- 7,642
- 1,602
A hollow rectangular tube with cross-sectional area of 1 barn and a length of 1 megaparsec will hold a quantity of material of approximately 2/3 of a teaspoon.
The discussion revolves around the humorous and theoretical implications of using unconventional units of measurement, specifically a hollow rectangular tube with a cross-sectional area of 1 barn and a length of 1 megaparsec, to hold cooking ingredients. The conversation touches on the practicality and absurdity of such measurements in a cooking context.
The discussion contains multiple competing views and humorous exchanges, with no consensus reached on the practicality or implications of using such unconventional measurements in cooking.
Participants express uncertainty regarding the time it would take to use the tube for cooking, with varying estimates and humorous commentary on the feasibility of the measurements.
Followup question - what fraction of neutrinos make it to the end? What is the flavor?George Jones said:A hollow rectangular tube with cross-sectional area of 1 barn and a length of 1 megaparsec will hold a quantity of material of approximately 2/3 of a teaspoon.
Well if it's a hermetically sealed container they ought to be sterile neutrinos.Astronuc said:Followup question - what fraction of neutrinos make it to the end? What is the flavor?
![]()
Almost none. They get bored relatively quickly...Astronuc said:Followup question - what fraction of neutrinos make it to the end?
You have to throw it in at ## \left (\sqrt {1-2.6\times10^{-46}} \right ) c ##.hutchphd said:Its hard to fit it in the kitchen drawer, though.
As opposed to a hollow cylindrical tube?George Jones said:A hollow rectangular tube with cross-sectional area
