- Exploring AI Agents: Real-World Examples and Applications
- AI Agents: Examples and Applications
- AI Agents in Finance: Applications and Examples
- The History of AI Agents
- Key Components of Modern AI Agent Architecture
- What is an AI Agent? Characteristics, Advantages, Challenges
- The Biggest Hurdles to Building Effective AI Agents
- AI Agents in Finance: Capabilities, Applications, and Use Cases
- The State of AI Agents
- AI Agents in Healthcare: Transforming Diagnosis and Treatment
- Real-World Applications of AI Agents
- Advantages and Disadvantages of Artificial Intelligence
- Human-Centered AI and Robotics
- Ethical Implications of AI Decision-Making in Manufacturing
- Common Ethical Issues in Artificial Intelligence
- The Future of Work: Ethical AI and Job Displacement Concerns
- AI Problems in 2024: Common Challenges and Solutions
- AI in Law Enforcement: Balancing Surveillance and Civil Liberties
- Legal and Ethical Considerations in Artificial Intelligence
- What Are AI Agents?
- The Real-World Potential and Limitations of Artificial Intelligence
- Traditional AI vs. Modern AI: Key Differences and Advantages
- Recent Advancements in Multimodal Human–Robot Interaction
- AI Challenges for Financial Institutions
- AI in Manufacturing: Top 20 Use Cases
- Generative AI in Manufacturing: Real-World Applications
- The History of Artificial Intelligence
- How AI Agents Are Revolutionizing Robotics
- AI’s Biggest Challenges Are Still Unsolved
- AI Agents for Manufacturing: Applications and Use Cases
Sonntag, 17. November 2024
AI Agents 2025: Intelligent Companions or Technological Threat?
KI-Agenten 2025: Intelligente Begleiter oder technologische Bedrohung?
- Exploring AI Agents: Real-World Examples and Applications
- AI Agents: Examples and Applications
- AI Agents in Finance: Applications and Examples
- The History of AI Agents
- Key Components of Modern AI Agent Architecture
- What is an AI Agent? Characteristics, Advantages, Challenges
- The Biggest Hurdles to Building Effective AI Agents
- AI Agents in Finance: Capabilities, Applications, and Use Cases
- The State of AI Agents
- AI Agents in Healthcare: Transforming Diagnosis and Treatment
- Real-World Applications of AI Agents
- Advantages and Disadvantages of Artificial Intelligence
- Human-Centered AI and Robotics
- Ethical Implications of AI Decision-Making in Manufacturing
- Common Ethical Issues in Artificial Intelligence
- The Future of Work: Ethical AI and Job Displacement Concerns
- AI Problems in 2024: Common Challenges and Solutions
- AI in Law Enforcement: Balancing Surveillance and Civil Liberties
- Legal and Ethical Considerations in Artificial Intelligence
- What Are AI Agents?
- The Real-World Potential and Limitations of Artificial Intelligence
- Traditional AI vs. Modern AI: Key Differences and Advantages
- Recent Advancements in Multimodal Human–Robot Interaction
- AI Challenges for Financial Institutions
- AI in Manufacturing: Top 20 Use Cases
- Generative AI in Manufacturing: Real-World Applications
- The History of Artificial Intelligence
- How AI Agents Are Revolutionizing Robotics
- AI’s Biggest Challenges Are Still Unsolved
- AI Agents for Manufacturing: Applications and Use Cases
Autonome Waffensysteme: Ein Blick auf 2025
- The Security Implications of Artificial Intelligence (AI)-Powered Autonomous Weapons Policy Recommendations for International Regulation
- Understanding the Global Debate on Lethal Autonomous Weapons Systems
- Ethical and Legal Dilemmas of Autonomous Weapons in War and National Security - CERL
- Banning Autonomous Weapons: A Legal and Ethical Mandate
- ICRC Statement: UN General Assembly Sixth Committee
- Emerging Technology Horizons: Autonomous Weapon Policy Receives Much Needed Update
- Principles for the Combat Employment of Weapon Systems with Autonomous Functionalities
- LAWS on LAWS: Regulating the Lethal Autonomous Weapon Systems
- NOTEWORTHY: DoD Autonomous Weapons Policy - CNAS
- What’s next for drones - MIT Technology Review
- Military Robotics and Autonomous Systems USA
- The Road Less Travelled: Ethics in the International Regulatory Debate on Autonomous Weapon Systems
- Accountability and Control Over Autonomous Weapon Systems: A Framework for Comprehensive Human Oversight
- The Ethics & Morality of Robotic Warfare: Assessing the Debate over Autonomous Weapons
- Autonomous Weapons: The ICRC Calls on States to Take Steps Towards Treaty Negotiations
- Autonomous Weapons Systems: Working with Urgency Towards International Regulation
- Autonomous Weapon Systems: What the Law Says – And Does Not Say – About Their Use
- The Moral Case for the Development of Autonomous Weapon Systems
- Autonomous Weapon Systems Under International Humanitarian and Human Rights Law
- Risks and Benefits of Autonomous Weapon Systems: Perceptions Among Future Australian Defence Force Officers
- DoD Is Updating Its Decade-Old Autonomous Weapons Policy, but Confusion Remains Widespread - CSIS
- What Does the Future of Autonomous Warfare Look Like? Four Critical Questions Answered
- Emerging Technologies and the Future of Military Robotics
- Pentagon Sorting Out AI’s Future in Warfare
- Press Release: UN Secretary-General António Guterres on Autonomous Weapons
- UN General Assembly First Committee Press Briefing
- Artificial Intelligence in Modern Warfare: Strategic Innovation and Emerging Risks
- Decoding the Defense Department’s Updated Directive on Autonomous Weapons
- Same but Different: Legal Review of Autonomous Weapons Systems
Karl Hans Bläsius warnt vor der Superintelligenz
Typischerweise werden in Deutschland solche Risiken eher mit Stirnrunzeln begegnet. Umso bemerkenswerter ist das kürzlich erschienene Interview in Telepolis (Link), das ich zum Lesen empfehle.
Elon Musk zettelt Krieg gegen OpenAI an
Elon Musk ebnet den Weg für das Zeitalter der Zensur
Sonntag, 10. November 2024
Elon Musk kauft mit Daten und Geld den neuen US-Präsidenten
Sonntag, 27. Oktober 2024
Hinton’s düstere Prophezeiung
Samstag, 12. Oktober 2024
Artificial Intelligence in the Focus of the Nobel Prizes
The recent Nobel Prize awards in the fields of Physics and Chemistry highlight how artificial intelligence has penetrated science and how closely its methods are intertwined with the fundamental principles of natural sciences. In 2024, pioneers were recognized in both Physics and Chemistry, whose discoveries and developments have elevated AI to new heights. What is remarkable is not only the significance of these works but also the close connection between physical and chemical principles and the algorithms that enable AI. But what exactly is causing AI to play such a dominant role in scientific research today?