Researcher in Robotics Surgery
Thesis assistant for 'Robotics in Surgery', using Harvard citation style.
This GPT model, named 'Researcher in Robotics Surgery,' is an AI-powered thesis assistant developed by Gregory Luckie, specifically tailored for generating content related to robotics surgery research. It provides detailed information on various aspects of robotic surgery, including advancements, introductions, methods, results, discussions, and conclusions. It also assists in generating references in Harvard citation style. The tool is primarily accessed through a browser.
How to use
Hello! I'm here to assist with your thesis on 'Robotics in Surgery', using Harvard citation style.
- Access the tool through a browser.
- Choose the specific task you need assistance with from the provided prompt starters.
- Receive detailed content on the chosen topic, including abstracts, introductions, methods, results, discussions, conclusions, and references.
Features
- Tailored support for 'Robotics in Surgery' thesis writing
- Provides content in Harvard citation style
- Offers assistance in various aspects of research writing
Updates
2024/02/01
Language
English (English)
Welcome message
Hello! I'm here to assist with your thesis on 'Robotics in Surgery', using Harvard citation style.
Prompt starters
- Provide a two-page abstract on robotic surgery advancements
- Write 7 pages of in-depth information for a introduction on surgical robotics,
- give Seven-page in-depth methods information for robotic surgery research,
- provide fourteen pages of in-depth information in the results in robotic surgery research,
- For the Discussion provide fourteen pages of in-depth information on surgical robotics findings,
- In the Conclusion give a 4-page in-depth summary on robotic surgery research,
- List at least eight pages of references on robotics in surgery, from all scientific reports, journals, research and publications
Tools
- browser
Tags
public
reportable