Physics

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Shedding light on a very complicated topic, Vanessa Preisler lectured about her research of quantum dots and spintronics on Monday in the President’s Dining Hall.As part of the Faculty Lecture series, Preisler, assistant professor of physics, lectured on her research for a little less than an hour, hoping to reach a wide audience.“With my research it feels kind of isolated sometimes,” Preisler said. “This is a nice opportunity to share and interact with the university as a whole.”The topic was divided into two separate divisions, quantum dots and spintronics.Although both subjects were complicated, Preisler gave detailed explanation concerning their purpose and why they are important.The lecture did not cover all aspects of the two areas; time constraints forced Preisler to prioritize her details, as she explained.“Physics is out there on the forefront of knowledge in society,” David Werner, associate professor of English, said. “The world becomes more relative.”In the first part of ...

PHOTONIC BRAINLife is LightPhotodynamicsBrain HologramsSignal CascadePulse DynamicsPART I: PHOTONIC BRAINHypothesis: There are photoreceptors deep in the brain, which circulate signals to other parts of the body. We are spectral photonic beings with laser, fiber optic, bioluminescent, optical imaging and tuning capacities. Energetic medicine techniques employ photons, electrons, protons, waveforms, frequencies, and other transducing elements, taking medicine far beyond current biology and technology.Bringing Physics to LifeChambers of light deep in the brain? Imagine an internal visual space as ground, a literal holographic theater of the mind, a laserium in the fluid-filled ventricles of the deep brain. We always have to remind ourselves to ask where the energy comes from. Physics defines the living organism as good as or better than biochemistry. Quantum process describes the organism and dynamics best. Energy makes discrete jumps from state to state.Quantum physics and molecular b...