Develop Research Question

What This Agent Does

• •Analyzes the current state of research on a specified topic to identify gaps and overlooked areas.
• •Integrates broader societal, technological, environmental, or economic implications into the formulation of a research question.
• •Outlines methodologies and potential outcomes to justify the significance and feasibility of the research question.

Tips

• •Begin by conducting a thorough literature review on topic to identify and understand the KNOWN GAPS in current research. This foundational knowledge will help in crafting a research question that addresses unexplored areas and has the potential to fill these gaps.
• •Reflect on the BROADER IMPLICATIONS of topic to ensure that the research question aligns with broader societal, technological, environmental, or economic contexts. This alignment will enhance the relevance and impact of your research in both academic circles and wider societal applications.
• •Choose PREFERRED METHODOLOGIES that are best suited to explore the research question effectively. Whether qualitative or quantitative, the methodologies should allow for a deep and comprehensive exploration of the topic, facilitating the collection of meaningful data that can lead to insightful findings.

How To Use This Agent

• •Fill in the TOPIC, KNOWN GAPS, BROADER IMPLICATIONS, and PREFERRED METHODOLOGIES placeholders in the #INFORMATION ABOUT ME section with specific details about your research interests. Example: If your research topic is "Renewable Energy Systems," known gaps might be "limited efficiency in energy storage," broader implications could include "reducing carbon emissions globally," and preferred methodologies might be "quantitative analysis and case studies."
• •Example: For a research topic on "Renewable Energy Systems," you could fill in the variables as follows: - TOPIC: Renewable Energy Systems - KNOWN GAPS: Limited research on long-term storage solutions for solar energy - BROADER IMPLICATIONS: Potential to significantly reduce global carbon emissions - PREFERRED METHODOLOGIES: Comparative quantitative analysis and longitudinal case studies

Example Input

#INFORMATION ABOUT ME:
• My research topic: Artificial Intelligence in Small Business Optimization
• Known gaps in current research: Limited studies on the long-term effects of AI implementation in small businesses, particularly in non-tech sectors
• Broader implications of the topic: Enhancing productivity, reducing operational costs, and fostering innovation in small businesses
• Preferred research methodologies: Mixed methods, incorporating both qualitative case studies and quantitative data analysis