gob-pressing glass to form the glass part, wherein the gob-pressing comprises pressing a gob of molten glass with a piston into a mold such that the gob spreads outward in the mold to form the molten glass to a shape of the glass part,

wherein the shape comprises first and second major surfaces facing away from one another and a thickness orthogonal to the first and second major surfaces and extending therebetween, wherein the shape comprises a geometric centroid, and wherein the shape has length and width aligned with the first and second major surfaces and orthogonal to one another;

wherein the first and second major surfaces each have an area of at least 4 cm² and the thickness for at least a portion of the shape between the major surfaces is less than 2 mm;

wherein the thickness for the portion of the shape is a first thickness and wherein the shape comprises a second thickness that is greater than the first thickness;

wherein the second thickness is located at least 1 cm away from the geometric centroid;

wherein a cross-sectional potion of the shape between the first and second major surfaces extending along a 2 cm linear path varies in thickness less than 100 μm;

wherein the shape comprises curvature of at least a portion of surfaces thereof that comprises a radius of curvature of less than 1 m;

wherein the length of the shape is greater than the width;

wherein the glass of the glass part is an aluminosilicate, comprising in molar percentage on an oxide basis at least 40 mol % silica and no more than 80 mol % silica, and at least 2 mol % alumina and no more than 30 mol % alumina;

wherein the glass has a dielectric constant D_k at 10 GHz less than or equal to 6.8;

wherein the glass comprises a colorant selected from the group consisting of Au, Ag, Cr₂O₃, transition metal oxides, and rare earth metal oxides;

wherein the glass further comprises transmittance through at least a portion of the thickness with color coordinate in CIELAB color space of L* greater than or equal to 55 and less than or equal to 98.5, a* greater than or equal to −10 and less than or equal to 25, and b* greater than or equal to −20 and less than or equal to 5 under F2 illumination and a 10° standard observer angle; and

heat treating the glass of the glass part to grow crystals therein, wherein the crystals comprise lithium disilicate.