“This drug will make you infertile.” is a Glitch text effect Texteffekt erstellt mit FontVibe KI. Weiße serifenlose Versalien, aufgerissen durch rote und cyanfarbene Kanalversätze, durchschnitten von horizontalen Verschiebungen und Scanlines, gespiegelt auf nasser Neonstraße bei Nacht.

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.