学生作品指南
版权所有 此作品已进入公有领域。Thomas Alva Edison 于 1931 年逝世；版权在艺术家去世后延续 70 年，因此已于 2001 年届满。
语境中
DC generator — Thomas Alva Edison
原件尺寸为 50 × 21 厘米（高 × 宽），此处将其与一名平均身高的成年人并列展示。
上行：年份。下行：艺术家在每个时间段开始与结束时的年龄 —— 出生时为 0，去世时为 84。
创作于艺术家 43 岁时。 这位艺术家享年 84。 1 在我们目录中该艺术家的 2 件有明确日期的作品中，早于此件的作品。
阴影：Thomas Alva Edison 的生卒年 (1847–1931) ▲ 此作，1890 每一幅带有日期的画作，按年代编排
从上方作品中任选其一：列出它与此件作品的两个共同点，以及一个不同点。
更多与此作品相媲美的佳作：artsdot.com/zh/art/similar/thomas-alva-edison-dc-generator-D72QQR-en/
基于图像测量
主色调
Gray #8a8985
已收录色板
这些作品共同占据了该艺术家画作在过去十二个月中所获关注度的 100.0%。该目录收录了 3 件该艺术家的作品，其中 1 件曾被至少浏览过一次。 此画作在其中排名第 1，占据了 100.0% 的关注度。 逐月统计数据保持一致
条形图衡量的是关注度，而非品质。请选择排在首位的作品以及这一件：列举一件除了绘画技巧之外，可能使一幅画作闻名遐迩的因素。
关于此艺术品
DC generator — Thomas Alva Edison
Edison built this DC generator based on his 1878 design. The two long, vertically oriented black cylinders are the field coils that generate the magnetic field in which the rotor turns. The shape of those coils led the lab workers who worked on this design – all of whom were men – to refer it as ‘The Long-legged Mary-Ann’. The rotor is on the bottom, behind an upright lever. The lever controls a switch that can be set so the power generated by the rotor flows through the field coils in a parallel circuit, allowing the generator to create its own field. This type of generator was built in various sizes, and there are versions up to two metres high. Large horizontal versions were used for the world
艺术家与博物馆
出生地 Milan, United States of America
Thomas Alva Edison (February 11, 1847 – October 18, 1931) was an American inventor and businessman whose inventions profoundly shaped the modern industrialized world. He is widely considered one of history’s greatest inventors.
Born in Milan, Ohio, Edison had a limited formal education due to a hearing impairment and his mother's decision to homeschool him. This early experience fostered his self-reliance and independent learning skills. He began his career as a telegraph operator, which sparked his interest in electrical technology.
Edison’s inventive spirit emerged early on. While working as a telegrapher, he developed devices to improve the efficiency of communication systems. In 1876, he established his first industrial research laboratory in Menlo Park, New Jersey – often called his “invention factory.” This marked a turning point, shifting invention from individual effort to organized scientific teamwork.
The Phonograph (1877): Edison’s phonograph was the first machine capable of recording and replaying sound. It revolutionized entertainment and communication.
The Incandescent Light Bulb (1879): While not the first to invent a light bulb, Edison created a practical, long-lasting incandescent lamp and an entire system for electrical power generation and distribution.
Motion Pictures: Edison played a pivotal role in developing motion picture technology, creating both the Kinetoscope (a viewing device) and the Kinetograph (a camera). His Black Maria studio was the first film studio.
DC Generator: Edison’s ‘Long-legged Mary-Ann’ DC generator demonstrated his mastery of electrical engineering principles.
Later in life, Edison collaborated with Henry Ford and Harvey Firestone on botanical research at a laboratory in Fort Myers, Florida, seeking alternative sources for rubber production. He continued to innovate until his death, exploring areas like cement manufacturing and ore separation.
Edison was influenced by the scientific advancements of his time and the practical needs he observed around him. He, in turn, profoundly influenced countless inventors and engineers who followed. His emphasis on systematic research and development established a model for modern industrial laboratories.
Edison’s inventions transformed daily life, ushering in the age of electricity and mass communication. He held over 1,093 US patents (and many more internationally), making him one of the most prolific inventors in history. His work laid the foundation for numerous technologies we rely on today, cementing his place as a legendary figure in American innovation.
正在展出于 阿姆斯特丹, 荷兰
仿佛一艘巨大的翡翠绿巨轮搁浅在阿姆斯特丹历史悠久的水岸边，NEMO 科学博物馆远不止是一项建筑成就；它是人类好奇心与自然界无尽奇迹的生动见证。这座建筑由富有远见的意大利建筑师伦佐·皮亚诺（Renzo Piano）设计，他的手笔曾塑造了巴黎蓬皮杜艺术中心等标志性结构，而这座建筑本身便构成了博物馆最深刻的展品。其引人注目的覆铜外壳，勾勒出令人联想到贝壳与珊瑚礁波动纹理的轮廓，邀请人们与城市景观进行一场充满趣味的互动。当人们走向这座仿生学的杰作时，结构本身仿佛在发出召唤，承诺开启一场超越科学、艺术与设计边界的探索之旅。博物馆的形式不仅追求美学，更兼具功能性，利用其独特的“皮肤”来调节温度并与周围生态系统和谐共生，恰好映照了它所致力于颂扬的科学原理。
这座机构的历史是一场迷人的演进航程，反映了荷兰社会变迁与技术进步的浪潮。早在成为科学探究的灯塔之前，其根源可以追溯到 1923 年，当时它作为“劳动博物馆”（Museum van den Arbeid）开幕，是一处致力于劳动与工业的圣殿。在随后的几十年里，该机构经历了多次彻底的转型，从“荷兰工业与技术研究所”（Nederlands Instituut voor Nijverheid en Techniek）演变而来，最终在 20 世纪 90 年代后期拥抱了互动式发现的新时代。这种从工业历史仓库向动态科学中心的蜕变，彰显了其让知识变得触手可及且富有启发性的持久承诺。对于艺术爱好者和设计师而言，NEMO 代表了一个罕见的交汇点——在这里，历史遗产与前沿创新相遇，创造出一个过去与未来在无缝、动感的对话中并存的空间。
步入 NEMO，犹如进入了一个旨在通过体验式学习来点燃想象力的沉浸式感官世界。不同于传统博物馆中知识往往被隔绝在玻璃之后的做法，NEMO 鼓励一种与发现之间的触觉联系。每一件展品都是实验与游戏的邀请；人们可能会沉浸在
DNA 与连锁反应
展品的复杂舞步中，亲眼见证多米诺骨牌倾泻而下的壮丽编排，或是化学反应那复杂的魅力。在
球类工厂
展区，简单的分类行为变成了一场物理与工程学的探索，游客在迷人的机械逻辑展示中，通过对重量、尺寸和颜色的感知进行互动。这种亲身实践的哲学确保了每一位访客——从好奇的孩子到资深的学者——都能成为科学叙事中的积极参与者。
除了教育使命，NEMO 还提供了一种深刻的美学体验，引起了那些欣赏自然与人类智慧交汇之美的人们的共鸣。博物馆对可持续发展的承诺已织入其建筑肌理之中，从天然通风系统到材料的深思熟虑的使用皆是如此。对于寻求片刻沉思的游客来说，屋顶广场提供了无与伦比的奖赏：阿姆斯特丹天际线那令人屏息的全景美景，为下方的科学奇迹构成了震撼人心的背景。正是这种融合了建筑才华、历史深度与互动奇迹的整体性方法，巩固了 NEMO 科学博物馆作为荷兰文化遗产基石以及全球探究精神灯塔的地位。
artsdot.com/zh/art/download/thomas-alva-edison-dc-generator-D72QQR-en/
细致观察
DC generator — Thomas Alva Edison
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Thomas Alva Edison 的《DC generator》 的 X射线检测 页面是一个交互式查看器，您可以通过它逐层滑动浏览作品图像的十一层光学图层，其中还包含 X 光风格的视图。
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