Everythings New
Benjamin Dunn Lyrics
We have lyrics for these tracks by Benjamin Dunn:
126 You turn our eye upon you Always our eyes are on…
Caspian I saw you in the night and I saw you…
Circus Of Love Oh, we love you Whoa, we love you So, whoa, whoa, whoa All…
Clothed in Skin Grace clothed in skin You are kindness You are love Gra…
Heart Strings You lift the poor out of the dust And you lifted…
London Let's just move to London Let's just go to Spain Let's go…
Melody Of Salvation Strike the strings on my heart And I sing your melodies A…
My Name Is Eustace! You dig your claws into my chest I know only you…
Sail to the End Where sky and water meet Where all the waves grow sweet Do…
Smile On Me And you made your face shine upon my face Salvation has…
Stare at the Stars Let's just stare at the stars Let the light burn into…
We Came Alive Set the sails in motion Set our hearts on fire…
When We Were Young Do you remember when we were young And life was so…
You're Everywhere I could swim to the bottom of the sea Where the…
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Robert Mihalinac
Thank you for this discovery! What does this mean in simple words?
Sir Real
Your grid cells map to a 2D space like the game Asteroids. Instead of trying to represent an "infinite" space on an endless plane, they map to a finite space that has no edges. Like an ant walking on a donut, the modules of grid cells treadmill around closed loops (x and y axes).
Robert Mihalinac
@Sir Real Is it possible that every cell in human body has toroidal movement?
Sir Real
@Robert Mihalinac your cells are not literally moving around the torus. You can think of it being similar to how retinal cells map your vision; they do not accurately represent reality but are how the brain "thinks" about reality. Grids cells map to the torus because it is an efficient way to think about "infinite" space.
Almost all of the cells in your body don't need to know where they are in space; they only need to be told what to do by a system that does know where you are and where you want to go (the brain).
There is the possibility that your grid cells do not only map space but are involved in other forms of memories. Using a torus to represent time for example is less intuitive than say a circle/ring. A 1D track would also make more sense to map to a circle since you don't use the second dimension. As he mentioned in his talk, head direction cells map to a circle. All of those are single dimensions (time, position, or rotation) so they only need a 1D circle instead of a 2D circle of circles (torus). If other cells use loops like that, I'm not sure.
Robert Mihalinac
@Sir Real Thanks!
nanotech republika
@Sir Real That's what I understood from his talk, but what is not clear to me (both from his talk and actually from reading the paper itself) is, what is the significance of this transformation other than just a mathematical game of representation. To me this torus model of a patch does not, for example, helps the animal or the researcher to interpret the environment. Maybe in the future, the research will show significance of this mathematical transformation, but for now it does not help, as I see it. No?
Weert
Is the toroidal activation pattern found in the spatial navigation centers of any non mammalian organisms?
C T Lo
Octopuses and fish brain? Possibly all living things…
Weert
@C T Lo No spatial memory center in cephalopods is known. Not sure about fish.
Charles Van Noland
The grid cells are found in the entorhinal cortex, which is basically a part of the neocortex. The place cells found in the hippocampus receive input from the EC. The neocortex/hippocampus are not structures found in non-mammals, but I wouldn't be surprised if some other kind of spatial metric mechanism that was used for navigating (and whatnot) was found in reptiles/amphibians/birds too.