• Nenhum resultado encontrado

[PENDING] Cavity quantum electrodynamics with carbon nanotubes Adrien Jeantet

N/A
N/A
Protected

Academic year: 2024

Share "Cavity quantum electrodynamics with carbon nanotubes Adrien Jeantet"

Copied!
278
0
0

Texto

Imagem

Figure 1.1 – Matter and light can interact through three processes depicted in this figure : the spontaneous emission for which a two-level system decays by generating a photon, the absorption and the stimulated emission for which the arrival of a photon on
Figure 1.2 – Spectral (top) and temporal (bottom) characteristics of weak coupling (left) and strong coupling (right) regimes in the case where κ ≫ γ
Figure 1.7 – MEB image of micro-pillars. Reprinted figure from [55], with the author’s permission.
Figure 1.8 – Scanning electron microscopy side view of a 2 µm diameter micro-disk.
+7

Referências

Documentos relacionados

This acronym is the initials of the words maximum entropy robust regression group extended and reflects the ambitious objective to merge several estimators in one group with

The CNT showed a steady increase in its microhardness over the amorphous carbon with a value 162.56 ± 1.55 GPa while the purified CNT has the highest hardness value

A single photon represents a very tiny amount of light (when reading this article your eyes register billions of photons Quantum cryptography solves the key distribution problem

In this section, we present values of the Specific Forcing Pulse for black carbon (BC) and organic matter (OM) par- ticles emitted from different regions, obtained from a single

In the case of the other flat structure containing 54 carbon atoms, the local energy analysis leads to the same conclusions: the local energies of carbon atoms are not modified but

There are two main types of CNTs, single-walled (SWCNTs) and multi-walled carbon nanotubes (MWCNTs), the latter being formed by several concentric layers of

The material used in this thesis is a calcium phosphate matrix reinforced with carbon nanotubes (CNTs) developed by Diogo Mata, a PhD student from DECV-Universidade de

In this work, we calculate the dependence of the axial, radial, and torsional strains on the Fermi energy ( μ) of single-wall carbon nanotubes by using an extended tight-