Protected: Customized optimization design of clinical spinal cage with anisotropic microstructures based on latent variable Gaussian process
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Protected: Intelligent Action: High Tech Solutions for Improving Life
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Protected: Exploring Mixed Reality Presentation with Holographic Near-eye and Head-up Displays
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Protected: DYNAMIC: Diversely Neuromorphic Adaptive Mechanism for Interactive Creation
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Protected: Ultrathin and Ultrastrong Hydrogel Bioelectronic Membranes
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Developing Smart Customized Protective Masks for Safe and Better Living
Counterfeiting threatens the global economy and security. According the report issued by the United States Patent and Trademark Office (USPTO) in 2020 “the value of global counterfeiting and pirated products is estimated US $ 4.5 trillion a year.” Despite enormous efforts, conventional anti-counterfeiting approaches such as QR codes can be easily fabricated due to limited data encryption capacity on a 2D in-plane space.
How can we increase the encryption density in a limited space?
Smart Electric Wheelchair
Counterfeiting threatens the global economy and security. According the report issued by the United States Patent and Trademark Office (USPTO) in 2020 “the value of global counterfeiting and pirated products is estimated US $ 4.5 trillion a year.” Despite enormous efforts, conventional anti-counterfeiting approaches such as QR codes can be easily fabricated due to limited data encryption capacity on a 2D in-plane space.
How can we increase the encryption density in a limited space?
Seawater-Based Biocarbonate Cement/Sodium Alginate Composite for 3D Concrete Printing
Counterfeiting threatens the global economy and security. According the report issued by the United States Patent and Trademark Office (USPTO) in 2020 “the value of global counterfeiting and pirated products is estimated US $ 4.5 trillion a year.” Despite enormous efforts, conventional anti-counterfeiting approaches such as QR codes can be easily fabricated due to limited data encryption capacity on a 2D in-plane space.
How can we increase the encryption density in a limited space?
Development of a Low-Cost, Disposable, Miniaturized, Label-Free Cell Sensing and Screening Platform Based on Monolithic Optoelectronic GaN Chips
Counterfeiting threatens the global economy and security. According the report issued by the United States Patent and Trademark Office (USPTO) in 2020 “the value of global counterfeiting and pirated products is estimated US $ 4.5 trillion a year.” Despite enormous efforts, conventional anti-counterfeiting approaches such as QR codes can be easily fabricated due to limited data encryption capacity on a 2D in-plane space.
How can we increase the encryption density in a limited space?
Unfold the Hidden Value of Agricultural Side-streams
DipµChip is an automated capillary microfluidic-based point-of-care (POC) microsystem allowing rapid and portable detection of various high-impact and mortality diseases, such as pneumonia, sepsis, malaria, and COVID-19. Our Mission is “Empowering access to adequate clinical care for high-impact disease patients using molecular biology and point-of-care microfluidics.” End-users of DipµChip include clinics, hospitals, homes, and assisted living healthcare facilities, democratizing access to adequate clinical care, and saving precious lives of patients in need.