Isospectral but physically distinct: Modular symmetries and their implications for carbon nanotori

Engineering & Materials Science

• Band structure 46%
• Carbon 100%
• Chirality 51%
• Electric Conductivity 37%
• Electronic properties 51%
• Graphene 38%
• Joining 32%
• Magnetic flux 37%
• Nanotubes 41%

Chemical Compounds

• Carbon Atom 62%
• Chirality 31%
• Electrical Conductivity 25%
• Electronic Band Structure 33%
• Electronic Property 27%
• Energy 15%
• Graphene 23%
• Magnetic Flux 54%
• Nanotube 26%
• Reduction 15%
• Time 11%

Physics & Astronomy

• carbon 88%
• chirality 20%
• electrical resistivity 11%
• electronics 9%
• energy spectra 15%
• equivalence 17%
• graphene 15%
• magnetic flux 17%
• nanotubes 17%
• radii 11%
• symmetry 76%