Make NEKOPARA real: https://www.nature.com/articles/d41586-018-06847-7 "Japan set to allow gene editing in human embryos Draft guidelines permit gene-editing tools for research into early human development. Japan has issued draft guidelines that allow the use of gene-editing tools in human embryos. The proposal was released by an expert panel representing the country’s health and science ministries on 28 September. Although the country regulates the use of human embryos for research, there have been no specific guidelines on using tools such as CRISPR–Cas9 to make precise modifications in their DNA until now. Tetsuya Ishii, a bioethicist at Hokkaido University in Sapporo, says that before the draft guidelines were issued, Japan’s position on gene editing in human embryos was neutral. The proposal now encourages this kind of research, he says. But if adopted, the guidelines would restrict the manipulation of human embryos for reproduction, although this would not be legally binding."

Путин был в ярости, когда узнал, что президент РФ подписал закон о пенсионной реформе.

Будущее: https://www.technologyreview.com/s/612212/the-first-social-network-of-brains-lets-three-people-transmit-thoughts-to-each-others-heads/amp/ "Rewriting Life The first “social network” of brains lets three people transmit thoughts to each other’s heads BrainNet allows collaborative problem-solving using direct brain-to-brain communication. by Emerging Technology from the arXiv September 29, 2018 The ability to send thoughts directly to another person’s brain is the stuff of science fiction. At least, it used to be. In recent years, physicists and neuroscientists have developed an armory of tools that can sense certain kinds of thoughts and transmit information about them into other brains. That has made brain-to-brain communication a reality. These tools include electroencephalograms (EEGs) that record electrical activity in the brain and transcranial magnetic stimulation (TMS), which can transmit information into the brain. In 2015, Andrea Stocco and his colleagues at the University of Washington in Seattle used this gear to connect two people via a brain-to-brain interface. The people then played a 20 questions–type game. An obvious next step is to allow several people to join such a conversation, and today Stocco and his colleagues announced they have achieved this using a world-first brain-to-brain network. The network, which they call BrainNet, allows a small group to play a collaborative Tetris-like game. “Our results raise the possibility of future brain-to-brain interfaces that enable cooperative problem-solving by humans using a ‘social network’ of connected brains,” they say. The technology behind the network is relatively straightforward. EEGs measure the electrical activity of the brain. They consist of a number of electrodes placed on the skull that can pick up electrical activity in the brain. A key idea is that people can change the signals their brain produces relatively easily. For example, brain signals can easily become entrained with external ones. So watching a light flashing at 15 hertz causes the brain to emit a strong electrical signal at the same frequency. Switching attention to a light flashing at 17 Hz changes the frequency of the brain signal in a way an EEG can spot relatively easily. TMS manipulates brain activity by inducing electrical activity in specific brain areas. For example, a magnetic pulse focused onto the occipital cortex triggers the sensation of seeing a flash of light, known as a phosphene. Together, these devices make it possible to send and receive signals directly to and from the brain. But nobody has created a network that allows group communication. Until now.[...]"

Ещё один всё понял: https://scontent-arn2-1.xx.fbcdn.net/v/t1.0-9/42807669_2248863528477270_8664634467098296320_n.jpg?_nc_cat=110&oh=ef0330f156404284a1d9faff83bf6b57&oe=5C244558