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Electrode Collection

"Unleashing the Power of Electrodes: From Fruit-Powered Clocks to Multi-Brain Processing" Sparking Innovation

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Electrode Collection: Fruit-powered clock
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Electrode Collection: Illustration of baby lying on front in incubator
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Electrode Collection: Illustration of baby wearing eye mask and nappy lying on back inside incubator
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Electrode Collection: Cylinder electrostatic machine, with Leyden jar (mahogany, brass & glass)
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Electrode Collection: Illustration of leyden jar that stores static electricity with cross section showing metal chain
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Electrode Collection: Illustration of copper electrode, as cathode electrons arrive from zinc anode via external circuit
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Electrode Collection: Illustration of zinc atoms in electrode dissolving in acid, losing electrons to form cations
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Electrode Collection: Illustration of fluorescent lamp
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Electrode Collection: Conceptual image of multi-brain processing
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Electrode Collection: determining that cathode rays (c) have definite mass because their bombardment against vanes (d, e)
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Electrode Collection: Glass beaker containing copper strips connected to electrodes in copper sulphate solution
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Electrode Collection: Early battery, working by chemical reaction, with zinc strip as negative electrode
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Electrode Collection: Electrodes igniting light inside glass vacuum sphere of natural gas
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Electrode Collection: Magatama (curved bead) pendant, Yayoi period
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Electrode Collection: A simple electronic circuit used to detect the presence of water, consisting of a battery
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Electrode Collection: Physical fitness test C014 / 1103
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Electrode Collection: Physical fitness test C014 / 1108
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Electrode Collection: Physical fitness test C014 / 1105
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Electrode Collection: Cochlear implant, artwork C016 / 7683
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Electrode Collection: Deep brain stimulation and nerve cells C016 / 7200
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Electrode Collection: Brain implants for Parkinsons disease
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Electrode Collection: Physical fitness test C014 / 1104
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Electrode Collection: Physical fitness test C014 / 1101
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Electrode Collection: Physical fitness test C014 / 1107
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Electrode Collection: Physical fitness test C014 / 1102
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Electrode Collection: Cardiac patient in an ambulance C016 / 7443
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Electrode Collection: Brain pacemaker, artwork
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Electrode Collection: Deep brain stimulation and nerve cell C016 / 7205
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Electrode Collection: Deep brain stimulation and nerve cell C016 / 7203
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Electrode Collection: Deep brain stimulation and nerve cells C016 / 7206
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Electrode Collection: EEG, electrodes on head, artwork
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Electrode Collection: Pacemaker, X-ray C017 / 7813
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Electrode Collection: Deep brain stimulation, X-ray
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Electrode Collection: Synthetic quartz C016 / 5649
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Electrode Collection: Davys potassium apparatus
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Electrode Collection: Electroencephalography C013 / 8751
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Electrode Collection: Electroencephalography C013 / 8753
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Electrode Collection: Electroencephalography C013 / 8752
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Electrode Collection: Electroencephalography C013 / 8750
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Electrode Collection: Electroencephalography C013 / 8749
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Electrode Collection: Electroencephalography C013 / 8748
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Electrode Collection: Electroencephalography C013 / 8747
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Electrode Collection: Electroencephalography C013 / 8746
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Electrode Collection: Electroencephalography C013 / 8745
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Electrode Collection: Obesity clinic C013 / 7681
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Electrode Collection: Obesity clinic C013 / 7663
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Electrode Collection: Obesity clinic C013 / 7661
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Electrode Collection: Obesity clinic C013 / 7664


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"Unleashing the Power of Electrodes: From Fruit-Powered Clocks to Multi-Brain Processing" Sparking Innovation: A fruit-powered clock demonstrates the incredible potential of electrodes in harnessing energy. Unveiling the Mind's Secrets: EEG electrodes on a head reveal brain activity, paving the way for groundbreaking research. The Artistry of Electricity: An exquisite cylinder electrostatic machine with a Leyden jar showcases the beauty and functionality of electrodes. Storing Lightning in a Jar: Explore an illustration of a Leyden jar that stores static electricity, complete with a cross-section revealing its inner workings. Unraveling Electron Flow: Witness how copper electrodes play their part as cathodes, reducing hydrogen ions and forming hydrogen gas molecules through an external circuit. Dissolving Boundaries: Dive into an illustration depicting zinc atoms dissolving in acid while losing electrons to form cations at an electrode's surface. Illuminating Brilliance: Discover how fluorescent lamps rely on electrode technology to produce vibrant light efficiently. Unlocking Collective Intelligence: Conceptualize multi-brain processing through captivating imagery, highlighting the power of interconnected minds working together towards innovation and progress. Cathode Rays Revealed: Learn about determining cathode rays' mass and electric charge by observing their effects on spinning vanes and deflection by magnetic fields. Electrodes have revolutionized various domains, from timekeeping using fruits to unraveling mysteries within our brains or storing lightning itself. They enable us to tap into unseen forces, like static electricity stored in mesmerizing Leyden jars or facilitating chemical reactions at atomic levels. With copper electrodes acting as catalysts, they facilitate electron flow during reduction reactions while zinc atoms dissolve gracefully in acids nearby. But it doesn't stop there - these powerful tools also illuminate our world literally. Fluorescent lamps owe their brilliance to carefully designed electrode systems.