NYCSEF seeks to publish the best and most innovative scholarly manuscripts on science, engineering, human, social, and life science. A study that emphasize any human, social, phillosophy, economy and life science phenomenon as a major cause or effect can be the journal’s domain as well. Additionally, NYCSEF features articles that contribute in some way to the improvement of general knowledge or empirical theory defined broadly. Although we may publish a manuscript designed to propose a solution to science, social, and current world problem, we prefer to publish those that also apply theoretical ideas and findings or address general questions debated in the scholarly community
The editorial team sends submissions, except letters to the editor, to reviewers before making a decision to publish. Approximately 10 to 20 percent of manuscripts submitted to NYCSEF are ultimately published by the journal, while approximately 60 percent are judged by the editors as not ready or appropriate for external review. The standards of NYCSEF’s reviewers are high. Before submitting their work, authors are strongly encouraged to seek advice and detailed comments from colleagues.
Science, Human and Social Research
Science, Humanitarian and Social Science
We suggest science(life science and physical science), human, social, philosophy, economy, engineering/math and other researchers who collaborates with numerous other social, business, and human researchers in colleges and organizations to submit papers.
Typical topics that we mainly accept under human, social studies, and philosophy include the followings:
Math, Computer, and Engineering
NYCSEF takes most of the papers in the categoires of Math Computer, and Engineering, but does not consider submissions regarding these subjects: cryptography, optimum routing/scheduling problems, fuzzy numbers, processes, sets, and ODEs and ODE-based optimal control problems. However, the editors will accept papers on PDES in one space dimension and techniques for solving them if they demonstrate clear foundations for multidimensional problems or the nature of the problem is one-dimensional.
Submissions regarding fractional derivatives must only be in context of PDEs in multiple space dimension. Papers regarding analysis, functional analysis, algebra, or PDE can be accepted if they demonstrate clear motivation towards a concrete application in Science or Engineering.
The experiment should measure variables using quantifiable values, like numbers. For instance, measure data such as a count, percentage, length, width, weight, voltage, velocity, energy, time, etcetera. Alternatively, you may assess a variable that simply presents itself, or does not. For example, you can turn the lights on in one trial, then turn them off in another. Or, use fertilizer in one trial, none in the other. Remember that in science, progress must be measurable.
You need to control the other factors that can change your experiment, so that each trial is research. A "research test" consists on only one variable is changed in the experimental environment; all other conditions are the same. Ensure that your experiment is safe to perform.