Continue developing new theoretical elements in my research field and look for applications in other scientific fields. I would also like to continue developing the facet of disclosure.
The future is pregnant with unexpected and unprecedented alterations. As Mahatma Gandhi rightly observes, “Be the change that you wish to see in the world.” As such, as a researcher I would like to do my best to refine the ins and outs of my field of study even though it is very small.
I could expect excellent GENERAL AI technologies, but given the way ANYTHING connected with the human social sciences are conducted, I actually expect nothing.
I expect from my field of research next year that I have accomplished more than my scientific research in my field, in addition to discussing three of my master’s students with their scientific theses. I also expect, God willing, to finish all the requirements for my promotion to professorship.
All children and people of the world should sip cold drinks and take ice creams made free form any added chemicals. It will reduce the chance of development of different types of CANCER, HYPERSENSITIVITY, DIABETES and other dangerous diseases.
The detail guideline to produce such products is described in my book (Healthcare system using succulent parts of plants. Volume II: Steps for production and marketing of some selected healthcare products).
Now, it is the duty of the conscious people and researchers, Governments and entrepreneurs to produce such products in their countries.
With best wishes for a happy new year 2020 to all of you.
I expect speeding progress in better integration of AI and machine learning into biomedical research, prevention of diseases, and search for new therapies. It can substantially change our capability to generate valid and useful hypotheses above huge biomedical data databases.
AI can help to save a lot of people from unnecessary diseases and suffering.
Open-source, well maintained medical data databases are critical for AI to be safe, precise, and usable for the whole population. Automatic hypothesis generation can change our understanding of biomedical research. It can help to find critical areas where we can reach quick and big progress in a relatively short time.
Additionally, it occurred during my own research and during the research of many others that complex systems models are capable to describe and model so far mathematically intractable bio-medical problems.
One example for many: prediction of brain aneurysm pressures and hence more precise prediction of the right moment of invasive therapies that are not without dangers. It can be achieved by the lattice Boltzmann model, which is gaining greater and greater attention as it can describe interactions of liquids and solids in one simple model.
Everyone who knows CFD - computer fluid dynamic modeling knows how it was difficult to achieve by partial differential equations and their numerical analogs.
For details and more examples you can read the review with a ditch citation apparatus to the current research in this area