
Say Jay Hynes
56 posts

Say Jay Hynes
@sayjayhynes
actor, musician, dancer, magician, creative performing artist. intrigued by this conscious world collective - actively seeking to learn + understand everything.





This is really wild. How is this even possible? Is socialist indoctrination in legacy media and universities really so successful? Let’s hope these young people change their minds when they grow up and see how many taxes get deducted from their first payslip.









capitalism is a system so good that even the socialists can become millionaires


This is awesome. Imagine if all politicians were this respectful in acknowledging beliefs outside of their faith.




















My understanding of the simplest path to achieving a society of abundance (i.e., a Christensen phase III society): - All wealth is originally generated through human labour plus natural resources (earth and sun so far) - The amount of wealth generated per unit of human labour increases with more technology, but it's still limited by the amount of human labour available - We can generate wealth faster if we supplement human labor with human-level (or higher) digital intelligence in the form of bots (in the digital world) and robots (in the physical world) - When those bots and robots become capable of building more bots and robots without requiring any significant human labour input, the amount of wealth generated will start increasing exponentially - Those bots and robots will also likely become superintelligent fairly quickly, which means they will also start accelerating our technological progress, which will further augment the amount of wealth generated per unit of machine labour (human labour will quickly become unnecessary) - To produce the initial bots and robots, we need to advance digital intelligence and robot manufacturing - Digital intelligence advancement will require a lot of compute, and compute (currently) requires a lot of energy - If energy is too expensive, our progress slows or completely stops because powering the chips to advance digital intelligence ceases to become a profitable endeavor So, in summary, the highest priorities right now for achieving a Christensen phase III society are . . . 1. Advancing digital intelligence 2. Advancing robotics 3. Increasing chip output 4. Increasing energy generation and decreasing energy costs Efforts toward number 4 are the most interesting to me right now. Some hypothesize that space solar (a satellite with solar panels on it) to directly power chips mounted on that same satellite will be the cheapest option. Assuming no major advancements in nuclear power, it's probably true. But it would require a decrease in the cost to orbit and an increase in our mass to orbit capacity. New heavy lift rockets will achieve that. And, theoretically, building these space solar satellites on the moon using primarily moon-based resources would also decrease the cost to orbit (less energy required to achieve escape velocity from the moon). It's all feasible. And, better yet, it's feasible within our lifetimes (unless you're already really old, sorry). Want a high-impact career? Any career that contributes to those four priorities above will probably be the highest impact. Although other careers that help our species survive until that point will also be pretty useful.


My understanding of the simplest path to achieving a society of abundance (i.e., a Christensen phase III society): - All wealth is originally generated through human labour plus natural resources (earth and sun so far) - The amount of wealth generated per unit of human labour increases with more technology, but it's still limited by the amount of human labour available - We can generate wealth faster if we supplement human labor with human-level (or higher) digital intelligence in the form of bots (in the digital world) and robots (in the physical world) - When those bots and robots become capable of building more bots and robots without requiring any significant human labour input, the amount of wealth generated will start increasing exponentially - Those bots and robots will also likely become superintelligent fairly quickly, which means they will also start accelerating our technological progress, which will further augment the amount of wealth generated per unit of machine labour (human labour will quickly become unnecessary) - To produce the initial bots and robots, we need to advance digital intelligence and robot manufacturing - Digital intelligence advancement will require a lot of compute, and compute (currently) requires a lot of energy - If energy is too expensive, our progress slows or completely stops because powering the chips to advance digital intelligence ceases to become a profitable endeavor So, in summary, the highest priorities right now for achieving a Christensen phase III society are . . . 1. Advancing digital intelligence 2. Advancing robotics 3. Increasing chip output 4. Increasing energy generation and decreasing energy costs Efforts toward number 4 are the most interesting to me right now. Some hypothesize that space solar (a satellite with solar panels on it) to directly power chips mounted on that same satellite will be the cheapest option. Assuming no major advancements in nuclear power, it's probably true. But it would require a decrease in the cost to orbit and an increase in our mass to orbit capacity. New heavy lift rockets will achieve that. And, theoretically, building these space solar satellites on the moon using primarily moon-based resources would also decrease the cost to orbit (less energy required to achieve escape velocity from the moon). It's all feasible. And, better yet, it's feasible within our lifetimes (unless you're already really old, sorry). Want a high-impact career? Any career that contributes to those four priorities above will probably be the highest impact. Although other careers that help our species survive until that point will also be pretty useful.

.@realDailyWire did its own research for the landmark Meta Social Media Addiction Trial. We asked college kids to tell us their screen time. “12 hours 47 minutes”