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Showing posts with the label gpt-5

How Podium's AI 'Jerry' Boosts Small Business Growth and Customer Service

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Introduction to AI in Small Business Small businesses face many challenges in serving customers well and growing their income. New technology like artificial intelligence (AI) offers tools that can help. Podium, a company focused on supporting small businesses, has started using an AI tool named "Jerry." This AI is built with OpenAI's GPT-5, a powerful language model that can understand and generate human-like text. Podium aims to help small businesses improve customer service and increase revenue with Jerry. What is Jerry and How Does It Work? Jerry is an AI teammate designed to assist small business owners and their teams. It can talk with customers, answer questions, and help manage communication more quickly. Jerry understands what customers say and responds in a clear and helpful way. This helps businesses save time and provide better service. The AI can also support tasks like scheduling, gathering feedback, and sending reminders, making daily work easier...

JetBrains and GPT-5: Understanding the Limits of AI in Software Development Tools

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Introduction to AI Integration in Software Development JetBrains, a well-known company in software tools, is currently integrating GPT-5 across its coding platforms. This integration aims to assist developers in designing, reasoning, and building software more efficiently. While this advancement shows promising improvements, it is essential to understand what these AI tools can and cannot do in the software development process. How GPT-5 Enhances Coding Tools GPT-5, a language model developed to understand and generate human-like text, is being used by JetBrains to help with code suggestions, error detection, and documentation. The AI can analyze code patterns and offer recommendations, potentially speeding up routine tasks for developers. This integration supports users by providing quick access to coding ideas and explanations within the development environment. Capabilities of AI in Software Development The AI's ability to process large amounts of code and text allows...

How AI and Automation Transform Mathematical Problem Solving: The Case of GPT-5 and Optimization Theory

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Introduction to AI in Mathematical Workflows Automation is changing many fields, including how complex mathematical problems are solved. Artificial intelligence (AI) tools now support researchers by handling tasks that once required extensive manual effort. This development enhances efficiency and opens new possibilities in mathematical discovery. Breakthrough in Optimization Theory Recently, a significant advancement occurred in optimization theory, a branch of mathematics focused on finding the best solutions under given constraints. A UCLA professor, Ernest Ryu, collaborated with the AI model GPT-5 to address a challenging question within this field. Their joint effort demonstrated how automation and AI can assist in solving intricate problems. The Role of GPT-5 in Mathematical Discovery GPT-5 is an advanced language model capable of understanding and generating complex text, including mathematical expressions and reasoning. In this case, GPT-5 helped analyze existing the...

How GPT-5 Transforms Automation and Workflows in Scientific Research

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Introduction to GPT-5 in Scientific Automation The arrival of GPT-5 marks a significant step in automating scientific research workflows. This advanced language model supports researchers by generating proofs, analyzing data, and suggesting new hypotheses across diverse fields such as mathematics, physics, biology, and computer science. By integrating GPT-5 into their processes, scientists can streamline tasks that traditionally require extensive manual effort. Accelerating Mathematical Proof Generation Mathematics benefits from GPT-5's ability to assist in formulating and verifying proofs. The model can propose logical steps and identify potential gaps in reasoning, helping mathematicians automate parts of their workflow. This support reduces the time spent on routine proof construction and allows researchers to focus on complex problem-solving. Enhancing Physics Research Processes In physics, GPT-5 aids in interpreting complex data and simulating theoretical models. Re...