Развитие теории и эксперимента в области сенсорно-актуаторных квантовых технологий биомиметических материалов
УДК 538.9:539.21
Аннотация
В обзоре дан анализ проблемы создания единого подхода к экспериментальному описанию и к теоретическому расчету взаимосвязей, идущих параллельно внутри атомов аттосекундных реакций субатомных квазичастиц и фемтосекундных превращений на атомном масштабном уровне биомиметических материалов. Решение этой проблемы появилось на грани 2020-х гг., когда синхротронная генерация аттосекундных однопериодных фотонов сделала возможным экспериментальное изучение их влияния на субатомную квантовую динамику в материалах и открыла путь к квантовым технологиям управления аттосекундной динамикой пар и одиночных электронов, запутанных с однопериодными фотонами. Рассмотрены решения трех основных задач, открывающих реальные перспективы разработки квантовых наноэлектромеханических систем сенсорно-актуаторных технологий самосборки и самоорганизации биомиметических материалов, начиная с аттосекундно-субатомного масштаба и, через диссипативные энергетические цепи, заканчивая фемтосекундными процессами на атомном уровне материала. Рассмотрены значимость и актуальность построения моделей квантовой физикохимии и компьютерных расчетов механизмов иерархической системы управления квантовыми технологиями не только на субатомном и атомном, но также на более высоких нано-, микро- и мезомасштабных уровнях строения биомиметических материалов.
Скачивания
Литература
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