A machine tunes its own nanoparticles for RNA-drug research
An MIT team has linked lipid-nanoparticle production to continuous measurement and automatic process adjustment. It may speed the search for RNA carriers, but it is not a new treatment.
NEUDYNE / SIGNAL
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An MIT team has linked lipid-nanoparticle production to continuous measurement and automatic process adjustment. It may speed the search for RNA carriers, but it is not a new treatment.
An MIT device uses a tiny material deformation as short-term memory. It remains a laboratory building block, not a complete neuromorphic computer.
Fluorescence polarization helps capture rapid events. The finest resolution still requires an image series.
A chain of linked helicenes amplified a weak chiral cue from beta-pinene and aligned almost entirely in one direction. Its switchable optical response remains a laboratory result and works best at −90 °C.
A GaAs/AlGaAs layer with TiO₂ nanopillars made an unusually strong nonlinear response accessible from free space. This is a laboratory proof of concept, not a finished optical chip.
RIED assembles faint photons from chemical reactions into images with roughly 100-nanometre detail. It followed mitochondria in living cells for tens of hours, but remains a laboratory demonstration.
A 40-amino-acid peptide self-assembles into flexible channels of two sizes. In a laboratory membrane, electrical signals distinguished alpha-synuclein variants and stages of aggregation.
Precisely ordered pores in a covalent organic framework pass Li⁺ more selectively than Na⁺ and K⁺. The decisive factor is not only ion size but how the hydration layer interacts with the pore wall.
A molten-salt method expands the family of nitride nanomaterials and may matter for printed electronics and durable flexible devices.
NEUDYNE / EDITORIAL
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