Pages – Page 2 – AI Impacts

What do coherence arguments imply about the behavior of advanced AI?

There is probably a pressure to become more coherent, if you have preferences, and thus to become more goal-directed.

AI Impacts 2020 review

This is a list of work done at AI Impacts published in 2020.

AI Impacts key questions of interest

Updated Dec 17, 2020 This is a list of questions that AI Impacts focuses on answering. Details We are interested in understanding how the development of advanced AI will proceed and how it may affect

How energy efficient are human-engineered flight designs relative to natural ones?

Nature is responsible for the most energy efficient flight, according to an investigation of albatrosses, butterflies and nine different human-engineered flying machines.

Energy efficiency of monarch butterfly flight

The monarch butterfly can fly around 100,000-600,000 m/kJ and move mass at around 0.065-0.36 kg⋅m/J according to very rough calculations.

Energy efficiency of wandering albatross flight

The wandering albatross
can fly around 481m/kJ and moved mass at around 2.8—6.1 kg.m/J

Energy efficiency of paramotors

Updated Nov 24, 2020 We estimate that a record-breaking two-person paramotor: covered around = 0.36 m/kJ and moved mass at around 0.058 – 0.10 kg⋅m/J Details Paramotors are powered parachutes that allow the operator to

Energy efficiency of The Spirit of Butt’s Farm

The Spirit of Butt’s Farm:

covered around 31.67 m/kJ
and moved mass at around 0.16 – 0.086 kg.m/J

Was the industrial revolution a drastic departure from historic trends?

We have not researched this topic. This page is a tentative list of sources.

Energy efficiency of MacCready Gossamer Albatross

The MacCready Gossamer Albatross covered around 2.0—4.6 m/kJ and moved mass at around 0.1882 —0.4577 kg.m/J