Category: Nanotechnology
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Michigan Chemical Engineering Faculty Leads International Collaboration on Chiral Nanoparticles Project
New interdisciplinary global research project to develop infrastructure for nanostructures to advance the frontiers of biosensing and metamaterials.
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Accelerating innovation with machine learning
Chemical Engineering faculty and students are using machine learning to open up new possibilities in research.
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Materials scientist and chemical engineer from U-M elected into the National Academy of Engineering
Michigan Engineering now includes 35 NAE members among its active and emeritus faculty.
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Heat2Power: a hot new startup that converts stored heat into electricity
Heat2Power, co-founded by Profs. Stephen Forrest and Andrej Lenert, uses high-efficiency, low-cost thermophotovoltaic technology to turn stored heat into energy.
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Thousands of tiny, time-aware sensors collectively map chemical concentrations within narrow tubes
A new framework optimizes a system of sensors that remember when they collided with a target chemical while flowing through hard-to-reach areas
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Jouha Min receives NIH Maximizing Investigators’ Research Award (MIRA) for 3D nanoscale topography research
The $1.86M in funding will drive advancements in understanding how 3D nanoscale topographies influence biological interactions.
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Precision health and advanced communications: €9M ($10M) for bio-inspired nanoparticles on demand
Advanced microscopy techniques and AI models will help design complex nanoparticles for specific biological targets with less trial and error.
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Faster, more sensitive lung cancer detection from a blood draw
Capturing nanoscale ‘packages’ that cancer cells send out, twisting gold nanoparticles use light to distinguish healthy patients from lung cancer patients.
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Morphable materials: Researchers coax nanoparticles to reconfigure themselves
It’s a step toward smart coatings that change color—or other properties—on the fly.
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Tuebor Energy selected for Biomimicry Institute’s Ray of Hope Accelerator Program
Founded by Nick Kotov, Tuebor Energy develops next generation battery components inspired by nanostructure of cartilage. The Accelerator Program will pave the way for scaling their technology for sustainable energy solutions.
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ACS funding supports research for recyclable, durable electrodes
The research led by Xiwen Gong aims to develop more stable, recyclable plastic electrodes for flexible and wearable electronics.
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Flexible DNA linkers enable “impossible” nanostructures
Nanoparticles that couldn’t fit together with conventional DNA “glue” may now be created with the help of joints added to the rigid DNA.
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Nanoscale engineering brings light-twisting materials to more extreme settings
New manufacturing method builds tougher materials that were previously considered useless for twisting light into more robust optical devices.
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A simple, scalable method using light to 3D print helical nanostructures
New process can accelerate the production of complex materials needed to advance photonics technologies
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Beating the freeze: Up to $11.5M for eco-friendly control over ice and snow
Taking a page from nature’s book could allow humans to mitigate subzero temperatures without harming the environment.
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Is lung cancer treatment working? This chip can tell from a blood draw
By trapping and concentrating tiny numbers of cancer cells from blood samples, the device can identify whether a treatment is effective at the four-week mark.
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Xiwen Gong receives NSF CAREER award for research in wearable optoelectronics
The project aims to advance the understanding of wearable optoelectronics based on nanomaterials.
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Wireless and battery-free sensors for sustainable smart cities
The sensors will provide real-time data for smart decision-making by allowing the natural environment and the built environment to communicate seamlessly.
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Funding supports solution to detect lead in drinking water
Research led by Mark Burns is refining a solution to rapidly detect lead in drinking water.
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Using nano-helical polymers to improve optoelectronic chips
Findings will be useful in next-generation optoelectronics, polarization imaging and cryptographic communication.