The hottest Emergence Substack posts right now

Collective intelligence in biology means that groups of cells work together to solve problems that individuals can't. Each level of organization, like cells and organs, solves specific issues that contribute to the whole.
Emergence happens when the combined actions of simpler parts create complex behaviors. This can be seen in things like how cells coordinate to form organs or how flocks of birds move together.
Understanding collective behaviors in cells could lead to big advancements in medicine. This includes helping treat cancer by changing how cells behave or improving tissue engineering and organ regeneration.

Emergent properties in biology can be hard to connect, kind of like trying to understand a car by randomly taking it apart. Even as we learn about proteins and genes, connecting them to actual biological traits remains a challenge.
Deep learning models like Alpha Fold are changing the game by revealing connections between micro and macro biological features, even if we don't fully understand how they do it. It's like having a model that can assemble a car based on its parts without exactly knowing how all those parts work together.
Recently, there's been exciting work in mechanistic interpretability, which helps us understand how these deep learning models make sense of biology. This could lead to new insights and even virtual experiments that help us learn about cell behavior and gene interactions.

Complex systems can develop from just a few simple rules, like in the Game of Life. It shows how starting with basic ideas can create amazing patterns and interactions.
Emergence means that new, complex properties appear from simpler components interacting together. This is true for nature, biology, and even technology like AI.
Human thoughts and actions also have an emergent nature. We often wonder where our ideas come from and what rules guide our decisions.

Our consciousness and internal thoughts are essential to our human experience, leading to the question of where they originate in the brain.
Neuroscience faces challenges in understanding consciousness, with the field needing a new paradigm to address the relationship between brain function and conscious experience.
Different perspectives, such as intrinsic introspection and extrinsic scientific observation, have evolved through history, shaping how we view the world and ourselves.

Reductionism is the idea of understanding phenomena by breaking them down into small parts, but it may not fully explain the complexity of things like human biology.
Myths, even if not entirely true, can serve as memory technologies and offer meaning and context to cultures.
Reductionism can limit scientific imagination, lead to misconceptions about theory and experiment relations, and impact how individuals perceive their own agency and the solutions to societal problems.

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Emergence occurs when an entity has properties that its individual parts do not possess, displaying behaviors that only emerge in interaction.
Simple computational or geometric rules can lead to unpredictable and complex outputs, showcasing the beauty of emergence.
Emergence, as seen in cybernetics with Braitenberg's Vehicles, demonstrates how simple structures can give rise to emergent, complex behavior, hinting at the potential for understanding the universe through simple rules.

Software solutions for legal problems may look good in theory but can underwhelm in practice.
Real-life legal problems are often unique and complex, making them challenging for chatbot resolutions.
Cultural change within an organization is difficult due to emergence of properties not shared by individual components.

The arrival of AGI will happen gradually over decades, not with a sudden flip of a switch.
To estimate AGI arrival, we need to consider factors like cost, availability, quality, and real-world applicability.
AGI timelines need to map out the entire process from lab creation to broad deployment, rather than focusing on a single date.

Context dependencies enable holism, allowing us to see the big picture beyond individual parts
Reductionism ignores emergent properties and the interactions between parts, hindering understanding of complex systems
Balancing generalists and specialists is crucial in navigating a world growing in complexity