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Nanotechnology Now - Press Release: CEA-Leti Introduces Plastic mmWave System for Applications Requiring Ultra-Low Latency and Ultra-High-Speed Connectivity: Low-Cost Gb/s Connectivity Overcomes Limits of Copper Wire and Optical Fiber For Automotive, Aeronautics, Telecom, Industry 4 0 and Healthcare Uses

Nanotechnology Now - Press Release: CEA-Leti Introduces Plastic mmWave System for Applications Requiring Ultra-Low Latency and Ultra-High-Speed Connectivity: Low-Cost Gb/s Connectivity Overcomes Limits of Copper Wire and Optical Fiber For Automotive, Aeronautics, Telecom, Industry 4 0 and Healthcare Uses
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Camille giroudDidier belotSteven denbaarsJohn bowersAerospace spaceUniversity of oklahomaArrowhead pharmaceuticals to webcast fiscalGoethe universityHome press introduces plasticSemiconductor weekWave incLeti introduces plasticWave systemApplications requiring ultra low latencyUltra high speed connectivityConnectivity overcomes limits

Nanotechnology Now - Press Release: Scientists build the smallest cable containing a spin switch

Nanotechnology Now - Press Release: Scientists build the smallest cable containing a spin switch
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Enrique burzurNature communicationsHome press scientistsSpanish ministry of scienceMadrid institute for advancedUniversity of sevillaUniversity of oklahomaGoethe universityGroup of switchable nanomaterialsWave incChip technologyMadrid instituteAdvanced studiesLow dimensional materialsSwitchable nanomaterialsFunctional nanoscale materials

Nanotechnology Now - Press Release: Synthetic biology reinvents development:The research team have used synthetic biology to develop a new type of genetic design that can reproduce some of the key processes that enable creating structures in natural systems, from termite nests to the development of embryos

Nanotechnology Now Our NanoNews Digest Sponsors Home > Press > Synthetic biology reinvents development:The research team have used synthetic biology to develop a new type of genetic design that can reproduce some of the key processes that enable creating structures in natural systems, from termite nests to the development of embryos Petri dish with the bacteria E. coli forming patterns induced by the new synthetic system. Source: Ricard Solé. Abstract: Richard Feynman, one of the most respected physicists of the twentieth century, said What I cannot create, I do not understand . Not surprisingly, many physicists and mathematicians have observed fundamental biological processes with the aim of precisely identifying the minimum ingredients that could generate them. One such example are the patterns of nature observed by Alan Turing. The brilliant English mathematician demonstrated in 1952 that it was possible to explain how a completely homogeneous tissue could be used to create

Comunidad autonoma de catalunaRicard solMari carmen cebriAlan turingSalva duran nebredaRichard feynmanUniversitat pompeu fabraSelf assemblyEvolution of technologyInstitute of evolutionary biologyShareholders of enzo biochem incUniversity of oklahomaGoethe universityDepartment of physicsHome press syntheticDegree capital corp

Nanotechnology Now - Press Release: Islands without structure inside metal alloys could lead to tougher materials: These high-entropy alloys could lead to better technologies in transportation, energy and denfense

Our NanoNews Digest Sponsors Home > Press > Islands without structure inside metal alloys could lead to tougher materials: These high-entropy alloys could lead to better technologies in transportation, energy and denfense Proposed hierarchical deformation mechanism paradigm for the equi- atomic CrCoNi-based HEAs subjected to increasing degrees of deformation. Elastic deformation, dislocation-mediated plasticity, twinning-induced plasticity, TRIP, and finally solid-state amorphization. Triggering the next mechanism re- quires the generation of additional defects, i.e., dislocations and/or point defects (vacancies). These multiple mechanisms can interact, leading to a synergy of strengthening processes and a resulting highly complex microstructure. CREDIT University of California San Diego

United statesSan diegoUniversity of california san diegoChaoyi zhuMarc meyersWen yangShiteng zhaoRoberto ritchieMarca meyersZezhou liDavidej armstrongZhouran zhangIoana patringenaruBrian cantorUniversity of californiaCarnegie mellon university

Nanotechnology Now - Press Release: Bringing Atoms to a Standstill: NIST Miniaturizes Laser Cooling January

Nanotechnology Now Home > Press > Bringing Atoms to a Standstill: NIST Miniaturizes Laser Cooling January Credit: NIST Illustration of a new optical system to miniaturize the laser cooling of atoms, a key step towards cooling atoms on a microchip. A beam of laser light is launched from a photonic integrated circuit (PIC), aided by an element called an extreme mode converter (EMC) that greatly expands the beam. The beam then strikes a carefully engineered, ultrathin film known as a metasurface (MS), which is studded with tiny pillars that further expand and shape the beam. The beam is diffracted from a grating chip to form multiple overlapping laser beams inside a vacuum chamber. The combination of laser beams and a magnetic field efficiently cools and traps a large collection of gaseous atoms in a magneto-optical trap (MOT).

United statesCollege parkUniversity of marylandBill phillipsBenp steinWilliam mcgeheeQuantum instituteArrowhead pharmaceuticals to webcast fiscalCo posted onHome press bringing atomsNational institute of standardsUniversity of oklahomaGoethe universityUniversity of maryland institute for researchWave incChip technology