What specific brainstorming techniques does it use?

The skill utilizes structured methods such as SCAMPER, TRIZ, morphological analysis, assumption reversal, and scale shifting to provoke creative thinking.

Can it suggest specific experimental designs?

Yes, it can help develop methodological approaches, identify necessary resources, and outline the steps required to test a specific hypothesis.

How does the interaction work during a session?

It follows a five-phase workflow: understanding context, divergent exploration, connection making, critical evaluation, and final synthesis of next steps.

How does this skill help with scientific research?

It acts as an intellectual thought partner, helping you explore new angles, challenge core assumptions, and connect ideas across different scientific domains to spark innovation.

Is this skill limited to a specific scientific field?

No, it is domain-aware and designed to apply broad scientific knowledge and cross-disciplinary analogies to any area of scientific inquiry.

Scientific Brainstorming

Name: Scientific Brainstorming
Author: pur3v4d3r

bypur3v4d3r

•

데이터 과학 및 ML

Empowers researchers to generate novel hypotheses, explore interdisciplinary connections, and overcome creative blocks through collaborative ideation.

소개

Scientific Brainstorming is a specialized Claude Code skill designed to serve as an intellectual partner for researchers and scientists. It facilitates a structured yet flexible conversational process to uncover novel research directions, challenge established assumptions, and identify critical research gaps. By employing advanced techniques like cross-domain analogies, scale shifting, and assumption reversal, this skill helps users develop innovative methodological approaches and synthesize complex findings into actionable next steps, making it an essential tool for high-level problem-solving and academic exploration.

주요 기능

Collaborative hypothesis generation and refinement
Systematic assumption reversal and constraint analysis
Synthesis of abstract ideas into concrete experimental designs
Interdisciplinary analogy and cross-pollination mapping
Structured brainstorming frameworks including SCAMPER and TRIZ
1 GitHub stars

사용 사례

Overcoming creative blocks when defining a new research thesis or grant proposal
Developing innovative experimental methodologies by applying concepts from unrelated scientific fields
Critically evaluating existing research frameworks to identify hidden assumptions and gaps

소개

주요 기능

Collaborative hypothesis generation and refinement
Systematic assumption reversal and constraint analysis
Synthesis of abstract ideas into concrete experimental designs
Interdisciplinary analogy and cross-pollination mapping
Structured brainstorming frameworks including SCAMPER and TRIZ
1 GitHub stars

사용 사례

Overcoming creative blocks when defining a new research thesis or grant proposal
Developing innovative experimental methodologies by applying concepts from unrelated scientific fields
Critically evaluating existing research frameworks to identify hidden assumptions and gaps