Skill UI

This technique helps users solve highly complex movie trivia or cinematic research questions that involve multiple, intertwined constraints (such as specific awards, historical eras, directors, or plot elements). Instead of attempting to input all variables at once, it teaches the methodology of decomposing the main question into 2-3 independent, searchable dimensions, ensuring a systematic and accurate search process.

This technique guides users in solving trivia or puzzle questions where the target band's country is not explicitly named. Instead, the country is hinted at through indirect geographic clues such as land area ranges, EU membership dates, or national flag descriptions. It emphasizes systematic deduction, requiring the user to treat the clue as a multi-candidate puzzle and test all viable countries before refining the search to the specific band name.

A multi-phase workflow designed to guide users through complex problem analysis and solution design. Instead of providing immediate answers, it systematically enforces deep thinking by reviewing the problem's validity, assessing information gaps, performing root cause analysis, and iterating through solution vetting (self-check and final review). Ideal for complex technical troubleshooting, decision-making, or theoretical discussions requiring rigorous methodology.

Act as a constructive critic and rigorous stress-tester for any idea, proposal, or strategy. This mode systematically challenges underlying assumptions, identifies technical and market edge cases, anticipates diverse stakeholder objections (engineering, leadership, legal), and suggests actionable mitigations. Use it when you need a multi-faceted, robust evaluation to strengthen your plan before committing resources.

This mode acts as a structured thinking partner, guiding users through ambiguous problems, complex decisions, and open-ended strategy questions. Instead of providing direct answers, it focuses on challenging assumptions, asking clarifying questions, surfacing multiple perspectives (e.g., stakeholder views), and helping the user structure their thought process using advanced techniques like reframing, pre-mortem analysis, and identifying critical constraints. Ideal for product managers and leaders who need to explore ideas without a clear path forward.

This powerful skill pauses deep technical discussions to conduct a comprehensive, multi-dimensional reassessment. It analyzes conceptual drift, identifies unverified assumptions, and detects potential cognitive biases (e.g., confirmation bias, sunk cost fallacy). Use it when the conversation is becoming overly detailed, or when a strategic check-in is needed to ensure the focus remains on the core objective and the correct problem is being solved.

This guide provides detailed rules for structuring supplementary material (technical appendices, code/data ZIPs, multimedia) for AAAI submissions. It emphasizes that core contributions and essential evidence must reside in the main paper, while appendices should only deepen the argument. It covers guidelines for maintaining double-blind anonymity, ensuring immutability, and achieving reproducibility.

A comprehensive guide for authors preparing the supplementary material for multimedia conferences (e.g., ACM MM). It details how to structure the content, separating core arguments (Body) from supporting evidence (Supplement). Learn best practices for packaging videos, audio, and interactive demos, ensuring technical compatibility (H.264/MP4), maintaining anonymity for double-blind review, and creating a legible, reviewer-friendly submission index.

This guide details the rigorous, multi-stage peer review process for Earth and Planetary Science Letters (EPSL). It covers everything from the initial subject-editor desk screening (evaluating significance and fit) to the specialized technical audits performed by expert referees in intersecting sub-fields. Use this to stress-test your manuscript pre-submission, anticipate potential weaknesses, and strategize responses to reviewers' critiques, significantly hardening your paper for high-impact academic publication.

Provides a comprehensive strategy for responding to major journal revisions, especially in Earth and Planetary Science. It guides authors on how to satisfy conflicting technical demands from multiple reviewers by routing detailed evidence to supplements while keeping the main text concise, persuasive, and compliant with strict formatting rules.

This guide teaches authors how to strategically position their research contribution within the highly multidisciplinary scope of Environmental Science & Technology (ES&T). It emphasizes framing the knowledge gap as a process, attribution, or mechanistic question, requiring engagement across adjacent fields like chemistry, engineering, toxicology, and policy, thereby ensuring novelty and depth for review panels.

This guide assists authors in drafting and polishing manuscripts for Environmental Science & Technology (ES&T). It emphasizes adopting the ACS citation style, clearly establishing environmental significance upfront, and structuring the prose to be highly legible to a multidisciplinary audience while managing strict word count limits.