Technology
Saul Cunningham at the Australian National University in Canberra says that using drones to pollinate flowers is an intriguing idea but may not be economically feasible. “If you think about the almond industry, for example, you have orchards that stretch for kilometres and each individual tree can support 50,000 flowers,” he says. “So the scale on which you would have to operate your robotic pollinators is mind-boggling.”
Amazon CEO Jeff Bezos wants his automated grocery store to feature a ground level where shoppers can touch and physically select items — typical food products that people like to touch, beer, fruit, etc. On the second floor, a small army of robots toils away, where they furiously bag items for the customers browsing below. This is another example of how automation’s already rapid encroachment on the human job market has gone into overdrive.
The breathalyzer analyzes microscopic compounds — called volatile organic compounds (VOCs) — to detect each condition. Researchers invited about 1,400 people from five different countries to breathe into the device, which is still in its testing phases. The breathalyzer could identify each person’s disease with 86 percent accuracy, the researchers said.
Citing “neuroprosthetics” like cochlear implants, Bryan Johnson of Braintree envisions BCI (brain-computer interface), a synergistic relationship between the central nervous system and external computing devices. A brain-computer interface, in the context of advanced transhumanism and taken to its logical conclusion, is AI/human hybrids.