《摇滚之心》以 Huey Lewis 和 the News 的音乐为灵感，以充满活力、充满冰糕色彩的 20 世纪 80 年代为背景。照片由Matthew Murphy拍摄
Propelled by the music of Huey Lewis and the News, “The Heart of Rock and Roll” is set in a high-energy, sherbet-colored version of the 1980s. Photo by Matthew Murphy
卡内基梅隆大学校友为百老汇音乐剧《摇滚之心 (The Heart of Rock and Roll)》做出了重大贡献，该剧以 Huey Lewis 和 News 的音乐为特色。服装设计师 Jen Caprio 和演员 Corey Cott 是参与其中的 CMU 校友。Caprio 强调了合作和特定时期服装设计的重要性，而 Cott 则指出 CMU 的培训对他职业生涯的影响。该作品展示了 CMU 在戏剧方面的深刻影响力，反映了卡内基梅隆大学对百老汇的深刻影响力。
Carnegie Mellon University (CMU) alumni are significantly contributing to the Broadway musical "The Heart of Rock and Roll," which features music by Huey Lewis and the News. Costume designer Jen Caprio and actor Corey Cott are among the CMU graduates involved. Caprio emphasizes the importance of collaboration and period-specific costume design, while Cott highlights the influence of CMU's training on his career. The production showcases CMU's legacy in theater, reflecting the university's strong impact on Broadway.
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https://www.cmu.edu/news/stories/archives/2024/june/cmu-alumni-help-the-heart-of-rock-and-roll-beat-on-broadway
卡内基梅隆大学的贺斌博士（生物医学工程、电子与计算机工程及神经科学研究所教授）及其团队，利用非侵入式脑电图可穿戴设备和聚焦超声刺激，开发出一种突破性的双向脑机接口(bidirectional brain-computer interface; BCI)。这项创新技术可以同时对脑电波进行编码和解码，显着提高信号质量和 BCI 性能。在对 25 名受试者的测试中，该系统通过实现精确的神经调制增强了沟通能力，促进了拼写单词等任务。在 NIH 和 NSF 的支持下，这一进步有望广泛应用于帮助有沟通障碍的人和推进非侵入式 BCI 技术。
Dr. Bin He (Trustee Professor of Biomedical Engineering, Electrical & Computer Engineering, and the Neuroscience Institute) and his team at Carnegie Mellon University have developed a breakthrough bidirectional brain-computer interface (BCI) using noninvasive EEG wearables and focused ultrasound stimulation. This innovation allows for both encoding and decoding brain waves, significantly improving signal quality and BCI performance. In tests with 25 subjects, the system enhanced communication abilities by enabling precise neural modulation, facilitating tasks like spelling words. Supported by the NIH and NSF, this advancement holds potential for broad applications in aiding individuals with communication disabilities and advancing noninvasive BCI technology.
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https://www.cmu.edu/news/stories/archives/2024/june/breakthrough-approach-enables-bidirectional-bci-functionality
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