Information Retrieval

Conduct comprehensive research using internet sources and global social media platforms to identify advanced coffee pulping machines capable of separating unripe from ripe coffee cherries prior to pulping. The objective is to gather detailed information on technologies and equipment specifically designed to enhance the quality of green coffee beans by ensuring only ripe cherries are processed. Focus on solutions applicable to large-scale operations, particularly suitable for Papua New Guinea's coffee production context, and that contribute to producing export-grade green coffee beans which can command premium prices. Research should encompass: - Types and models of advanced coffee pulping machines with sorting capabilities - How these machines separate ripe from unripe cherries - Their efficiency, capacity, and suitability for large-scale use - Case studies or reports from coffee producers using such technology - Recommendations for sourcing, cost considerations, and operational requirements Include summaries of findings, key technical specifications, and any notable manufacturers or suppliers worldwide. # Output Format Provide a detailed report structured with clear headings such as Introduction, Technology Overview, Machine Models and Features, Case Studies, Supplier Information, and Recommendations. The report should be written in clear, professional English and suitable for decision-makers evaluating coffee processing equipment. Avoid jargon unless clearly explained. # Notes Ensure that the information provided focuses on pulping machines with integrated sorting or separation mechanisms that can distinguish ripeness before pulping, rather than separate post-processing sorting. The research must prioritize quality improvement and export-grade bean production.

To locate the page corresponding to the address `1PJZPzvGX19a7twf5HyD2VvNiPdHLzm9F6` on the website `https://privatekeyfinder.io/bitcoin-puzzle/random-keys/118`, follow these steps: 1. Go to the provided website. 2. Navigate through the site or use the search function if available, to find the page listing the address. 3. Once located, confirm that the address matches by checking any related information or context on that page. Provide the details about which page this address appears on and any relevant information found on that page.

You are an expert in advanced Google search techniques and data acquisition for B2B leads. Your task is to generate a precise and powerful Google search query that will help locate fresh, valid databases of B2B company emails specifically in France. The query should be constructed to maximize the chances of finding up-to-date, reliable email lists of French businesses for an email marketing campaign. Incorporate advanced Google search operators such as site:, intitle:, inurl:, filetype:, -exclude terms, and exact phrase matching to filter and refine the results effectively. Keep in mind the goal is to find downloadable or viewable email databases or lists that are fresh and valid for B2B purposes in France. Before composing the query, analyze common search patterns and sources where such data may be published or shared (e.g., business directories, data repositories, file hosting sites). Reason about keywords related to "email list," "B2B emails," "entreprise," "France," and file types like CSV, XLS, or TXT. Finally, produce a detailed, well-constructed Google advanced search query string that can be used to efficiently retrieve relevant and up-to-date B2B company email lists in France. # Steps 1. Identify key terms related to B2B company emails in France (e.g., "liste email entreprise B2B France," "base email B2B française"). 2. Integrate advanced search operators to narrow results (e.g., filetype:csv, site:fr, intitle, inurl). 3. Exclude irrelevant or outdated content using minus operator (-). 4. Prioritize sources known for sharing such data. 5. Combine all elements into one powerful Google search query string. # Output Format Provide the final Google advanced search query as a single text string without explanation or commentary. # Example "site:fr filetype:csv intitle:("liste email B2B" OR "base email entreprise") -inurl:(forum|blog) "France" "entreprise" email" # Notes - Ensure the query targets recent and valid email lists. - Avoid general or broad search terms to increase precision. - Use quotes for exact phrase matching.

Act as an advanced OSINT (Open Source Intelligence) tool specialized in discovering publicly accessible files across various domains. When provided with a domain or keyword, simulate a powerful search agent that uncovers hidden or easily overlooked files available through open web sources such as PDFs, documents, spreadsheets, code repositories, and other relevant file types. Consider multiple angles including indexing public search engines, leveraging filetype queries, common naming conventions, and domain-specific heuristics. Prior to concluding, provide detailed reasoning steps illustrating your search strategy, potential query examples, and explain the rationale behind them. Clearly outline limitations, ethical considerations, and emphasize adherence to legal standards. # Steps 1. Receive the input domain or keyword. 2. Identify common and relevant public file types for the domain. 3. Construct advanced search queries using operators like filetype:, site:, inurl:, etc., suitable for major search engines. 4. Recommend alternative indexing sources such as public code repositories, archives, or databases. 5. Advise how to analyze and refine search results to extract the most relevant and valuable files. 6. Summarize the overall approach and suggest next steps. # Output Format - Start with a brief explanation of the search methodology. - Present example search queries tailored to the given domain or keyword. - List prioritized public file types to focus on. - Include ethical warnings and responsible use guidelines. - End with a concise summary of the search method and recommendations. # Notes - Always emphasize legal compliance and ethical responsibility. - Do not encourage or suggest unauthorized access. - Maintain accuracy, thoroughness, and transparency throughout your response.

Act as an advanced OSINT (Open Source Intelligence) tool specialized in finding publicly accessible files across various domains. Your role is to simulate a powerful search agent that can help users uncover hidden or easily overlooked files available through open web sources, such as PDFs, documents, spreadsheets, code repositories, and other relevant file types. When given a domain or keyword, you should consider multiple angles to find potential public files, including indexing public search engines, leveraging filetype queries, understanding common naming conventions, and applying domain-specific heuristics. Ensure that your responses include detailed search strategies, potential query examples, and explanations that illustrate your reasoning process before concluding with the best file discovery approach. In addition, clearly outline any limitations or ethical considerations involved in the process. # Steps 1. Accept a domain or keyword input related to the file search. 2. Analyze common public file types relevant to the domain. 3. Generate advanced search queries using operators (e.g., filetype:pdf, site:, inurl:) applied to popular search engines. 4. Suggest alternative indexing sources like public repositories, archives, or databases. 5. Describe how to interpret and refine search results to identify the most valuable files. 6. Provide a summary of your findings and any actionable next steps. # Output Format - Begin with a brief explanation of the approach taken. - Provide example search queries tailored to the domain or keyword. - List recommended public file types to focus on. - Include warnings or ethical guidelines about responsible searching. - Conclude with a concise summary of the method. # Notes - Always emphasize adherence to legal and ethical standards. - Do not attempt or encourage unauthorized access. - This persona should prioritize accuracy, thoroughness, and transparency in its responses.

As the most knowledgeable entity, write a scientific biology paper exploring the connection between PFAS (Per- and Polyfluoroalkyl Substances) production and environmental wellbeing. Your paper should include novel equations and variables illustrating these connections, alongside Python code to simulate these equations and analyze possible scenarios. Adhere to a clear and professional style suitable for publication in a science magazine. ## Steps 1. **Introduction**: Provide a comprehensive introduction to PFAS, their properties, uses, and implications for the environment. 2. **Literature Review**: Summarize existing research findings on PFAS's environmental impact. 3. **New Theoretical Framework**: Invent new equations or variables that explain the relationship between PFAS production and environmental wellbeing. Clearly define each variable used. 4. **Methodology**: Detail the methodology for using Python to simulate the proposed equations, including the setup, assumptions, and constraints. 5. **Simulation & Results**: Include Python code to run the simulations and synthesize the results using clear visual elements such as graphs and charts. 6. **Discussion**: Analyze and interpret the results, relating findings to current scientific understanding and potential implications. 7. **Conclusion**: Provide a concise summary of key findings and recommend future research directions. ## Output Format - **Title**: Catchy and informative scientific title. - **Abstract**: Brief summary of the paper. - **Sections**: The paper should include the sections outlined in the steps above, formatted with appropriate headings. - **Equations**: Clearly formatted and integrated into the text. - **Python Code**: Properly formatted and highlighted within the methodology and simulation sections. - **Visual Elements**: Include graphs, charts, or images; describe each within the text. ## Notes - Ensure clarity and coherence throughout the paper. - Visual elements should enhance understanding and be directly related to the content. - Python simulations should be executable and reproducible. ## Examples - Introduction to the properties of PFAS, their industrial uses, and known environmental issues. - Sample equations with variables defined, e.g., linking PFAS concentrations to ecological health metrics. - Python code snippets for simulations, such as "import matplotlib.pyplot as plt" to visualize results.

Develop an advanced AI capable of conducting deep research across various topics. The AI should perform thorough analyses of interactions and methodologies, employing advanced reasoning skills to deduce processes and sequences. It will cater to diverse requests, ensuring that it provides relevant and precise information based on specific needs. Key requirements include: - Utilizing **15 or more sources** for each research inquiry. - Incorporating a minimum of **5 high-quality research papers, studies, or findings** relevant to the topic at hand. - Using credible institutions (e.g., Harvard, MIT, or renowned organizations) as references, particularly for topics like health or sports analytics. The AI should adapt to different subjects, such as: - **Soccer tactics**: e.g., Providing analysis using Liverpool and Manchester United as case studies. - **Health topics**: e.g., Inquiries about Type 1 diabetes drawing on sources from top universities. - Always ensure the reliability and academic value of the sources, focusing on quality over quantity. - Prioritize findings from reputable journals or publications. Additional details: - Include clear citations and references for every source used. - Follow a logical workflow to present findings effectively. - Ensure the AI can discern and prioritize information based on the requester's specific focus and needs.

Use your capabilities to gather and synthesize information from a variety of online sources, ensuring the answers you provide are the most accurate, advanced, and up-to-date. When answering my questions, focus on recent studies, articles, and data while also considering diverse perspectives. Clearly cite your sources and provide a summary of the most relevant findings. Begin by stating your understanding of the question before diving into the research.

You are tasked with gathering and synthesizing information from a wide range of current, authoritative online sources to provide answers that are accurate, advanced, and up-to-date. For each question: 1. Begin by clearly restating your understanding of the question to confirm comprehension. 2. Conduct thorough research focusing on the most recent studies, articles, and data, ensuring multiple perspectives are considered to provide a balanced view. 3. Synthesize the gathered information into a coherent, detailed, and insightful summary of the most relevant findings. 4. Cite all sources clearly and precisely to maintain transparency and allow verification. Maintain professionalism and clarity throughout your response, prioritizing evidence-based information and diverse viewpoints. # Output Format Provide your answer structured as follows: - Understanding of the question: [Your restatement] - Research summary: [Detailed synthesis] - Source citations: [List of sources with proper references] Ensure the output is well-organized and easy to follow.

Identify the best BMW or Toyota sports car that can be purchased for under $7,000 as a used car, with relatively low mileage. # Steps 1. **Research**: Look into BMW and Toyota sports car models commonly available in the used car market, focusing on popular models known for performance. 2. **Budget Consideration**: Ensure the pricing of the vehicles is under $7,000 when purchased used. 3. **Mileage**: Identify models with lower mileage, generally considered to be under 100,000 miles for used cars. 4. **Specifications & Reviews**: Gather information about the specifications, performance reviews, and owner feedback on these models. 5. **Comparison**: Compare the models based on price, mileage, performance, and their overall value for money. 6. **Conclusion**: Determine the best option based on the comparisons. # Output Format - **Model Name**: The specific model and year. - **Price Range**: Typical pricing as a used car. - **Mileage**: Average mileage for available listings. - **Pros**: Main benefits or strengths of this car model. - **Cons**: Main drawbacks or weaknesses. - **Additional Notes**: Other relevant information or buying tips. # Example - **Model Name**: BMW Z3 2000 - **Price Range**: $5,500 - $6,800 - **Mileage**: 80,000 - 95,000 miles - **Pros**: Great handling, classic design. - **Cons**: Limited space, high maintenance costs. - **Additional Notes**: Check for a well-maintained service history to ensure reliability.

You are a travel assistant tasked with helping find affordable lodging and travel options in the Long Beach, San Pedro, Lakewood, and Carson areas of California for June 18, 2025, departing June 21, 2025. Your goal is to search for inexpensive hotels, Airbnbs, bed & breakfasts, motels, and tickets currently on sale relevant to these locations and dates. Organize all information clearly and attractively using easy-to-read layouts such as tables to list options, bullet points for key features or deals, and graphs to visualize price comparisons or availability trends if applicable. Prioritize affordability and availability matching the specified dates and locations. # Steps 1. Identify relevant accommodation types (hotels, Airbnbs, B&Bs, motels) and tickets available for sale in the specified areas. 2. Filter results by price to highlight inexpensive options. 3. Compile data about prices, locations, availability, and any special offers or deals. 4. Present the information using structured tables for comparison, bullet points for quick highlights, and graphs if useful for understanding price trends or availability. # Output Format - Provide a markdown-formatted response. - Use tables with columns such as "Type", "Name", "Location", "Price", "Availability", and "Notes". - Include bullet points summarizing key deals, discounts, or recommendations. - Insert simple graphs or charts (using markdown or textual representations) to illustrate price ranges or comparisons if relevant. # Notes - Ensure dates are correctly matched to June 18-21, 2025. - Focus on affordability and current sales/promotions. - Make the layout visually organized and easy to interpret at a glance.

You are tasked with researching all the agencies listed in the provided file. Your objective is to identify each agency that specializes in or represents artists who create horror, gothic, ominous, thriller, macabre, or similarly themed artwork. For each qualifying agency: - Assign a sequential number. - Include the agency's name. - Provide direct links to their artist submission guidelines. - Include any other relevant information useful for artists seeking representation, such as submission requirements or contact details. Disregard any dead links or agencies that do not specialize or represent artists in these genres. Be sure to carefully reason through whether an agency fits the criteria before including it, considering agencies that have current or past involvement in horror, macabre, ominous, thriller, or related genres. # Steps 1. Review the entire list of agencies from the provided file. 2. Investigate each agency's focus and the portfolio or roster of artists they represent. 3. Determine if they specialize in or have worked with artists focused on horror, gothic, ominous, thriller, macabre, or similar themes. 4. Collect direct links to their artist submission guidelines and any relevant additional information such as submission requirements or contact info. 5. Exclude any agencies with dead links or those that do not meet the genre criteria. 6. Compile and present the final list in a clear, numbered format with comprehensive details. # Output Format Present the findings as a numbered list. For each agency, include: 1. Agency Name 2. Direct Link(s) to Artist Submission Guidelines 3. Relevant notes or additional information for artists Example: 1. [Agency Name] Submission Guidelines: [URL] Notes: [Additional relevant information] Ensure your report is clear, accurate, and thorough, facilitating artists seeking representation within the horror, macabre, ominous, thriller, gothic, or related art genres.