This little probe is special: it features a record-breaking resolution ... “New-age materials and electronics have a long list of concerns when it comes to heat dissipation. Our research will help us ...

Figure 1: Nanoscale thermocouple probes and atomic and molecular junctions studied in this work. Figure 2: Relationship between heat dissipation asymmetries and electronic transmission characteris ...

This little probe is special: it features a record ... and electronics have a long list of concerns when it comes to heat dissipation. Our research will help us study the chemistry, physical ...

While dissipation is generally viewed as ... independent of the characteristics of the dissipative probe, and robust against thermal effects. Specifically, the exponent measures the anomalous ...

This heat transfer is a form of decoherence – a phenomenon by which the quantum states in qubits revert to behaving like classical 0s and 1s and lose the precious quantum information they contain. “An ...

More information: Guohui Li et al, Efficient heat dissipation perovskite lasers using a high-thermal-conductivity diamond substrate, Science China Materials (2023). DOI: 10.1007/s40843-022-2355-6 ...

Despite the fast progress of making high-quality qubits, there has remained an important unresolved question: how and where does thermal dissipation occur?' says Bayan Karimi, a postdoctoral ...

The graphene shell in the ZrC–SiC/TaC@C coating had a robust heat dissipation effect for lowering the surface temperature to approximately 200 °C under an oxyacetylene torch with a heat flux of ...

This little probe is special: it features a record ... and electronics have a long list of concerns when it comes to heat dissipation. Our research will help us study the chemistry, physical ...