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How tiny wasps cope with being smaller than amoebas

blogs.discovermagazine.com

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Re: How tiny wasps cope with being smaller than amoebas

#6
post #5

[deleted]

As I understood it, both the Paramecium and the amoeba have a single cell. The wasp has many. (I had to reread that a half-dozen times to figure that out...)

Original: "It’s pictured next to a Paramecium and an amoeba at the same scale. Even though both these creatures are made up of a single cell, the wasp..."

Re: How tiny wasps cope with being smaller than amoebas

#8
post #5

[deleted]

Badly worded paragraph. I re-read it many times before I understood.

The "both" refers to the Paramecium and the amoeba. It's saying that despite having all those other organs (and neurons), the wasp is actually smaller than the single-celled amoeba and paramecium.

EDIT: Don't delete your comment. You won't be the only one with that question..it'll help others!

Re: How tiny wasps cope with being smaller than amoebas

#9
post #8
post #5

[deleted]

Badly worded paragraph. I re-read it many times before I understood. The "both" refers to the Paramecium and the amoeba. It's saying that despite having all those other organs (and neurons), the wasp is actually smaller than the single-celled amoeba and paramecium. EDIT: Don't delete your comment. You won't be the only one with that question..it'll help others!

[deleted]

Re: How tiny wasps cope with being smaller than amoebas

#10
What are the major technical barriers before we can identify the input and output channels to this insect's brain and start iterating through all possible input values, recording the corresponding output values? And once we can do that, could we use that data to fly a virtual insect around a virtual world?
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