Technology is not difficult to predict as there are cycles that repeat themselves today and will continue to do so until humanity itself changes it’s current makeup, and even then, the cycles may still continue. These cycles are that systems will continue to increase in speed, reduce in cost, and becomes smaller. These cycles are making their way into biotechnology in new ways, and at costs allowing anyone access. CRISPR, Bioprinting and Artificial Intelligence are now accessible to anyone, so I’ve picked up a variety of CRISPR editing kits, a bioprinter and have created a special version of my artificial intelligence specifically fitted to the data I interact with using these new biotech capabilities. This is a new research project I am working on, and is much like my space propulsion research (see my posting on my space propulsion research using kinetic, electromagnetic and solar energy in a dual torus shaped object with X shaped interior structure) as an outlier for my typical types of research. However, it’s obvious to me that the ability to modify DNA and simulate organs and other biological mechanisms, once applied to artificial intelligence, will change everything for humanity. From solving diseases, to increasing lifespan, stopping the aging process to applying favorable attributes to humanity, the future of humanity itself will be changed using these particular technologies.
I’ve started a meetup group of advisors and researchers to pursue this topic, and have talked to more than 30 different organ on a chip and CRISPR companies to get the best understanding of what type of research is being done currently, and to what effect. From everything I’ve gathered, the use cases I’ve put together and the test environment, is something that has not yet been attempted, which is fantastic, and leaves the door open to potential discoveries across the board.
I will continue to update information here as my research progresses, but as a single researcher, limited to self-funding, I find there is not enough time in the day and I don’t possess the specific equipment that would accelerate my progress here, therefore, although I will work hard to progress, the updates here my be few and far between for now. That being said, I have made some advances already in the delivery process for CRISPR, and believe I have a neural network capable of increasing the efficiency of delivery by the tracking and modifying of a set of key factors, i.e., speed of delivery, temperature, force, amount of liquid content, number of modified cells, etc…
Of all of my research, this one is interesting because if discoveries are made, and the aging process can be stopped (scientists in China have already increased lifespan of mice by 25%) then it will give me all the time I need to pursue each of my areas of interest, and space propulsion will become massively important as we would need to spread out into the galaxy/universe of risk massive overpopulation once we do hit that barrier. SpaceX seems to really be on the ball in regards to thinking through this problem with their mars travel research.
Thanks for reading, and please check back often,
Trevor E. Chandler
