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By introducing multiple odd-membered ring defects into a graphene lattice, researchers have experimentally demonstrated that the electronic properties of graphene can be modified in a predictable manner through precisely controlled chemical synthesis.![](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_uMel_JngaeAPvsOluoG4dns5GD724XRQ4eSVbnUqoQgpD-TDJQQE-rVpZbjYt9p-66-lrvlNdiTO49oqS5lveGYZ6foGJ3JeKWX1qNk-rG7phF4BENdEkj3MIodAdWiWg1ZVIcKB71BKPhmxDOdBktqb5qmA=s0-d)
via Science Daily
By introducing multiple odd-membered ring defects into a graphene lattice, researchers have experimentally demonstrated that the electronic properties of graphene can be modified in a predictable manner through precisely controlled chemical synthesis.
via Science Daily
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