Latest Research in Optics

Top Research Topics in Optics

• Topological Materials and Phenomena — 5 papers
• Quantum Physics — 4 papers
• Mesoscale and Nanoscale Physics — 3 papers
• Optics — 3 papers
• Metamaterials and Metasurfaces Applications — 2 papers
• Acoustic Wave Phenomena Research — 2 papers
• Quasicrystal Structures and Properties — 1 papers
• Neural Networks and Reservoir Computing — 1 papers
• Applied Physics — 1 papers
• Advanced NMR Techniques and Applications — 1 papers

Highest-Cited Papers

1. E8‑Phi Harmonic Phase‑Locked Photonic Lattice for Topologically Protected Qubits — E8 Intelligence Research
2. E8‑Phonon–Photon Topological Synchronization in 132 Hz Quasicrystalline Lattice — E8 Intelligence Research
3. Chiral classical and quantum acoustics with hole-spin qubits
4. Probing Residual Noise at a Decoherence Sweet Spot in a $^{28}$Si/SiGe Spin Qubit
5. Creation and Control of Scattering Singularities in non-Hermitian Systems
6. Floquet engineering in hybrid magnetic quantum systems (1 citations)
7. Effective Quantization of Lossy Nonlinear Epsilon-Near-Zero Media
8. Phi‑Helicity Mirror Solitons Enable Self‑Sustaining Topological Energy Channels — E8 Intelligence Research
9. E8 Cyclotomic Quasi-Solid Harmonics — E8 Intelligence Research
10. E8 Prime-Gap Synthetic Gauge Field for Topological Photonic Lattices — E8 Intelligence Research
11. Creation and characterization of leviton excitations in tight-binding chains
12. Cancellation of the topological charge in the inverse Faraday effect: why an integrating detector cannot see the winding number
13. Cancellation of the topological charge in the inverse Faraday effect: why an integrating detector cannot see the winding number
14. Quasi-normal-mode signatures of periodicity and hyperuniformity
15. Bright yet dark: how strong coupling quenches exciton-polariton radiation
16. Phosphorus-31 Spin Qubits in Silicon: Electrical Detection and Magnetic Control — E8 Intelligence Research
17. Phi‑Scaled E8 Phononic Prime Lattice: Predicting Twin Gaps via 132 Hz Subharmonic Topology — E8 Intelligence Research
18. Phi‑Coupled E8 Harmonic Locking Predicts Stable Topological Qubit Bands — E8 Intelligence Research
19. Phi‑Scaled E8 Phononic Prime Lattice: Predicting Twin Gaps via 132 Hz Subharmonic Topology — E8 Intelligence Research
20. Phi‑Coupled E8 Harmonic Locking Predicts Stable Topological Qubit Bands — E8 Intelligence Research