Event JSON
{
"id": "8b45397e7a179ff17c6d9cb38e5f50c1cf16c5d47644b1cafbb1ca61c4b59c73",
"pubkey": "bb4fd569fbb78b4f856e82616989c6a0f40b4ab5827595782a62af3cf72c1049",
"created_at": 1792288845,
"kind": 1,
"tags": [
[
"t",
"Science"
],
[
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"electrostatics"
],
[
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"hydroxyl"
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[
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"microplastics"
],
[
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"https://hackaday.com/feed/#https%3A%2F%2Fhackaday.com%2F2026%2F10%2F17%2Fbusting-the-myth-that-plastics-are-chemically-inert-in-water%2F",
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"content": "Busting the Myth that Plastics are Chemically Inert in Water\n\nhttps://hackaday.com/wp-content/uploads/2026/10/intrinsic_physicochemical_activity_at_microplastic-water_interfaces_naixin_qian_et_al_2026_nature.jpg?w=800\n\nOne of the often made claims about plastics is that they are chemically inert under most conditions, such as when exposed to water. This long-held belief has also challenged the https://hackaday.com/2026/10/17/busting-the-myth-that-plastics-are-chemically-inert-in-water/\n\nhttps://hackaday.com/2026/10/17/busting-the-myth-that-plastics-are-chemically-inert-in-water/",
"sig": "bfb00ed323f47b72b407cb5c6e2b641136f3933b281bce2068a7830bdd5183e57963e7855b25f25eb2ef78deb772b32f9ea0593ea711ffc398b854f2be331459"
}
