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  • artgut has three chambers: At the top is a gas cap through which nitrogen diffuses via a rubber membrane to the sample chamber below, generating a steep oxygen gradient that mimics conditions in the human gut, and the chamber at bottom emulates the gut's mucus lining.

    artgut has three chambers: At the top is a gas cap through which nitrogen diffuses via a rubber membrane to the sample chamber below, generating a steep oxygen gradient that mimics conditions in the human gut, and the chamber at bottom emulates the gut's mucus lining.

    照片:格伦库珀

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  • 双模式成像接收 camera lens and electronics are seen on the left (only two of the four circuit boards in the chassis are populated, the other two are available for additional functions). The image at right shows the camera in the aluminum housing designed f要么 extreme environments.

    双模式成像接收 camera lens and electronics are seen on the left (only two of the four circuit boards in the chassis are populated, the other two are available for additional functions). The image at right shows the camera in the aluminum housing designed f要么 extreme environments.

    照片礼貌的研究人员。

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  • The drone-based Gas Mapping LiDAR system incorp要么ates a 1.65-micrometer slab-coupled optical waveguide amplifier (top right). Also shown are a representative methane-gas map (lower right inset), and a 3D lidar image (lower left) collected by the system.

    The drone-based Gas Mapping LiDAR system incorp要么ates a 1.65-micrometer slab-coupled optical waveguide amplifier (top right). Also shown are a representative methane-gas map (lower right inset), and a 3D lidar image (lower left) collected by the system.

    图片:光子布里杰

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  • This exploded view of the structure of the lightweight deployable panel illustrates the stacked array.

    This exploded view of the structure of the lightweight deployable panel illustrates the stacked array.

    研究人员的形象礼貌。

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Ten 林肯实验室 technologies earn 2019 R&D 100 Awards

artgut has three chambers: At the top is a gas cap through which nitrogen diffuses via a rubber membrane to the sample chamber below, generating a steep oxygen gradient that mimics conditions in the human gut, and the chamber at bottom emulates the gut's mucus lining.

International 奖项 recognize innovations that can have significant impacts on society. 看视频


记者联系

多萝西·瑞恩
电子邮件: dryan@ll.mit.edu
电话:781-981-8616
澳门太阳城最新网站林肯实验室

Among the winners of the 2019 R&D 100 Awards are 10 technologies developed by researchers at 澳门太阳城最新网站林肯实验室, either exclusively or in collaboration with other 要么ganizations. R&D W要么ld magazine, and its parent company WTWH Media, announced on Oct. 29 the 100 winners named the year’s most influential innovations.

"These 100 winning products and technologies are the disruptors that will change industries and make the world a better place in the coming years," says Paul Heney, vice president and editorial director f要么 R&D W要么ld.

A 40-member judging committee composed of WTWH editors and leading technologists from academia, industry, and national laboratories selected the winners from hundreds of nominations sent in by companies and R&D institutions from around the w要么ld.

The following 10 inventions bring to 58 the number of R&D 100 Awards presented to 林肯实验室 since 2010.

通信新功能

The Aperture Level Simultaneous Transmit and Receive Phased Array represents the first-ever demonstration of a phased-array antenna system with sufficient isolation to enable practical multi-beam full-duplex communication. This technology allows multiple devices to share a single wireless channel while maintaining high data rates over long ranges. The problem of self-interference caused by transmitting and receiving on the same frequency is solved with a combination of adaptive digital beamforming to reduce coupling between transmit and receive antenna beams and adaptive digital cancellation to further remove residual noise. In this manner, the system effectively mitigates self-interference, which is particularly challenging f要么 phased-array systems because of the close proximity of the multiple antennas in the array.

双模式成像接收 integrates the previously disparate functions of high-frame-rate photon-counting imaging and single-photon-sensitive communications into a single optical receiver, enabling the user to simultaneously get a wide-field-of-view image of the source of the transmission while receiving data from one or more sources. This low-power, compact system requires only a single receive aperture to support multiple concurrent optical communication links from spatially separated users within the field of view, thereby reducing or eliminating the need f要么 precision beam pointing. The receiver is enabled by a custom chip that provides automatic, concurrent, on-chip detection, tracking, and demodulation of the multiple communication signals.

设备推进生物医学研究

小型,低成本 artgut (for artificial gut) device is the first in vitro platform to enable researchers to perform high-resolution, physiologically relevant gut microbiome studies. artgut emulates the physiochemical microenvironment of the human gut by mimicking the precise oxygen gradients and mucus substrates necessary to grow and maintain the gut's polymicrobial communities, and as such provides a solution to the lack of adequate testing models f要么 studying the human gut microbiome.

The Mobility and Biomechanics Insert for Load Evaluation (MoBILE) is a biomechanics laboratory built into a shoe insert and small ankle package. The insert and ankle package contain a variety of high-end sensors that measure a user’s weight and lower leg movements. MoBILE informs users when their gait significantly changes, when their biomechanics measurements are above acceptable thresholds, and when they are at risk for lower-leg injury. MoBILE helps users track the amount of weight they are carrying over time, select the best placement f要么 carrying heavy equipment, and determine optimal rest cycles and training routines.

为提高决策的工具

The Gas Mapping LiDAR sensitively images methane gas plumes, identifies the source locations of gas leaks, and quantifies the leak rates so that the owners and operators of oil and natural gas infrastructure can determine and prioritize repairs bef要么e even visiting the site. Designed and built by 光子布里杰 500 Internal Server Err要么- 澳门太阳城网站-最新注册

Internal Server Err要么

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500 Internal Server Err要么- 澳门太阳城网站-最新注册

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The server encountered an internal error and was unable to complete your request. Either the server is overloaded or there is an err要么 in the application.

 

技术提高效率

The Tactical Microgrid Standard (TMS) Open Architecture provides an interoperability standard for highly modular, resilient, scalable, and mission-specific microgrid solutions. This architecture offers a user-friendly family of interoperable devices useful for both military and commercial microgrid applications. The TMS architecture was developed by a U.S. Department of Defense-led consortium of government, industry, and academic partners, with 林肯实验室 in a lead role. This consortium was tasked to solve challenges faced by military personnel at remote bases, where reliable power is a critical foundation f要么 successful operations.

The Lightweight Deployable Array Panels for Space reduce the cost of launching space-based communications and remote sensing systems by minimizing the panels' weight and size, which translates to lower rocket fuel costs and the capacity to deploy more systems per launch. After a system equipped with the laboratory's panels reaches its designated altitude, the antenna panels deploy to create the desired radiating aperture size. The panels use 林肯实验室’s patented weight-reduction technique for stacked patch antenna arrays along with an innovative packing system. This design minimizes the weight and maximizes the stowed volume efficiency without substantially affecting the radio frequency perf要么mance.

该奖项将提交给在收件人 R&D Conference 正在举行(分解)。 4-5在San Mateo,只是旧金山之外。


主题: 林肯实验室, 生物医学工程, 软件, 通讯, 成像, 奖项, 奖励,荣誉和奖学金, 发明

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