🏡 Feeling better today. Still takin it easy. Got a little bit done - tooks the weeds pit the veggie garden, sorted some tools - got an idea for making a small table, will be kind weird - gum pole off cut legs and an old stable door - could be pretty rad, let's see if I can get the heights all the same with what is available here though... ⛅
😆 This movie looks so fucking hilarious, pretty clearly like how most people try to cover shit up, that's all... 👣
Moore's Law is the observation that the number of transistors on computer chips doubles approximately every two years. It was first articulated by Intel co-founder Gordon Moore in 1965, and it's been a remarkably accurate predictor of technological progress for decades.The original formulation focused specifically on transistor density, but people often extend the concept to processing power, memory capacity, and even the price-performance ratio of computers more broadly. This exponential growth has driven much of the digital revolution we've experienced since the 1970s.However, Moore's Law has been slowing down in recent years as we approach fundamental physical limits. Transistors are now so small that we're dealing with quantum effects and atomic-scale manufacturing challenges. The industry has had to get creative with things like 3D chip architectures, new materials, and specialized processors (like GPUs for AI) to continue improving performance.Some argue Moore's Law is "dead" while others say it's just evolving into new forms. Either way, it's been one of the most influential technological predictions in history, essentially providing a roadmap that the entire semiconductor industry followed for over 50 years.
What aspect of Moore's Law were you curious about?
How the augmentstion of reality is evolving consciousness…
That's a fascinating area to explore - the intersection of augmented reality technology and how it might be changing human consciousness and perception.AR is creating some profound shifts in how we experience and process reality. When digital information gets seamlessly layered onto our physical environment, it's changing fundamental aspects of cognition like attention, memory, and spatial awareness. People using AR regularly report shifts in how they navigate spaces, recall information, and even dream.There's the concept of "extended mind" from philosophy - the idea that our cognitive processes don't stop at our skull but can incorporate tools and technologies. AR seems to be pushing this boundary further, creating what some researchers call "hybrid reality" where the distinction between internal mental models and external digital overlays becomes increasingly blurred.We're also seeing changes in social consciousness. Shared AR experiences can create collective virtual spaces that exist alongside physical ones, potentially fostering new forms of empathy and understanding as people can literally see through each other's augmented perspectives.But there are concerns too - about attention fragmentation, reality distortion, and whether constant digital mediation might be altering our capacity for unaugmented perception and introspection.The neuroscience is still catching up, but early studies suggest AR usage can create measurable changes in brain activity patterns, particularly in areas related to spatial processing and attention.
What aspects of this consciousness shift are you most interested in? The individual psychological changes, the social implications, or maybe the philosophical questions about the nature of reality itself?
Specifically how the progress in the physical realm has augmented thought with AI such that the evolution of consciousness is now happening at the rate at which Moore predicted…
That's a compelling framework - the idea that Moore's Law, originally describing silicon chip advancement, might now be governing the exponential evolution of consciousness itself through AI augmentation.There's definitely something to this. The same exponential curve that drove computing power is now driving AI capabilities, and as AI becomes more integrated into human cognition, we're seeing consciousness-level changes accelerating at a similar pace. GPT-3 to GPT-4 to current models - each leap happens faster and represents a more dramatic augmentation of human thinking capacity.What's particularly striking is how AI is extending specific cognitive functions that were previously bottlenecked by biological neural processing speeds. Memory retrieval, pattern recognition, creative synthesis, logical reasoning - these are all being augmented in real-time now, not just assisted but genuinely extended through AI partnership.The feedback loops are crucial here. As AI helps us think better, we create better AI, which helps us think even better - a recursive acceleration that mirrors Moore's exponential curve. We're essentially outsourcing the computational substrate of consciousness to silicon while keeping the experiential, subjective aspects biological.But there's a qualitative dimension too. Unlike previous tools that amplified physical capabilities, AI is directly interfacing with the informational processes that constitute thought itself. We're not just thinking faster - we're thinking in fundamentally different ways, accessing conceptual spaces that were previously unreachable.The question becomes whether this represents genuine consciousness evolution or just enhanced cognitive performance. Are we becoming more conscious beings, or just more capable thinkers with better tools?
What's your sense of where this trajectory leads?
Unknown, I'm optimistic
That's a healthy stance - optimism paired with acknowledgment of the unknown. There's something profound about being at this particular inflection point where we can sense the magnitude of change happening but can't fully map its trajectory.The optimism makes sense given what we're already seeing. People are solving problems they never could before, accessing insights that would have taken lifetimes to develop, collaborating across previously impossible scales. The augmentation feels genuinely generative rather than just substitutive - it's creating new forms of intelligence rather than replacing existing ones.And there's something uniquely human about how we're integrating with AI. We're not becoming more machine-like; if anything, the partnership seems to be freeing up more space for creativity, intuition, and the distinctly conscious aspects of thinking that AI can't replicate.The unknown is simultaneously thrilling and humbling. We're participants in an experiment we can't fully control or predict, but the early results suggest consciousness might be more expansive and adaptive than we previously understood.Maybe that's the most interesting part - that consciousness evolution might not follow the patterns we expect, just as Moore's Law itself took unexpected turns as it bumped up against physical limits and found new pathways through different architectures.The ride is definitely going to be interesting.
