Raw LLM Responses

@borealphoto Exponential technologies work in synergy with each other to not only continue on an exponential path but an exponentially growing exponential path. Energy needed trends down exponentially. 1. Computing Power (Moore’s Law) Progress: The number of transistors on computer chips has doubled roughly every 18–24 months since the 1960s. Early computers filled rooms, performed basic calculations, and cost millions; today, a smartphone fits billions of transistors in your pocket and performs tasks that once took supercomputers. Cost/Energy: The cost per calculation has dropped by billions-fold. Computers are not only cheaper but also far more energy efficient per calculation than older technology—modern chips do more with less power. 2. Digital Cameras & Mobile Devices Progress: Cameras evolved from expensive, film-only devices with limited photos to digital systems capable of instantly taking and storing thousands of high-resolution images. Mobile phone cameras now match or surpass early digital cameras. Cost/Energy: The price per megapixel and per stored image has plummeted, and energy use per photo has dropped—processing and storage happen at a tiny fraction of earlier requirements. 3. DNA Sequencing Progress: The Human Genome Project spent over $3 billion and took 13 years (finished 2003) to sequence one human genome. Today, a genome can be sequenced for less than $200 in a matter of hours. Cost/Energy: The cost has dropped by more than 99.999% since 2001, dramatically increasing access to personalized medicine and research. 4. Renewable Energy Technologies (Solar & Wind) Progress: Solar panels and wind turbines have become exponentially more powerful and widely deployed. Cost/Energy: The price of solar modules dropped from $106/watt in the 1970s to under $0.40/watt today—a 99.6% fall. Each time global solar capacity doubles, price falls by around 20%. Similar “learning curves” have slashed wind and battery costs, improving energy access and reducing environmental impact. 5. Internet Bandwidth and Connectivity Progress: Global internet capacity and speed have grown exponentially, enabling video streaming, real-time communication, and the Internet of Things. Cost/Energy: Data costs per megabyte have collapsed, and net energy per unit of data transferred has dropped due to more efficient fiber optics, networking hardware, and compression algorithms. 6. 3D Printing & Manufacturing Progress: From niche prototype machines, 3D printers now mass-produce complex parts for rockets, prosthetics, and even houses, often at a fraction of traditional manufacturing cost. Cost/Energy: Material use and energy per part have declined through optimized design and automation; production timelines are also exponentially faster.