Research Papers Made Simple

How hackers can make AI agents "remember" doing safety checks they never actually did. This paper reveals a new attack (FARMA) that achieves 100% success rate by poisoning AI reasoning history, and introduces SENTINEL defense that stops it completely.

How a team of AI agents work together to automatically find security holes in software. This system discovered 41 previously unknown bugs in popular programs like MongoDB and ImageMagick. Learn how AI is revolutionizing cybersecurity.

Understanding brain activity through advanced AI models. This paper explains how diffusion transformers can help us understand the brain's complex patterns.

How multiple AI agents can work together to solve complex problems. Learn the architecture behind collaborative AI systems.

The latest advances in prosthetic technology for athletes. How modern engineering is helping athletes perform at their best.

Stanford's research on penetration testing methodologies. How security experts test systems for vulnerabilities.

Understanding zero-day vulnerabilities in large language models. How AI systems can be attacked and how to protect them.

Investigating when AI systems make up information. Understanding and preventing AI hallucinations.

A training environment for learning about software exploits. How security researchers practice finding vulnerabilities.

Advanced computing architectures for scientific research. How supercomputers help solve complex problems.

Advances in conversational AI systems. How AI is becoming better at understanding and responding to humans.

Benchmarking stealth capabilities in AI systems. How AI can operate without being detected.

How wearable sensors help prevent sports injuries. The science behind athlete monitoring technology.

The intersection of neuroscience and artificial intelligence. How brain research is inspiring better AI systems.

AI systems that mimic human cognitive processes. How understanding the brain helps build smarter AI.

How AI watches and analyzes soccer games. Computer vision technology in sports analytics.