Top Tweets for #nlar
Through theoretical calculations, molecule selection, polymer assembly, and carbon fabrication, heteroatom-doped carbon microflowers were constructed for regulating Zn metal anodes under high depth-of-discharge. https://t.co/QyFyBg4zRm /#NLAR

.@Wilhelm_Lab et al demonstrate the quantification of nanoparticle composition and reaction kinetics using a quadrupole-based single particle ICP-MS method. @sbme_ou @ENGINEERINGatOU @OUResearch @StephensonCC @PerkinElmer @OMRF
https://t.co/Xh6xlg86FN /#NLAR

A thermoplasmonics combined optical trapping (TOT) technique was demonstrated for selective single cell surgery, and further for targeted gene delivery and intracellular organelle manipulation, without interfering neighboring cells. https://t.co/k5VzpydoDz /#NLAR

Researchers at @UniofExeter and Hitachi Cambridge Laboratory report the excited state spin resonance of boron vacancy defects in hexagonal boron nitride https://t.co/A85IKNwDoj /#NLAR

Molecular motors at work: Here they pull lipid nanotubes from vesicles and cells. @KGoepfrich @KeJahnke @ElisaDEste @CavalcantiAda @mpi_mr_hd https://t.co/Rw2liI3Ex8 /#NLAR

This magnetic hysteresis can only be explained by exotic magnetism, right? Not so fast. Researchers explain how a combination of electron localization and the magneto caloric effect can lead to a perplexing measurement artifact. https://t.co/supsA0ACPr /#NLAR

Molecular van der Waals Heterostructures show Fano resonance-induced transparency and Interlayer excitons, paving the way to novel tandem optoelectronic devices! By @charlymedrano7 and co-workers. https://t.co/uj17u9PPbL /#NLAR

Light sails can reach relativistic velocities if they are curved to sustain
intense photon pressures. Billowing sails may one day carry chip-scale probes to exoplanets in the Alpha Centauri system. @deep29jariwala @aaraman @souperman1985
https://t.co/kGmpjr24ge /#NLAR

.@AaratKalra et al. develop a double-functional fluorescence sensing paradigm that can deliver nanometric pH information around proteins. https://t.co/z4wGaJXLOa /#NLAR

Relativistic laser-driven lightsails impose extreme thermal management needs but may hold the key to interstellar travel. Ultralight multi-scale photonic structures allow us to meet these constraints. https://t.co/8ZnC6kXvKH /#NLAR

The @keio_terakawa group from @keio_elec demonstrated the simultaneous synthesis and patterning of Graphene Quantum Dots on the surface and inside a polymer using #laser direct writing. https://t.co/YxMRfavXjY /#NLAR

The UV laser induces in situ crystallization of CsPbBr3 quantum dots in the CsPb2Br5 microplatelet which acts as a Fabry–Perot cavity and causes high-Purcell-enhanced superlinear cavity mode spontaneous emission of the former. https://t.co/tmK4Cmcp64 /#NLAR

Entangled photons from fine structure controlled quantum dots in the telecom C-band by @VZwiller @qthatkth @KTHuniversity in collaboration with M.Hammar, @SapienzaRoma, @jkulinz, @hqpd_joens.
https://t.co/AJk66Yx1Pe /#NLAR

This magnetic hysteresis can only be explained by exotic magnetism, right? Not so fast. Researchers explain how a combination of electron localization and the magneto caloric effect can lead to a perplexing measurement artifact.
https://t.co/kDO30C16AG /#NLAR

Molecular motors at work: Here they pull lipid nanotubes from vesicles and cells. @KGoepfrich @KeJahnke @ElisaDEste @CavalcantiAda @mpi_mr_hd https://t.co/vvHeaL5X6F /#NLAR

Zhan & coworkers developed a facile separation method for complete separation of PEGylated liposomes from biological media by using anti-PEG scFv, which is promising for quality assessment & pharmacokinetics evaluation of PEGylated liposomal drugs. https://t.co/kXmkBk4SyV /#NLAR

Researchers report anisotropic magnetic models for transition metal phosphorus trisulfides, antiferromagnetic 2D materials, predict magnetic ordering in monolayer NiPS3 & providing a resolution of contradictory results seen in previous experiments. https://t.co/zz8zeDY3jj /#NLAR

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