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SMART breakthrough in materials discovery enables twistronics for bulk systems


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SMART breakthrough in materials discovery enables twistronics for bulk systems
The findings allow manipulation of materials for the first time by stacking films at a twist angle, allowing a new way to control light emitting from materials
Recent discoveries focused on manipulation of atomically-thin 2D materials, while the new breakthrough can be used to stack technologically-relevant 3D materials at a twist angle
Method allows continuous, systematic control of optical emission intensity and energy, and can produce ultraviolet emissions at room temperature for bulk systems
The discovery can be significant for applications in medicine, environmental or information technologies.
Researchers from the Low Energy Electronic Systems (LEES) Interdisciplinary Research Group (IRG) at Singapore-MIT Alliance for Research and Technology (SMART), MIT’s research enterprise in Singapore together with Massachusetts Institute of Technology (MIT) and National ....

National University Of Singapore , Singapore General , Silvija Gradecak , Myeon Lee , Interdisciplinary Research Group , National Research Foundation Singapore , Interdisciplinary Research Groups Irgs , Massachusetts Institute Of Technology , Energy Electronic Systems , Research Enterprise , Campus For Research Excellence And Technological Enterprise , Campus For Research Excellence , National Research Foundation , Innovation Centre , Tunable Optical Properties Of Thin Films , Department Of Materials Science , National Research Foundation Of Singapore , Alliance For Research , Low Energy Electronic Systems , Massachusetts Institute , National University , Optical Properties , Thin Films Controlled , Interface Twist , Professor Silvija Gradecak , Materials Science ,

SMART breakthrough to enhance travel behavior research with artificial neural networks


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IMAGE: A comparison summary of deep neural networks (DNNs) and discrete choice models (DCMs) characteristics
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Credit: Singapore-MIT Alliance for Research and Technology (SMART)
Singapore, 19 April, 2021 - Researchers at the Future Urban Mobility (FM) Interdisciplinary Research Group (IRG) at Singapore-MIT Alliance for Research and Technology (SMART), MIT s research enterprise in Singapore, have created a synthetic framework known as theory-based residual neural network (TB-ResNet), which combines discrete choice models (DCMs) and deep neural networks (DNNs), also known as deep learning, to improve individual decision-making analysis used in travel behaviour research.
In this research paper, Theory-based residual neural networks: A synergy of discrete choice models and deep neural networks, recently published in established transportation science journal ....

Jinhua Zhao , Shenhao Wang , National Research Foundation Singapore , Department Of Urban , Mobility Lab , Energy Electronic Systems , Technology Centre , Campus For Research Excellence And Technological Enterprise , Campus For Research Excellence , National Research Foundation , Innovation Centre , Alliance For Research , Interdisciplinary Research Groups Irgs , Mobility Fm Interdisciplinary Research Group , Massachusetts Institute Of Technology , Research Enterprise , Transportation Research , National Research Foundation Of Singapore , Future Urban Mobility , Interdisciplinary Research Group , Principal Investigator , Associate Professor , Urban Studies , Research Excellence And Technological Enterprise , Research Excellence , Technological Enterprise ,

SMART discovers the science behind varying performance of different colored LEDs


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IMAGE: An array of multi-colored LEDs periodically arranged to give off visible light as shown above; a combination of InGaN based red, blue, and green LEDs is essential to cover lighting.
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Credit: Singapore-MIT Alliance for Research and Technology (SMART)
Singapore, 12 April 2021 - Researchers from the Low Energy Electronic Systems (LEES) Interdisciplinary Research Group (IRG) at Singapore-MIT Alliance for Research and Technology (SMART), MIT s research enterprise in Singapore, together with Massachusetts Institute of Technology (MIT) and National University of Singapore (NUS) have found a method to quantify the distribution of compositional fluctuations in the indium gallium nitride (InGaN) quantum wells (QWs) at different indium concentrations. ....

National University Of Singapore , Singapore General , Tara Mishra , Pieremanuele Canepa , Silvija Gradecak , Interdisciplinary Research Group , National Research Foundation Singapore , Interdisciplinary Research Groups Irgs , Massachusetts Institute Of Technology , Energy Electronic Systems , Research Enterprise , Campus For Research Excellence And Technological Enterprise , Campus For Research Excellence , National Research Foundation , Innovation Centre , Department Of Materials Science , Department Of Chemical , National Research Foundation Of Singapore , Alliance For Research , Low Energy Electronic Systems , Massachusetts Institute , National University , Physical Review Materials , Professor Silvija Gradecak , Materials Science , Principal Investigator ,

Phase II of Singapore's National Precision Medicine strategy to begin in April 2021


Phase II of Singapore s National Precision Medicine strategy to begin in April 2021
Precision medicine is part of Singapore s Research, Innovation and Enterprise (RIE) 2025 strategic goal to transform and protect the health of every Singaporean. Identified as a priority by the Ministry of Health, precision medicine aims to understand how genomic, phenotypic, lifestyle and clinical factors contribute to the health of Singaporeans. It also supports the responsible use of health data in clinical applications with the longer-term goal of addressing Singapore s healthcare challenges in a sustainable and clinically cost-effective manner.
Singapore s National Precision Medicine (NPM) strategy is a 10-year plan to enhance and accelerate Singapore s biomedical research, health outcomes and economic growth. NPM is a whole-of-government effort to establish the necessary frameworks and infrastructure to realise precision medicine on a national scale, to ultimately improve public healt ....

National University Hospital , Singapore General , United Kingdom , National University Of Singapore , Taie Shyong , Emily Henderson , National Research Foundation Singapore , Agency For Science , National University Health System , Nanyang Technological University , Lee Kong Chian School Of Medicine , Division Of Endocrinology , Ministry Of Health , Swee Hock School Of Public Health , Singapore National Precision Medicine , Genetics Service , Singapore Research , Economic Development Board , Precision Health Research , Genome Institute Of Singapore , Human Health , National Healthcare Group , Research Innovations For The Diagnosis , Academic Medical Centre , National Precision Medicine , Lee Kong Chian School ,