Ultrashort pulse generation with MXene Ti3C2Tx embedded in PVA and deposited onto D-shaped fiber

Multifunction E-Skin Based on MXene–PA–Hydrogel for Human Behavior Monitoring

“…The characteristic diffraction peak of the MXene nanosheet at 6.3°is also visible in the result of XRD (Figure S4). 39,40 All of the results indicate the successful preparation of MXene nanosheets. Figure 2 exhibits the FTIR and XPS results of M0 and M0.3 hydrogels.…”

Preparation and pulsed fiber laser applications of emerging nanostructured materials

“…Ti 3 C 2 T x is the most studied MXene material for achieving the ultra-short pulses in passively mode-locked fiber lasers. 64,220,301–307 Other MXenes such as V 2 CT x , 308–310 Ti 2 CT x , 311 Ta 2 CT x , 312 Nb 2 C, 65 Mo 2 C, 313 and Ta 4 C 3 314,315 were also employed as the SAs for ultra-short pulsed fiber laser generation. Up to now, by using MXenes as the SA, the wavelength of the obtained pulsed laser in passively mode-locked fiber lasers spans from about 1031.5 nm 316 to 1891.82 nm.…”

Self-induced Q-switched fiber laser using tantalum aluminum carbide as a passive modulator

“…In recent breakthroughs, attention has turned to MXenes, which encompass 2D transition metal carbides, nitrides, and carbonitrides. These materials have captured significant attention due to their outstanding attributes, such as remarkable electrical conductivity, customizable electro-optical properties, and the capability to exhibit nonlinear saturable absorption [13,14]. The utilization of MXenes, specifically Ti 3 C 2 Tx-polyynyl alcohol (PVA) film SA, has enabled the successful creation of stable pulsed fiber lasers [15].…”