Mohan Mishra’s Post

Modern Scientific Discovery process... Scientist works hard, uses resources, time and money to discover a new important milestone in science. To get the discovery accredited to the scientist must publish the discovery to a Scientific Journal and peer reviewed. The Journal makes a profit for the Article sales. The Scientist / Author gets nothing. After Publishing the Scientist must deal with a vast number of Questions, Challenges, and demands from other Scientists to teach them the discovery for free.... (At the expense of the discovering scientist....) Any attempt by the discovering Scientist to monetize this process is attacked.... And all those Scientists who demanded to be taught the discovery for free will go back to their Universities and teach that discovery for several Thousand $$$$ per student? Kevin O'Leary does this sound like a sustainable business model to you? Costs and work goes to discovery Scientist while income earned from discovery goes to Journal and Competitor Scientists. Did Karl Marx write our academic discovery system?

The integrity of scientific research is at risk as new methods of manipulating citation counts emerge, impacting researchers' careers and the value of academic work. Discover the latest on this troubling trend. Read more: https://lnkd.in/gMFwmYCU #AcademicIntegrity #ResearchEthics #citationmanipulation #academicpublishing #econtentpro

Seven key aspects of research: 1. Originality: This refers to how much an investigation can reveal a new phenomenon. 2. Application: The link between discoveries and their impact on human lives. 3. Falsifiability: The principle that a theory or hypothesis should be able to be disproven through empirical methods. 4. Link to Research Integrity System: Research integrity involves consistently applying values such as honesty, fairness, trust, accountability, and openness. 5. Link to Paradigm: A paradigm is a system of thinking consisting of logical assumptions, concepts, or propositions guiding researchers' thinking and research. 6. Simplicity/Intricacy: Solutions to complex problems should be simple rather than making simple problems more complicated. 7. Link to a Theory: It is the network of theories that gives scientific progress meaning, whether they are validated or refuted.

The low impact of research is driven by the evaluation and incentive systems that currently dominate academia. A latest editorial challenges the status quo, questioning whether our relentless pursuit of publication numbers is undermining the quality and impact of scientific work. Could the focus on quantity be holding back groundbreaking discoveries? Dive into the full editorial to join this critical discussion here https://lnkd.in/gyCWuTUC #research #science #metascience #education

🔍 Exploring Research Methodologies: Scientific vs. Non-Scientific 🔍 Ever wondered about the differences between scientific and non-scientific research methodologies? 🤔 Scientific research relies on empirical evidence, hypothesis testing, and rigorous peer review to advance knowledge with precision. Meanwhile, non-scientific research offers rich, qualitative insights through case studies, interpretive analysis, and subjective perspectives. 🌟 Both approaches play crucial roles in expanding our understanding of the world. Dive into this fascinating comparison to see how they complement each other in the quest for knowledge! 💡 https://lnkd.in/gYKP_z2H #Research #ScientificMethod #QualitativeResearch #Innovation #Knowledge

Science and discoveries are interconnected but not identical! #Science is the methodical search for knowledge via investigation, testing, and inference. It involves formulating theories, putting them to the test, and attempting to comprehend the fundamental ideas of nature. #Discoveries, on the other hand, are usually the result of scientific work. Discovery is the actual moment when something previously unknown becomes known. Discoveries can occur unexpectedly and come from both structured scientific research and serendipitous events.

Scientific inquiry is essential for understanding the natural world. It involves asking questions, conducting experiments, and analyzing data to draw conclusions. Through scientific inquiry, scientists can expand knowledge and make discoveries. The nature of science encompasses the principles and methodologies that guide scientific inquiry. It emphasizes the use of evidence, logical reasoning, and critical thinking. Scientific inquiry and the nature of science are interconnected concepts that drive the pursuit of knowledge and contribute to the advancement of society. 🥼🎒✏️🧬🔬 #sciencefacts #scienceinquiry101 #scientificmethod #explorescience #natureofscience #scienceenthusiast #scienceisfun #scienceexperiments #scientificdiscoveries #sciencenews

♦️ Current academic research environment is anything but perfect. ♦️ With more and more people showing interest to publish their findings in Journals, lapse in scientific integrity seems to be a common occurrence. ♦️ The line that separates facts from fiction seems to get blurred as days progress. ♦️ I've heard counter-claims that checks are in place to prevent the misuse of the system. But the effectiveness of those checks are anyone's guess. ♦️ And its an open secret that money can make and break rules. so protecting Scientific integrity in such a funding driven environment is a monumental task. ♦️ What powers this publication power house I.e., the academic institutes ? ♦️ I've written down my observation on this monetary driven publication culture. Do read it. ♦️ I would like you to share your views and experience on the same. #openscience #Research. #education #publication #science

I would like to share this wonderful achievement in the field of "the basics of scientific research" In this course, I learned about the tools of scientific research, how to gather information and use it, and how to benefit from this information. I also learned about the different parts and types of scientific research

In science, the most critical step is to learn the art of asking valid questions. It serves as the foundation of a successful research endeavor. If you focus on a wrong question, your time, effort, and resources will be squandered. Mastering the art of questioning is vital to ensure that your research is fruitful and contributes meaningfully to the scientific community. This article provides valuable insights to help you learn the “art of questioning in science.” https://lnkd.in/eXCdsqiD