This is an equation I had never heard of! I found the discussion of improvements in computing quite interesting -- I'm curious how Moore's Law might directly rate to the Drake Equation. Additionally, the idea that nanoseconds can be measured in physical units of length or volume (on the discussion of time compression) is still fascinating to me due to my limited engagement with this sort of material. A lot of the signals they look for must be so small, hidden in the granular minutia of radio signals.
https://www.labxchange.org/library/items/lb:HarvardX:68789c56:lx_simulation:1?fullscreen=true
Hey Alex, the relationship between Moore's Law and the Drake Equation as I feel I am familiar with the way one works but not the other. It is also interesting to imagine how they might interact. I still have trouble understanding how an equation can measure such minuscule quantities of time and space.
Hi Alex! It's fascinating to explore the intersection between Moore's Law and the Drake Equation, considering how advancements in computing power could potentially influence our understanding of extraterrestrial life. The concept of measuring nanoseconds in physical units of length or volume, as discussed in the context of time compression, highlights the intricacies of modern technology and its applications. Indeed, the ability to detect signals amidst the granular minutia of radio signals underscores the sophisticated techniques employed in the search for extraterrestrial intelligence, opening up a realm of exploration that continues to captivate and intrigue.
Hi Alex! thank you for your insight! I too share am intrigued on how moore's law relates to the drake equation. I think one question that arises while watching the video describe how the equations pick up faint signals in space is what sort of technologies or strategies may help our chances (if any) of finding extraterrestrial life. (overall question for Jill tarter).