Materiales Fuertes 1986 ● «PLUS»

The most significant material event of 1986 was the discovery of high-temperature superconductors. In April of that year, J. Georg Bednorz and K. Alex Müller at IBM’s research lab in Zurich discovered that a specific class of ceramic materials (specifically lanthanum-based cuprates) could conduct electricity without resistance at significantly higher temperatures than previously thought possible.

While these materials were brittle ceramics, their internal structure exhibited a form of electronic "strength"—the ability to carry massive currents without energy loss. Before 1986, superconductivity was a phenomenon restricted to the freezing temperatures of liquid helium. The "strong materials" discovered in 1986 pushed the operating temperature up, eventually leading to materials that could operate in liquid nitrogen. This discovery unlocked the potential for powerful magnetic levitation (maglev) trains, more efficient power grids, and advanced medical imaging devices. materiales fuertes 1986

By the mid-1990s, materiales fuertes had fallen out of fashion. Globalization brought cheaper manufacturing. Ikea arrived in Spain (1996). Design magazines celebrated lightness, transparency, and flat-packing. Heavy was old. Heavy was Franco-era. Heavy was unfashionable. The most significant material event of 1986 was

But the objects remained. In garages. In workshops. In the basements of rural houses. And slowly, a new generation discovered them. Alex Müller at IBM’s research lab in Zurich

Today, materiales fuertes 1986 is a niche aesthetic movement. Instagram accounts curate photos of vintage Spanish workbenches. Restoration videos of 1986 lamps get millions of views. There is a small but devoted market for "hard materials" furniture, with contemporary makers reviving the ethos — if not the exact weight — of that year.

Several 1986 products have become cult objects among collectors of "industrial permanence."

For engineers in 1986, asking for a "material fuerte" for a jet engine meant asking for a single-crystal nickel superalloy.