Team Matching

I coul help the team with my innovative ideas regarding life

As dark matter is energy. And more and more likely is nothing more than information of measurable matter. I think good philosophy dealing with this matter, combined with knowledge and the right experiment will finaly bring the solution asked for.

I am currently a Junior Student who is looking forward to this particular challenge by figuring out possibilities and identifying any complications during the process of possibly advancing this innovative design in the future. I have been placed second place in many districts and state-level science fair competitions and looking forward to implementing this same level of curiosity and figuring out effective solutions to the given problem.

i can contribute

With a love of science and math, I am dedicated to do research to learn more of this topic for myself and to provide an idea for solving this problem.

I am looking to contribute through research and series of breakout sessions to tackle the very issue. It is an open topic, and breakout sessions are likely the best way to approach this.

I bring several skills to a team: machine learning, programming, leadership, strategy and critical thinking. I plan to combine these and engage a team in asking critical questions. Since the problem is of complex nature, at the moment I think I need to put at least a hundred hours before I can even answer this question properly.

team work

I can contribute to solving this challenge by providing experimental ideas to test in the lab based on my knowledge.

I can contribute to solve this challenge by putting theories of the scientists and their proofs that how life starts. I need a team to make the biotechnology to make a head of A.I. that can make its own kind. Don't think that a student can't do anything please support and have ideas from me thanks.

I do Art, Math, I think out out of the box and imagination.

I have figured out the chemistry for the hydrogenation of carbon dioxide and nitrogen, leading to the formation of formaldehyde, formic acid, methanol, methane, acetone, acetic acids and nucleotides to name a few compounds determined by mass spectrometry results from Stanford and ALS to name a few.