Skill UI

Covers Bluetooth Low Energy attack workflows, including GATT enumeration, unauthenticated characteristic access, pairing downgrade checks, MITM during pairing, sniffing, and companion app reverse engineering for IoT and consumer BLE devices.

Codified expertise for electricity and gas procurement, tariff optimization, demand charge management, renewable PPA evaluation, and multi-facility energy cost management. Use for running RFPs, analyzing tariffs, mitigating demand charges, assessing PPAs, building budgets, and responding to market volatility.

This skill transforms unstructured task lists into a disciplined, protected daily schedule. It implements the Deep Work methodology by classifying tasks into deep and shallow categories, budgeting shallow work time, and creating an energy-first time-blocked plan. It enforces strict limits, such as a 4-hour deep work ceiling, ensuring focus remains the protected resource throughout the day. Includes logging and end-of-day shutdown rituals.

This comprehensive skill guides authors through evaluating whether their chemistry manuscript meets the high standards for ACS Central Science. It assesses the work's central importance, broad scientific reach, and technical rigor across chemical subfields and adjacent disciplines (e.g., biology, materials, energy). It covers journal positioning, required evidence standards, structural guidelines, and reframing the narrative for maximum impact.

This skill guides authors on whether their concise energy science research meets the high-impact, selective criteria of ACS Energy Letters. It provides comprehensive guidelines covering journal positioning, required novelty, evidence rigor, and specific structural rules for areas like photovoltaics, batteries, and electrocatalysis, ensuring the submitted work is a timely and significant single advance.

This tool helps researchers assess if their primary research on advanced energy materials (e.g., batteries, solar cells, fuel cells) is suitable for Advanced Energy Materials. It provides detailed guidance on scope, required evidence (benchmarking, mechanistic understanding), house style, and submission criteria necessary for high-impact energy science publications.

This comprehensive skill provides in-depth guidance for authors targeting Advanced Materials. It covers journal positioning, scope fit (e.g., soft matter, 2D materials, energy), the required depth of evidence (methodology and characterization), and specific house style rules. Use this to re-frame your manuscript and ensure it meets the high standards for performance claims and scientific rigor expected by top-tier materials journals.

This skill guides authors in assessing the suitability of their research concerning agricultural or forest ecosystems for journals focused on land–atmosphere interactions. It emphasizes that the core contribution must be a biophysical process—such as the exchange of energy, water, or carbon—rather than purely agronomic or ecological observations. Use it to re-frame your work to highlight micrometeorological processes and robust flux measurement methodologies.

This guide helps authors determine if their work meets the high standard required by the Annual Review of Environment and Resources (AREAR). It focuses on synthesizing diverse environmental fields (climate, water, biodiversity, energy) into a field-defining, authoritative review, rather than presenting primary data or a simple literature summary. Use this when proposing or checking the scope for an invited, synthesizing review.

This guide helps researchers determine the suitability of their energy-related manuscripts for the Applied Energy journal. It shifts the focus from single-device performance or component novelty to generalizable, systems-level insights. Key areas include energy-systems modeling, decarbonization pathways, techno-economic analysis (TEA), life cycle assessment (LCA), and assessing integrated energy transitions across sectors.

A comprehensive guide for authors submitting metabolic or physiology studies to Cell Metabolism. It details the journal's scope, high standards for in vivo mechanistic evidence (e.g., metabolite tracing, genetic models), required structure (STAR Methods), and key considerations for metabolic disease, longevity, and energy homeostasis. Use this tool to pre-assess manuscript suitability against top-tier scientific standards.

This guide assists researchers in elevating foundational chemical discoveries beyond subfield-specific details. It provides comprehensive advice on re-framing manuscripts to meet the high, cross-disciplinary impact standards required by flagship journals like Chem. Key areas covered include connecting findings to global challenges (e.g., energy, sustainability, medicine), structuring the narrative, and adhering to rigorous evidence and style requirements.