This paper discusses four major challenges facing modern vection research. Challenge 1 (Defining
Vection) outlines the different ways that vection has been defined in the literature …

… Each of the five complete atlases we present has final super-sampled isotropic voxel
dimensions of 0.3 mm. Contrast in Signal intensity used to delineate the CA1, CA2/CA3, CA4/DG, …

… Given the high-resolution 0.75 mm grid of our data, this reflected a 2.25 mm thickness of
cortex. This is a conservative approach designed to avoid misallocating cortical voxels from the …

… for an approximate isotropic resolution of 0.6 mm dimension voxels. High-… mm dimension
voxels. Reconstruction filters, ZIPX2 and ZIP512, were also used resulting in isotropic 0.3 mm …

… of 142 mm 2 (∼14 voxels) and is ∼17 mm (∼5 voxels) wide at 0.5 while being only 9 mm
(… We estimate that using 1.5 3 mm voxels would allow substantially better detail, allowing one …

… Next, we acquired a T1 anatomical 3D structural dataset (180 slices, FOV = 256 mm, voxel
size = 1 × 1 × 1 mm). Functional images were acquired with a single scan using a whole-brain …

… As the spatial resolution of fMRI reaches the sub-millimeter range, the need for quantitative
… for at least 5–10 mm across the cortical surface at speeds of 2–12 mm s-1. These …

… : (1)In this notation, M is typically measured in mm on cortex per deg in the visual field, and
M … property (ie, mm of cortex/deg of visual field) or as an areal measure (M a = mm 2 cortex/…

… For the amygdala, we defined our ROI as a 10-mm cube centered at Talairach coordinates
x = ±23, y = −4, z = −17, and used a more liberal statistical threshold, p < .02 uncorrected, 10 …

… As a complementary measure of map location, we computed the geodesic distance (in
millimeters) between the map centroid and an arbitrary reference point located within the …