✨ FEMGEN Exhibition - Identity and Art
This article revisits FEMGEN, the fourth edition of a Paris-based exhibition from October 20–26, 2025. It centers on female-identifying and non-binary artists, exploring how identity is constructed and performed in a posthuman era.
Key Points:
• FEMGEN highlights projects from female-identifying and non-binary artists.
• The exhibition challenges traditional ideals of beauty and femininity.
• It examines how identity is coded, manufactured, and performed.
• The event was the fourth edition of FEMGEN Paris.
🔗 Resources:
• Fellowship Trust ↗ - Official X profile
• FEMGEN 2025 Revisited Post ↗ - Original announcement of FEMGEN 2025
• FEMGEN Identity Quote Post ↗ - Post quoting FEMGEN's mission
• FEMGEN Full Collection Post ↗ - Link to explore the full collection
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💡 LLM Prompting - Enhancing Creativity and Diversity
Stanford researchers have introduced a new prompting technique for Large Language Models. This method significantly enhances LLM creativity and diversity with minimal additional input.
Key Points:
• The technique boosts LLM creativity by 1.6–2.1 times.
• It increases human-rated diversity by 25–60%, depending on the task.
• The method outperforms some fine-tuned models without retraining.
• Only 8-20 extra words are needed to apply this technique.
🔗 Resources:
• ML Space Profile ↗ - Official X profile for machine learning content
• Afiz Khan Profile ↗ - Official X profile for Afiz Khan
• Stanford Prompting Technique Post ↗ - Announcement of the new research
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🤖 AI Security - Indirect Prompt Injection Threats
A new report by Radware, "The Internet of Agents: The Next Threat Surface," highlights the rapid evolution of AI attack surfaces. It identifies indirect prompt injection as a significant and insidious threat.
Key Points:
• The attack surface for AI systems is evolving rapidly.
• Indirect prompt injection is an insidious and growing threat.
• Attackers can embed hidden commands in data consumed by LLMs.
• This threat often bypasses traditional jailbreaking methods.
🔗 Resources:
• Everyman's AI Profile ↗ - Official X profile for AI insights
• Radware Report Announcement ↗ - Post announcing the security report
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🚀 AI Engineering - Free Learning Resources
Kickstart your year with free AI Engineering resources. A comprehensive book and additional materials are now available to help advance your skills in the field.
Key Points:
• Access a free AI Engineering book for professional development.
• Obtain additional resources to support learning in AI Engineering.
• These materials are available at no cost to accelerate skill acquisition.
• Enhance your knowledge of AI engineering principles and practices.
🔗 Resources:
• ML Space Profile ↗ - Official X profile for machine learning content
• Afiz Khan Profile ↗ - Official X profile for Afiz Khan
• Free AI Engineering Resources Post ↗ - Post announcing free learning materials
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🤖 Medical Imaging - Deep Learning for Gastric Neoplasms
This article discusses the application of deep learning in medical imaging for gastric neoplasm analysis. The technique focuses on detection, diagnosis, and segmentation using contrast-enhanced CT scans.
Key Points:
• Deep learning is applied to detect gastric neoplasms.
• It assists in the diagnosis of gastric neoplasms.
• The method enables precise segmentation of these structures.
• Contrast-enhanced CT scans are used for imaging input.
🔗 Resources:
• Radiology AI Profile ↗ - Official X profile for AI in Radiology
• Research Paper Link ↗ - Full research paper on gastric neoplasm detection
• Research Announcement Post ↗ - Post announcing the deep learning research
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💡 Generative AI - Expert Insights from IIT Madras
Professor B. Ravindran, Head of the Wadhwani School of Data Science and AI at IIT Madras, alongside Krishnan Narayanan of Itihaasa Research and Digital, has authored an article exploring Generative AI. This publication offers expert perspectives on the technology.
Key Points:
• Professor B. Ravindran provides insights on Generative AI.
• Krishnan Narayanan contributes to the analysis of GenAI.
• The article explores current trends and implications of GenAI.
• It is an authored article published in The Hindu BusinessLine.
🔗 Resources:
• WSAI IITM Profile ↗ - Official X profile for Wadhwani School of Data Science and AI
• IIT Madras Profile ↗ - Official X profile for IIT Madras
• Itihaasa Research and Digital Profile ↗ - Official X profile for Itihaasa
• The Hindu BusinessLine Profile ↗ - Official X profile for The Hindu BusinessLine
• GenAI Article Announcement Post ↗ - Post announcing the expert article
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🚀 AI Career - 6-Week Practitioner Program
This program offers a fast track to launching an AI career, enabling participants to develop deployable AI skills in just six weeks. Early bird discounts and limited spots are available.
Key Points:
• Develop real, deployable AI skills in a concentrated timeframe.
• Transform from a beginner to an AI practitioner quickly.
• Limited spots are available for this intensive program.
• Early bird pricing offers a significant discount for enrollment.
🔗 Resources:
• ODSC Profile ↗ - Official X profile for Open Data Science Conference
• Program Enrollment Link ↗ - Link to join the AI career journey
• AI Career Program Announcement ↗ - Post announcing the 6-week program
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🤖 Biomedical Engineering - Lung-on-Chip Model for Disease Simulation
A new lung-on-chip model has been developed using genetically identical stem cell-derived human cells. This innovation enables precise simulation of breathing and early lung disease, advancing personalized medicine and infection research.
Key Points:
• The lung-on-chip model uses genetically identical human cells.
• It allows precise simulation of breathing mechanics.
• The model is effective for studying early lung disease.
• This technology advances personalized medicine and infection research.
🔗 Resources:
• Medical Xpress Profile ↗ - Official X profile for medical news
• The Crick Profile ↗ - Official X profile for Francis Crick Institute
• Science Advances Profile ↗ - Official X profile for Science Advances journal
• Lung-on-Chip Article ↗ - Article detailing the lung-on-chip model
• Lung-on-Chip Announcement ↗ - Post announcing the new model
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