Save memories to digital devices

Download your memories to storage devices, like processing existing data, and then retrieving as needed.

It is a scenario that can be realized according to scientific analysis. A long-standing topic in science fiction novels, the combination of computer technology and human brain is now fueled by new innovations in neuroscience, as well as advances in the industry. Computer science and artificial intelligence. Two large-scale science projects are also conceiving this idea. US President Barack Obama in February announced spending $ 1 billion on human brain mapping efforts, while the European Union (EU) said it would invest $ 1.3 billion to build the human brain on the platform. silicon.

Scientists are raising the ambition to store memories - (Photo: Corbis)

However, before anyone was so sure of a future scenario that humans finally managed to keep their memories, neuroscience scientists found a way to work and store their books. The film 'returns to the past developments of people.'That (storing memories on the computer) is clearly beyond our current capabilities,' said Ted Berger of the University of Southern California. However, people began to look at the approach to copy the characteristics of specific brains. 'In the next few decades, we will have answers to all those questions,' NBC News quoted Berger.

Dr. Berger and Sam Deadwyler of Wake Forest University are conducting special studies, whereby they actually implant memory into the rat brain by using electronic signals to activate specific parts of the seahorse lobe.'What we can see is that each object will encode models and work in specific space and time , ' explains Berger. 'If an animal is forced to remember Red Bull cans instead of Coca cans, space operations - specific times will be different. We were able to identify those pieces for the first time , 'Berger said enthusiastically. His group had 'turned off' the seahorse lobe, successfully broken a memory, and then used electricity to activate specific areas to create new memories. 'We have shown this strategy to be effective in the case of monkeys and rats, so I think it can also be applied to humans,' the American expert concluded.

At Massachusetts Institute of Technology (MIT), Ed Boyden leads the Artificial Neuroscience group, with the goal of building new tools to explore the brain. In recent years, Boyden and his colleagues have found an algae protein that converts light into electricity. When proteins, called channelrhodopsin , are pumped into some nerves, experts discovered they could use light to activate these nerves, creating models that convert into electrical impulses and form A computer memory encoding. With this protein, Boyden hopes to soon create a "switch" that opens up to brain cells, which is considered a great tool to help patients with brain disorders.

Boyden predicts that in the near future, they will soon open up new horizons of technology related to human mind discoveries. Meanwhile, Berger expert warned of a major obstacle to actually copying and downloading human memories completely. It seems that they tend to disappear if not used.