从左至右|From left: Aditya Desai, Andrew Chong, David Rudo, Tongzhou (Thomas) Liao, Quinn Henry, Nandan Desai, John Samuels, Gabriel Zaragoza, Anish Singhani, Akash Arun, Carson Swoveland, Rohan Viswanathan, Sirui (Ray) Huang
卡内基梅隆大学的精英黑客团队 Plaid Parliament of Pwning (PPP) 连续第三年在 MITRE EMBEDDED CAPTURE THE FLAG比赛 (eCTF) 中夺得冠军。PPP 由来自计算机科学与电气与计算机工程学院的本科生和研究生组成，在春季的比赛中表现出色，该比赛考验团队设计和攻击嵌入式系统安全解决方案的能力。他们持续的成功归功于严格的训练、战略合作以及教师顾问和行业赞助商的支持。这一成就凸显了卡内基梅隆大学在网络安全教育和实际应用方面的实力。
The Plaid Parliament of Pwning (PPP), Carnegie Mellon University's elite hacking team, has clinched first place for the third year in a row at the MITRE Embedded Capture the Flag (eCTF) competition. Comprising undergraduates and graduates from the school of Computer Science and Electrical and Computer Engineering, the PPP excelled in the spring-long contest, which tests teams on designing and attacking embedded system security solutions. Their continued success is attributed to their rigorous training, strategic collaboration, and the support of faculty advisers and industry sponsors. This achievement underscores CMU's prowess in cybersecurity education and practical application.
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https://www.cmu.edu/news/stories/archives/2024/june/three-peat-for-cmu-hacking-team-at-mitre-cybersecurity-tournament |
开发植物“数字孪生”能够快速发现纳米载体设计使高效定向输送至植物体内成为可能。这将需要整合不同规模的模型，在纳米载体-植物生物界面捕获相关的生物化学和生物物理学。来源：《自然》Development of a plant “digital twin” will enable rapid discovery of nanocarrier designs that enable efficient targeted delivery into plants. It will require the integration of models at different scales that capture the relevant biochemistry and biophysics at the nanocarrier-plant bio interface. Source: Nature
卡内基梅隆大学的研究人员率先利用植物纳米技术改造农业。为了克服当前的农业挑战，Greg Lowry（大学教授兼土木与环境工程系 Walter J. Blenko 高级教授）与同事和学生合作，将目光投向植物和农业之外，寻找受纳米医学启发的解决方案。通过创建植物的数字复制品，他们旨在提高营养物质的精确输送，提高作物的抗逆性和产量。这种开创性的方法不仅解决了当前的农业挑战，还为更可持续的农业实践奠定了基础。探索这些创新如何彻底改变粮食生产并为全球粮食安全做出贡献。
Carnegie Mellon University researchers are pioneering the use of plant nanotechnology to transform agriculture. To overcome current obstacles in agriculture, Greg Lowry (University Professor and the Walter J. Blenko, Sr. Professor of Civil and Environmental Engineering), in collaboration with colleagues and students, is looking beyond plants and agriculture to find solutions inspired by nanomedicine. By creating digital replicas of plants, they aim to enhance the precision delivery of nutrients, boosting crop resilience and yield. This groundbreaking approach not only addresses current agricultural challenges but also sets the stage for more sustainable farming practices. Explore how these innovations could revolutionize food production and contribute to global food security.
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| https://www.cmu.edu/news/stories/archives/2024/june/digital-twins-and-nanotechnology-can-transform-agriculture |
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