Following the death of the pioneering Japanese chemist at age 90, materials scientists worldwide have paused their standard research to pay tribute to the Nobel laureate by deliberately ruining their polyacetylene yields.
Major research institutions reported a statistically significant spike in chemists dumping massive, unmeasured quantities of reagent into their reactors this week in hopes of stumbling into a similarly lucrative mistake.
Shirakawa shared the 2000 Nobel Prize in Chemistry alongside Alan Heeger and Alan MacDiarmid after a visiting researcher in his Tokyo Institute of Technology lab accidentally used a thousand times the normal amount of Ziegler-Natta catalyst. The resulting silvery film upended decades of assumption that plastics could not conduct electricity. To properly honor that legacy, a polymer lab at MIT dedicated Tuesday morning to meticulously recreating the conditions of the 1970 blunder. Researchers utilized a state-of-the-art robotic dispenser, carefully programming the $4 million machine to completely ignore its own calibration settings and flood the samples with catastrophic volumes of chemicals.
Shirakawa’s 1970 breakthrough proved that the most powerful mechanism in materials science is a visiting student who has absolutely no idea what they are doing. We are simply trying to replicate that pristine state of ignorance in a controlled, peer-reviewed environment.
However, a newly uploaded preprint on arXiv suggests that true replication of a Nobel-level catastrophe remains elusive. Lead author Dr. Linnea Holm noted that while the tribute errors have successfully produced several permanently fused beakers and a minor ventilation fire, the findings lack the elegant serendipity of the Tokyo discovery. "The sample limitations are severe," Holm cautioned in the paper. "Modern researchers are simply too well-trained to make a mistake this mathematically perfect. You really need someone who fundamentally misunderstands the basic principles of stoichiometry to achieve such a statistically significant failure, and those individuals are rarely granted lab access."
The global memorial effort was briefly suspended on Wednesday after a team at Oxford successfully synthesized a highly efficient organic semiconductor, only to realize with profound disappointment that they had followed the instructions correctly.