By brain to computer storage

ROBOT to HUMAN interface as the way to get to space.

How to download the computer responses of a robot doing it's computational neurology by circuits that simulate human responses so that the data in it's brain could be displaced to a human on earth or somewhere in space so that even when the recipient has only 10 % accuracy of the data change to experience ,the data in the robot would have some change program to help the recipient become stimulated to a higher percentage of brain replay.

io9.gizmodo.com

date 2017 ,sep 20

The answer to the first question – how much storage space is there inside the average human head? – varies considerably, depending on who you ask. Some estimates come in as low as 1 terabyte, or approximately 1,000 gigabytes. These days, you can purchase an external hard drive with twice that capacity for under a hundred bucks.

The human brain contains roughly 100 billion neurons [Ed. note: closer to 86-billion, actually, but now we're just being nitpicky]. Each of these neurons seems capable of making around 1,000 connections, representing about 1,000 potential synapses, which largely do the work of data storage. Multiply each of these 100 billion neurons by the approximately 1,000 connections it can make, and you get 100 trillion data points, or about 100 terabytes of information.

To download the human brain and send it to an awaiting robot that will absorb the data when it gets there, the experiences that you have on another planet inside a robot brain could be sent back to Earth and reinserted into you own brain so that you would be aware of being both on the planet of your choice or on Earth when it gets back.

NASA and the SPACE ROBOTICS CHALLENGE: Will define the robotics needed for living on Mars and doing tasks as related to 100 % efficiency without any mistakes.

FIRST Robotics Competition scholarships are limited to high school students who are involved or planning to get involved in school related robotics clubs or organizations. These clubs and organizations must have the intention of inspiring students to pursue higher education and careers in Science, Technology, Engineering and Math (STEM), as well as, working with schools and teachers to integrate robotics education into daily curriculum.

Welcome to the NASA FIRST Robotics Competition application process for the 2018 competition season. We are very excited that your team is planning to participate in FIRST Robotics Competition this year. You are choosing to provide students with the opportunity to use their minds to accomplish an incredible task: starting with ideas that exist only in the minds of your team members and then creating a functioning robot in only few weeks. Wow! As you get started with the process of applying for sponsorship from NASA, we want to explain a few things to you.