Dear friends, these 2 obstacles and challenges have been with me all this while.
No funding - so just be innovative to get all that I need on my own.
Not encouraged to travel overseas - so just attend national and international conferences in the country; and submit to journals; after getting permission from the Matriculation Division, (Ministry of Education).
Dear friends, these 2 obstacles and challenges have been with me all this while.
No funding - so just be innovative to get all that I need on my own.
Not encouraged to travel overseas - so just attend national and international conferences in the country; and submit to journals; after getting permission from the Matriculation Division, (Ministry of Education).
Research scientists face major problems when conducting a research. Obstacles to scientific research deserve serious consideration of governments, universities, and of RG members.
At Shiraz University, six types of obstacle were considered: financial, facility-related, occupational, managerial-organizational, scientific and personal.
Lack of financial support and facilities. Good research needs good facilities - starting from desktop / laptop, printer, internet resources, digital library, Scopus access to good infrastructure - research lab or research centre to carry out research. Also, engineering research requires good computing facilities for team members and laboratory with equipments to carry out research. For medical research, good research laboratory is a must and state-of-the-art equipments are needed to do research. As the research field is very competitive, we need good financial support. Research grant from government funding agencies or companies will be very useful for funded research.
Overload of teaching work. At some Universities, faculty are overloaded with teaching work and especially teaching a class size of 50-60 takes a lot of energy. If we have many contact hours, we need to prepare for our lectures (powerpoints etc), office hours for students, and need to spend time to correct homework, quizzes, exams, etc. At most of the Universities, teaching is also considered as an integral part of the workload, but overload of teaching may be an obstacle for research.
Too complicate research problems. Sometimes, we may get research problems, which are too complicate to solve. I got an "open problem" as my PhD research problem as my (late) PhD guide had great regard for my abilities. This has got to do with "Morse-Smale vector fields" and I asked (Late) Dr. Chris Byrnes, whether I could solve it. He said, "Yes, I hope so." Then I took courage and asked him - "Can you solve it?" He replied this - "If I thought I could solve it, I wouldn't have given it to you". I got very scared - that's how I still remember his words. Later on, I took on some assorted research problems and solved them successfully to earn doctorate. But I remember always that this was a big obstacle for my research in taking an open / very challenging research problem for doing doctorate.
Lack of motivation. In other words, "fear of failure". My doctoral guide, Dr. Byrnes, gave me a lot of motivation, especially after I changed my research problem from Morse-Smale vector fields, which helped me to graduate, and also to develop as a good researcher in control systems. We need to develop a positive attitude in research and motivate ourselves to take up research in new fields also.
Conflicts at work. As many colleagues pointed out, this is unavoidable at work. There will be always some conflicts or misunderstandings or silly politics at work. When the going gets tough, the tough get going. So, we need to be mentally and morally very strong to face the conflicts at work and also get the management to acknowledge our work.
Administrative work. Many of us have to divide work into teaching, research and also administrative, and continuous time to write a full paper may be hard. So, whatever time we get, we need to manage it properly for research. My guide, Dr. Byrnes, continued research actively even after becoming the Dean of the School of Engineering & Applied Sciences at Wash. U, USA. So, he is a role-model for me in this aspect.
Lack of physical / sports activities. As the saying goes, a strong mind in a strong body. So, we need to pay attention to some physical activities also. Sports (Tennis, cricket, etc) definitely helps to relax and also build a nice sportive attitude.
Conceptual understanding. Due to algebraic abstraction and the divorse from real Geometry, the intuition and understanding have bees n lost. So either one can following Bourbaki, and pay no attention to conceptual understanding, and just learn without deep understanding, just generalising known results, or try to gain an intuitive deep understanding before embark to research. A grate help towards this are the software like, Mathematica and Maple, which transform mathematics in a kind of "science" (experimentation and observation as a preliminary to rigorous proof).
Another obstacle is historical origination of mathematical concepts. Usually the books do not include a sufficient covering of the historiacal origins of the concepts.
Hard work. Focusing in the above two obstacles, with hard work, I think one can overcome many of the obstacles.
In most universities, lack of time, in many, lack of financing and in some, lack of infrastructure (databases, materials...) and, unfortunately, also lack of proper education and in case of some people, lack of interest and ideas.
Dear @Mahfuz, there are many potential obstacles of scientific research. It depends on the field of research; the following article entitled:"“Mainstreaming” content analysis in social science: Methodological advantages, obstacles, and solutions" by Eric Woodrum that discusses this issue for the social sciences. Abstract: The history of content analysis is reviewed and reasons for its continuing underutilization are identified. The technique's isolation from mainstream social science results in low-quality studies and methodological underdevelopment. Still, advantages of the method indicate it has great potential for social science. Specific suggestions are made for applying established research techniques to content analysis. Sampling, research design, reliability and validity assessment, concept operationalization, and related principles and techniques are illustrated with a content analysis study of religious belief popularization. The relative merits of coding manifest content versus latent, thematic analysis are assessed. Manifest characteristics can be coded more reliably but thematic indicators provide greater measurement efficiency in the example. Implications for computerized coding are discussed. Inference from communication texts and the value of empirically studying communication patterns for social scientific objectives are presented as complementing research on individuals and social structures. See the whole article at the page:
I agree with you in that the potential obstacles of scientific research depend on the field of research. Thank you for the link you attached, it was interesting.
The question is very interesting and actual. Of course the response for different countries, different cultures and different areas of investigation should be different. Speaking about basic sciences and so called developed countries I am very pessimistic. For a young talented person there is no motivation to dedicate himself to a profession which demands enormous sacrifices and talent if one is honest and after all senseless criteria for evaluating his job. I mean the number of publications, factor numbers of the journals etc.
First of all is the hierarchy in financial funding, since the criteria are most in the cases either political or guided by a small set of strong lobbies in each area (yes lobbies exist also in natural sciences!)
A second obstacle is the barriers that Publishing Industry has raised at every field: You do not start a project if you know a priori that nobody will publish your results...
In my humble judgement, a quality research output is the resultant of a combination of factors (like a combination lock) such as, an internationally reputed highly motivated mentor with a huge experience of top-tier publications. But the mentor alone cannot produce the final quality output. The mentor needs to be strongly supported by high quality research students (preferably Ph.D.), research assistants, latest data availability, modern library with access to top-tier journals, and IT support (on top of other equipments).
If any of the above elements are missing, the final quality output would be either delayed or not produced at all.
This advice is based on my own experience of over forty years at different Universities in different countries of the world (Bangladesh, UK, Australia, Saudi Arabia, and now Malaysia).
Dear Demetris, I agree with you. Your last phrase I understand in the following way: that to publish in a high ranked journal even if your article has high quality is almost impossible. I can add that the probability to get a stupid report on your paper is high so the process of publishing in high ranked journals is sometimes humiliating. It will be a good idea to have an opportunity to publish some reports in RG. They are anonymous but in many cases one knows who has produced them.
I respect the previous opinion. Time consuming is additional obstacle that make research dedication more difficult. Secondly is the barrier of language. Many good researchers lack the skills of writing and publishing in English. Others still live 100 years before and conduct the classical redundant research without theoretical framework. So not only the infrastructure and resources but the intelligence idea of quality research innovation.
In my opinion, the potential obstacles that hinder scientific researchers from performing their best involve absence of a collaborative team that contains an experienced leader, lack of funding bodies, absence of a good research environment, lack of access to full-text journal articles, and lack of incentives for outstanding researchers to keep their motivation. If these obstacles are resolved, then I believe competent researchers can flourish everywhere.
In addition to what you all said, one plausible reason that I can add for young scientists not to publish their findings is probably being tired of moving from journal to journal and becoming a salesperson for their results - pushed and shoved around and rejected by journal editors and reviewers alike. Old guards of journal editors indiscriminately reject results from an unknown intruder in to " their intellectual space of luxury and comfort".
Dear Costas Drossos - I agree with you about the "conceptual understanding" in Mathematics, which could be a potential obstacle in research. Many of the things, Dr. Byrnes, taught me on algebraic / differential geometry are not to be found in the library books. Once I showed him a book by Agoston and he was very glad that the author wrote along similar lines and he encouraged me to read it. Still, I found a block in devising global control design for "Morse-Smale vector fields". I have no intention to get back to this problem, but I plan to do some research in differential geometry, just for fun. Time is a big constraint for me!
I am entering this discussion when almost everything has been already said. The obstacles in the research were all listed and especially the lack of funds seems to be a common evil. Another consideration that emerges from the discussion is characterized by the different conditions and needs of different geographical areas. I would like to add it a very important one for my country: a young man has no longer incentives to do research because a researcher has no future at the moment. And that is why we are becoming again, as a few centuries ago, a population of emigrants. The difference is that then "arms" were exported, now we are exporting "brains".
Brains are the tools for research. If the structure of the brain causes perception constraints (e.g. illusions), there is an obstacle for scientific research.
I completely agree with your last post. Then what is the problem with brain export? Science is universal and researchers should look for conditions where they can realise themselves in the best form.
In developed countries, I have not noticed big obstacles in front of scientific research, e.g. I once needed for my research an expensive chemical (the price of a gram of it was higher than the price of a gram of gold) and the university brought 10 grams of that chemical within few days. Also, I once needed an Italian patent and the university brought it to me & one of the kind professors explained it to me.
In developing countries, there are potential obstacles in front of scientific research. Examples are: 1) Politics & political affiliation: a very sensitive issue upon which I cannot elaborate in an open forum. 2) Lack of adequate infrastructure for quality research in industrial-related fields. 3) The presence of "those" who decide which scholars are to be supported & which scholars are to be "marginalized". 4) The negative attitudes of "some" who want to be seen as top researchers while others are kept down in a lower class.
The 4 factors are condensed by saying that the environment is not forthcoming for many scholars to carry out real research. I do not think that unavailability of financial resources for research is a major obstacle since there are persons around the world who are ready to support good research ideas, financially.
@ Nizar. I agree with you in that In the developed countries, there are no big obstacles in front of scientific research. That means there are minimum obstacles comparing with the developing countries.
I do agree with those opinions that raise the issue of insufficient funds, it's sometimes frustrating and a bit humiliating to be forced to apply wherever possible for some money ...without funds we cannot develop, but sometimes our universities and countries seem to forget about this simple relation....
lack of ideas and self - confidence is also quite common...
what I can add to this topic is maybe not the obstacle, but a kind of hesistation i have whenever i plan to "drown myself in some research" - I ask myself then if it will be useful and worth this time, effort and money i could devote to sth else more productive (like cooking for friends or simply digging the soil to plant sth in my garden...) in other words, will this research put anything forward and produce sth really useful, some practical value added.... sometimes I feel, that for my own sake I should not answer:))
In my case most of the research that I am doing involves carrying out long experimentation that requires continuous time spent in the laboratory with machines. That needs physical help which will be provided by the students as part of their research assistantship, or thesis/dissertation work.
In my view, motivation helps a lot for the young researchers to start their research. They need not aim for high-impact journals to start their research. Starting from taking part in IEEE Conferences, they may gradually start in research.
In the next Tunisia conference (2015) or in 2016, I shall give a special lecture on this.
Thanks for your views. In my research, I don't need to use any engineering lab to carry out or validate research. I use stability theory to prove results involving my dynamical (control) models and I use software like MATLAB or SCILAB to illustrate results. For chaos modelling, I find software very useful.
Dear Dejenie A. Lakew - I agree with you about young researchers being tired of "rejection" from journals after journals. This is exploited by many "open-access" journals, and they publish such papers with publishing charges. If this is covered by research grants, it may be OK, but sometimes I have seen people paying in big amount to publish their papers in journals indexed by Scopus / SCI.
Professors / faculty can play a big role in motivating young researchers and post-docs in collaborating as well as publishing research in good journals.
Failure of rejection is very hard - I have gone though this when I started research - so I thought of adding this.
I agree that the main difficulties for being a established researcher are hesitation: financial (low wages disguised as scholarships), lack of clear career of merits (publications are not the only conditions to know the potential value of the researcher and over all the interesting tries that they need more time than the grant has. Many interesting ideas are lost because it is needed to have extraordinary people instead of normal citizens devoted to make excellent science
Dear Mahfuz Judeh - Finding time to do research may be agreeable as time constraint. However, as an author, as long as I have a good idea to write a paper, the time constraint (deadline) does not bother me to submit! Sometimes, conferences or journal issues receive good papers a few days past deadline for review. So, it is OK.
I agree with you when a faculty staff is only giving lectures and doing researches. But some of us has, in addition to that, a lot of administrative duties which make some kind of time pressure on her/him.
Thanks for your views. Institutional conflicts are obstacles to growth and they must be minimized as much as possible. Healthy environment, where professionals acknowledge works of others, is a good environment to work peacefully.
Regarding administrative duties, Dr. Byrnes used to say - "You will get busier and busier as you climb up the ladder". This is a part of our professional lives.
The brief answer of Dr. Tobias Ntuli is brilliant. Conflict of interests can mean many thing,e.g. a powerful country which sees research in other countries as threat to its supremacy, an authoritarian administration which divides the staff into "haves" & "havenots" ; the second's progress being seen to conflict with its interest in seeing the first only climbing the ladder, and some "tough guys" who see their interest in putting all the obstacles in front of some researchers who may surpass them.
I agree with you in that "modern scientists are doing too much trusting and not enough verifying—to the detriment of the whole of science, and of humanity.
I second your views! I shall elaborate further based on my personal experience.
After publishing a few papers on some problem, I requested a new doctorate student to read them (as literature survey). Interestingly, he tried to implement the results using FPGA (Field Programmable Gate Array). He called me and politely asked a few questions. This got me thinking hard and I concurred with him that my results need some minor alterations for implementation. From that time onwards, in my subsequent research, I kept the implementation point in mind, and presented control solutions accordingly. I am glad that the student tried to verify and not just trust my results! Roland and Mahfuz are correct in this aspect.
Dear Hanno and Roland, I believe most of the supervisors are open-minded and try to be helpful. Rarely, you find supervisors with close-minded or unhelpful.
Those cases are rare because only in rare cases one can overcome obstacles created by a supervisor. Usually in those successful cases they prefer not to speak about the past.
Of course it is much bigger the number of the mediocre students who explain their failure or even not bigger success by supervisors less attention or intrigues. My opinion is based on my experience in mathematics. I can admit that in other areas the situation can be completely different.
supervisors differ in their devotion to help to overcome the obstacles, sometimes they can even create them, the lightest version of this is being passive...
I just wanted to say, whatever obstacles we encounter (lack of money, time constraints, hesitations, institutional problems etc.) they can either kill our passion or make us stronger and teach us sth.
Even the most ridicoulous situations, vicious human behaviour or administrative madness is sth we can learn from and eventually win, by simply developing some distance to this, learn the rules and find the smart, yet morally accepted solutions to overcome these fences...
let's stay optimistic and do our job, in spite of anything;)