While the The Ocean Cleanup team is trying to filter the smallest particles of plastic out of the ocean, in the port of Rotterdam you might be able to cross a floating Waste Shark; a drone able to collect up to 500 kilos of trash; one of the two newest innovations in the harbor.
Last week nearly 70 portraits of cats replaced all advertisements at the Clapham Common tube station in London. Responsible for the guerilla action is The Citizens Advertising Takeover Service, or in short CATS, who earlier this year raised over £23.000 to make their feline dreams come true.
We have already heard about autonomous cars, city coaches and trucks. It will come as no surprise that another driverless means of transport has recently joined the race, the driverless tractor. That’s right, an autonomous farm tractor that plants, monitors crops and harvests without a driver.
Behold the Octobot! This robot is the first of its kind fully made of soft materials and aimed to pave the way towards a more safely interaction with humans. Developed through a combination of 3D printing, molding and soft lithography, the robot operates without being tethered to a power source.
Researchers at Harvard University have designed a miniature robotic stingray. By way of reverse engineering and taking heart cells from a rat, this robot is actually alive. The cyborg stingray was introduced on Science journal. Responsive to flashes of light, the movement of the creature gives the scientists a better understanding on how the human heart pumps blood.