Nature - 2019.08.29

reSeArCH Letter Extended Data Fig. 8 | Comparison to prior methods. Reconstruction of the office scene using very short capture ...

Letter reSeArCH Extended Data Fig. 9 | Robustness to scene reflectance. a, Geometry of our experimental set-up. b, From left to ...

reSeArCH Letter Extended Data Fig. 10 | Reconstruction comparison on a public dataset. From left to right: confocal NLOS deconvo ...

Letter reSeArCH Extended Data Fig. 11 | Reconstruction comparison (noisy data). From left to right: confocal NLOS deconvolution, ...

reSeArCH Letter extended data table 1 | Photon statistics for captured data used in the paper and in supplementary Information T ...

Letter https://doi.org/10.1038/s41586-019-1496-5 Superconductivity in an infinite-layer nickelate Danfeng Li1,2*, Kyuho Lee1,3, ...

Letter reSeArCH and undoped). For thin-film LaNiO 3 , reduction induces a series of transformation steps: first to brownmillerit ...

reSeArCH Letter temperatures resembles measurement results of a 40-nm-thick infinite- layer copper oxide film with Tc ≈ 10.8 K a ...

Letter reSeArCH system and the associated dependence of superconductivity on epi- taxial strain. Here we have an unusual situati ...

reSeArCH Letter Methods Film growth. TiO 2 -terminated SrTiO 3 (001) substrates of size 5  ×  5  mm^2 were pre-annealed at an ox ...

Letter https://doi.org/10.1038/s41586-019-1420-z Thermal conductance of single-molecule junctions Longji Cui1,6, Sunghoon Hur^1 ...

Letter reSeArCH necessary to develop single-molecule measurement techniques^1 ,^3 ,^5 ,^7 ,^9 to avoid the confounding effects o ...

reSeArCH Letter the substrate, contact is signalled by a large, predictable increase in the recorded electrical conductance (see ...

Letter reSeArCH measurements and resolve ΔGth. In brief, we performed many meas- urements (hundreds) following the protocol desc ...

reSeArCH Letter Combining non-equilibrium Green’s function techniques with density functional theory (DFT) in a custom-developed ...

Letter reSeArCH Wang, X., Ho, V., Segalman, R. A. & Cahill, D. G. Thermal conductivity of high-modulus polymer fibers. Macr ...

reSeArCH Letter Methods Nanofabrication of scanning thermal probes. To fabricate the probes (Extended Data Fig. 1), we start wit ...

Letter reSeArCH thermal signals are featureless and buried in large noise (~ 100  pW K−^1 ). To improve the signal-to-noise rati ...

reSeArCH Letter within the uncertainty of the measured thermal conductance values (Fig. 3c). As these examples show, the formati ...

Letter reSeArCH Extended Data Fig. 1 | Fabrication steps for thermal probes. Step 1, ‘T’-shaped cantilever patterning. Step 2, d ...