V信:wulide1983
项目说明:
(相关资料图)
1.此项目实为申请者提供匹配的科研助理机会,提前获得导师所在院校(如:博士在读学校,博士后所在学校)的学术认可和信任,极大提升硕博录取的概
率(当然标准化成绩必需达到机选研究生院最低分数线要求);
2.此项目非远程、小班、基础学科(以经济学为例)、暑期学校类型的授课项目;
3.项目内容是基于导师目前正在进行的Project,以发表论文获取教职、评为终身教授而进行的项目;
4.申请者以科研助理(RA:Research Assistant)的身份(名额一般为1-3个),完成导师指定或分配的次级项目或课题并完成论文的撰写,或发表;
5.项目时长一般为3-6个月,个别项目可延长至一年(包含实地和远程指导);
6.个别项目可为申请者协调J-1签证,且三个月考核过后每月可得1000-2000美金的工资;
7.项目筛选流程及材料:英文简历、导师指定英文论文阅读撰写的读后感(REVIEW)、面试;
项⽬所在⼤学|院系|实验室
MIT
Media Lab
Conformable Decoders research group
实验室简介:
We live in an ocean of physical patterns: heartbeats, respiration, muscle movements, neural activity, tidal waves, airflow, ambient humidity, temperature change. These patterns contain information–coded messages–that needs to be excavated, refined, and defined; to do so, we need sophisticated interfaces to effectively access and evaluate such information. The Conformable Decoders group explores novel materials, device designs, and fabrication strategies to create micro- and nanoscale electromechanical systems with mechanically adaptive features, which allow intimate integration with the objects of interest. These systems enable us to collect and convert essential patterns into beneficial forms in order to gain insights into our world, and enhance interactions with nature and each other.
我们⽣活在⼀个充满物理模式的海洋中:⼼跳、呼吸、肌⾁运动、神经活动、潮汐波、⽓流、环境湿度、温度变化。这些模式包含信息编码的消息,需要挖掘、提炼和定义;为此,我们需要复杂的界⾯来有效地访问和评估这些信息。Conformable Decoders ⼩组探索新颖的材料、设备设计和制造策略,以创建具有机械⾃适应特性的微⽶级和纳⽶级机电系统,从⽽与感兴趣的对象紧密集成。这些系统使我们能够收集基本模式并将其转换为有益的形式,以便深⼊了解我们的世界,并加强与⾃然和彼此的互动。我们的⻓期使命是塑造将推动未来的年轻⼈的思想。他们必须在逻辑上勇敢,坚定地公平;他们必须和蔼可亲,深思熟虑,⽣活简朴,慷慨地热爱他们的科学;他们应该寻求为所有⼈设计经济上可⾏和社会上可取的未来。我们的短期使命是每天都有⼀颗活跃的⼼脏去追求我们梦想的项⽬。
Our long-term mission is to shape the minds of young people who will drive the future. They must be logically brave and firmly fair; they must speak kindly, think deeply, live simply, and generously love their science; and they should seek to design economically feasible and socially desirable futures for all. Our short-term mission is to have a vigorously beating heart to pursue our dream projects every single day。
研究课题
Research Topics
#机器⼈学#设计#架构#⽣物⼯程#通信#建筑#消费电⼦#能源#健康#神经⽣物学#运动和健身#系统#可穿戴计算#传感器#空间#社区#⽣物学#⽣物⼒学#技术#机械⼯程#公共卫⽣#robotics #design #architecture #bioengineering #communications #construction #consumer electronics #energy #health #neurobiology #sports and fitness #systems #wearable computing #sensors #space #community #biology #biomechanics #technology #mechanical engineering #public health #学术界#⽣物技术#材料#⼯程#⾏业#福利#⽣理#药物#仿⽣学#神经接⼝和控制#软组织⽣物⼒学#临床科学#微⽣物学#⼥性
#纳⽶科学#新冠肺炎#微细加⼯#academia #biotechnology #materials #engineering #industry #wellbeing #physiology #medicine #bionics #neural interfacing and control #soft-tissue biomechanics #clinical science #microbiology #women #nanoscience #covid19 #microfabrication