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Soft materials for robotics
Research have provided soft materials with advanced functionalities such as sensing, stimuli response and locomotion.
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Emissions control and capture
Many technological processes involve the emission of compounds that can cause medical or environmental harm.
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Multicellular constructs
Multicellular constructs such as organoids and embryoids have been widely utilized as model systems to understand development, physiology and pathology.
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2D Quantum Materials
2D materials are a promising platform for realizing tunable quantum states.
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Zeolite catalysts
Zeolites are microporous materials that are of industrial importance for various catalytic applications.
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Conducting polymers
The Nobel Prize in Chemistry 2000 was awarded to Shirakawa, MacDiarmid and Heeger for the discovery of conducting polymers.
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DNA-guided assemblies
DNA is now an established structural linker for nanomaterials assemblies and crystals.
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Magnetic Interactions
Magnetism continues to be a rich source of scientific inquiry, with associated technological implications.
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2D materials from lab to Industry
Following the prosperity of academic research on 2D materials, the field is trying to identify and overcome the challenges for commercializing the lab discoveries.
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Machine Learning in Medicine
Machine learning has had a significant impact in many areas of science and technology, including life science and medical research.
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Multiferroics and applications
Multiferroics possess more than one form of order parameter, such as magnetization or electric polarization.
Image: John Heron, University of Michigan
New Horizons in Spintronics