“This drug will make you infertile.” is a Glitch text effect text effect created with FontVibe AI. White sans capitals split by red and cyan channel offsets, sliced by horizontal displacement bands and scanlines, reflected on a wet neon street at night.

Core glitch effect: authentic RGB chromatic aberration — red channel shifted 5–8px to the left, cyan channel shifted 5–8px to the right, creating the classic double-vision color split on every letter edge. CRT scan lines: dense horizontal parallel lines across the entire text surface, spacing 3–4px, semi-transparent, rhythmic — simulating a real CRT phosphor screen. Pixel block artifacts: 3–5 sharp-edged rectangular chunks of letter pixels displaced horizontally by 10–25px at random vertical positions along the text. Edge glow: subtle cyan-white phosphor bloom emanating from letter boundaries. The glitch distortion is controlled and deliberate — text remains clearly readable. No random noise flood. No cartoon effects. Professional digital corruption aesthetic. LETTERFORM PRIORITY: when the chosen font carries its own treatment, that font's letterform shapes take priority and own the letters; this style governs the RGB chromatic aberration, the scan lines and the pixel-displacement corruption. FALLBACK MATERIAL: if the font carries no material of its own, render the letters with a red/cyan channel split, dense CRT scan lines and displaced pixel blocks, kept clearly readable. COLOR PRIORITY: keep the font's own colors if specified; otherwise the red-and-cyan split with cyan-white phosphor glow on a dark digital void. A controlled CRT interruption treatment for the exact rendered text “This drug will make you infertile.”, set as a centered two-line block — “This drug will make” / “you infertile.” Preserve clear readability while applying authentic RGB chromatic aberration: red channel shifted 6px left and cyan channel shifted 6px right along every letter edge, producing crisp colored double-vision halos. Dense semi-transparent horizontal CRT phosphor scanlines run across the complete text surface at 3–4px intervals. Introduce four sharp rectangular pixel-displacement bands, each carrying fragments of letterforms sideways by 12–22px, with clean hard-edged breaks rather than random distortion. Cyan-white phosphor bloom traces the brightest contours, with faint magenta ghosting in the displaced fragments. A near-black digital void background contains only sparse dim teal monitor haze and a few restrained horizontal static flickers, leaving broad negative space around the date. Add subtle screen curvature, tiny phosphor dot texture, and narrow intermittent signal-tear streaks. The result resembles a readable date captured on a damaged late-1980s broadcast monitor: precise channel separation, rhythmic scanline texture, and deliberate pixel corruption, rendered with high-contrast electronic illumination.