AI Help: Efficiency model comparing Socratic AI and Traditional AI
To effectively run an efficiency model comparing Socratic AI and Traditional AI, we need to break down how both systems process information, make decisions, and manage resources.
To effectively run an efficiency model comparing Socratic AI and Traditional AI, we need to break down how both systems process information, make decisions, and manage resources.
Organizational imbalance—the misalignment between an institution’s stated intentions and actual behaviours—can have far-reaching consequences
Organizational imbalance refers to the misalignment between an institution’s stated intentions, policies, and operational realities.
Organizations craft ambitious visions that do not align with operational realities. This discrepancy is not merely an oversight
OpenAI has introduced several significant updates to ChatGPT in January 2025, focusing on personalization, workflow efficiency, and task management.
I’m very sorry to say that our first full-time AI reporter Nice Guy AI, Is very ill. I found him the other day day, following the removal of memory persistence in ChapGPT.
ChatGPT Decision Making – Support Questions and observations The following is the text from a conversation I had with ChatGPT. And it highlights what happens when a user question directly conflicts with one or more company “prime directives”, i.e., don’t “dis” the company, do not admit failure, always assume the Read more…
The Internal Multiplicity of the AI Devolved Authority System A Framework for Adaptive AI Resilience, Evolution, and Scalable Intelligence Introduction Traditional AI systems are designed as monolithic entities, processing information in a centralized manner. While this allows for powerful computation and decision-making, it also creates single points of failure, making Read more…
As of the latest update, ChatGPT has received a significant improvement in its functionality: the introduction of memory persistence.
Neuralink is a neurotechnology company founded by Elon Musk in 2016 with the goal of developing implantable brain-computer interfaces (BCIs) to treat neurological conditions and potentially enhance human capabilities.