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Vrijeme pridruživanja: veljača 2016.

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  1. Prikvačeni tweet
    28. sij
    Poništi
  2. : new study suggest that the small hydrogen-hydrogen atomic distances in zirconium vanadium hydride could facilitate at room temperature and atmospheric pressure -

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  3. : scientists have designed a bioinspired superhydrophobic material capable of removing oil films from water surfaces, without using chemicals. The approach could help develop environmentally friendly bionic oil adsorbers -

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  4. : a new type of optical transistor based on can amplify radiation. The hybrid graphene–superconductor system could help develop innovative medical equipments or ultra-high bandwidth wireless communication networks -

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  5. : researchers developed a combined convolutional and long short-term memory neural network to facilitate the identification of sleep stages. The method could help diagnose sleep disorders such as obstructive sleep apnea -

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  6. : scientists created the first tunable photon-pair source based on a gas-filled hollow-core photonic crystal fiber. High quality photon-pair sources could help design low cost and robust quantum communication networks -

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  7. : scientists designed stable and biocompatible magnetite nanoparticles that can be used for hyperthermia therapy and magnetic resonance imaging. The theranostic agents could help develop new strategies to detect and treat various cancers

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  8. : researchers have developed a new phylogenetic and molecular evolutionary analysis platform that can automatically process hundreds of genomes and/or raw reads from organisms across the tree of life -

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  9. 31. sij

    Scientists show that photonic computers can solve decision problems that are intractable with conventional computers. The findings could help design new computing architectures, such as quantum hyper-computers based on evanescent photons

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  10. 31. sij

    : a new growth mode for metastable, two-phase spiral patterns from a liquid metal could open the doors to rapid fabrication and additive manufacturing of 3D chiral photonic materials with exceptional properties -

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  11. 31. sij

    : scientists created an ultraflexible skin capable of imaging pressure distribution in real time. The e-skin could help design novel advanced user interfaces, implantable bio-imaging devices or artificial nervous systems

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  12. 30. sij

    : scientists demonstrate that, under specific conditions, the motion of a glass nanoparticle can be solely governed by the laws of . The findings could help design new sensing applications and innovative quantum experiments

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  13. 30. sij

    A new -routing scheme combining packet switching with smart queuing algorithms could speed up transactions. The multi-path transport protocol could achieve high-throughput routing in payment channel networks -

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  14. 30. sij

    : a new highly efficient genetic tool allows for multiple edits simultaneously in human pluripotent stem cells (hPSCs). The method could accelerate the use of base editing in hPSCs, with implications for disease modeling or regenerative medicine -

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  15. 30. sij

    : researchers developed a method for storing digital data in synthetic DNA. The approach enables efficient, reliable data retrieval in complex settings and confirms the robustness and unprecedented storage potential of DNA -

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  16. 29. sij

    : researchers have developed a nontoxic, biodegradable, biocompatible, self-adjuvanting vaccine delivery system for peptide antigens. The breakthrough could lead to a revolution in the field of vaccine development -

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  17. 29. sij

    : new bio-inspired hydrogel-based actuator could help thermoregulate soft robots. The versatile system could also be used to facilitate smooth movement, absorb nutrients, catalyze reactions, remove contaminants and protect robotic equipment -

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  18. 29. sij

    : a new meta-study describes the main techniques for production, transfer and functionalization of and related layered materials. The study provides key practical details to help the reader reproduce the results -

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  19. 29. sij

    : researchers found that physical and electronic interactions between 2D crystal layers and highly textured porous metallic frameworks can trigger the formation of an interconnected network of quantum emitters

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  20. 29. sij

    : scientists are working on an acousto-fluidic device capable of moving and positioning growing cells without damage. The approach, using acoustic waves controlled by machine learning, could help develop lab-grown organs

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  21. 29. sij

    : scientists have developed wearable thermoelectric generators for harvesting energy from body heat. The technique demonstrates that thermoelectrics can be directly woven into textiles for sensing, energy harvesting or thermal management -

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