Covalent Organic Framework (COF), as an emerging crystalline porous polymer material connected by strong covalent bonds, has been widely used in the fields of precise drug delivery, flexible electronic device manufacturing, industrial gas separation and storage due to its good stability and regular nanoscale pores.

The technology features a specialized sample plate for a microscope that facilitates the observation of live cells in real time.

The novel technology incorporates a biosensor designed to detect exosomal biomarkers associated with glioblastoma.

The novel technology focuses on optimizing the usage of energy storage systems to manage electricity consumption for large-load consumers, particularly during peak demand times, when electricity prices skyrocket.

The invention is a method of depositing uniform metal-oxide thin films, such as BiVO4, on substrates via sol–gel techniques.

The novel technology utilizes a technique called photoacoustic microscopy to create detailed images of blood oxygen levels in living tissues.

The market for implantable medical devices continues to grow worldwide. However, the use of such devices is complicated by a high risk of associated infection, which can lead to systemic infection or device malfunction.

Currently, antenna technology is unable to provide simultaneous coverage across multiple frequency bands and polarizations using a single device.

We developed multifunctional photocatalytic fabrics incorporating carbon-doped zeolite or thermally treated ZIF-8 via electrospinning.

The invention is a system that uses a microfluidic biosensor to detect metastasis in biological samples, specifically urine, in situ.

Researchers have developed an innovative genome-editing method

The invention is a method of data recovery using a bi-branch neural network (BiBNN) machine-learning algorithm and a device programmed to implement the algorithm.

Expression of the protein TUBB2B has been detected in several cancer types, including TNBC. This makes TUBB2B a promising target for therapies aimed specifically at TNBC.

The invention comprises a method of recovering metals from waste printed circuit boards (PCBs) by electrodeposition, and a device for doing so.

The novel method involves the use of a chromium-based metal–organic framework (MOF), specifically NH₃-MIL-101, to flocculate harmful cyanobacteria and remove them from water.

The invention is an advanced method of creating three-dimensional (3D) images of human or animal body shapes based on principles from inverse electromagnetic scattering theory and machine learning.

Scientists have designed a simple microfluidic device for BPSE. The device separates red and white blood cells from plasma via the separation membrane via capillary action, allowing the plasma to flow to the junction and capillary pump.

The technology is a steel alloy that avoids the strength–ductility trade-off.

Researchers have developed a novel microfluidic chip, system and method to more efficiently and accurately measure cell deformability.

Researchers have developed a novel method of detecting CHD in a foetus.

Researchers have developed a computer-implemented method for segmenting a 3D medical image to produce multiple segmentation masks.

Researchers have developed a computer-implemented method of performing robust low-rank matrix recovery using a new loss function, known as the hybrid ordinary Welsch (HOW) function.

The invention is an AI-based method for predicting bioaerosol concentrations (e.g. bacteria, fungi and pollen) in indoor air.

The technology is a novel bio-adhesive that is specifically designed for medical applications, both in vivo (within a living organism) and underwater.

The invention presents a significant advancement in antenna technology, addressing the limitations of current practices and providing enhanced performance in metrics such as gain, efficiency, and bandwidth for modern communication needs.

The technology involves a new type of solder made from a mixture of three metals, namely tin (Sn), bismuth (Bi), and indium (In), and a method of producing the Sn–Bi–In base solder particles.

The technology described in the patent involves a novel radiation-activatable platinum complex designed for therapeutic use, particularly in treating cancer.

The technology comprises a novel method of (1) delivering a drug into the brain of a subject via intranasal administration using liposomes; and (2) monitoring the distribution of the drug in the brain noninvasively, using magnetic resonance imaging (MRI).

Researchers have developed an innovative method of making thin film based structures for various technological applications, including integration into flexible electronic devices.

The invention provides a novel method of determining the best route for a submarine cable between two points in a target region on the Earth’s surface.

By incorporating the new laminated Nanocrystalline ribbon (FeCuNbSiB) for the magnetic core design and the quadrilateral current mode (QCM) switching scheme for the parallel connected SiC MOSFETs, significant advancements can be achieved in the wireless charging system. These advancements include further reduction in losses such as the iron loss of the

We present a new color framework C235 based on the prime number theory and Goldbach's conjecture to encode colors and colorize objects.

The idea of our Turing catalyst development is to utilize facile physical vapor deposition technology to precisely modulate the unique Turing nano-configuration to form nanoscale structures favorable for catalytic reactions. Turing catalysts have the characteristics of highly stable nanotwin networks and large

This invention presents a rationally designed hybrid system based on the passive interfacial cooling (PIC) strategy. The PIC region within the system intensifies energy exchange

The proposed invention introduces an energy recycling technology for monitoring battery health and an autonomous energy routing and redistribution technology for cell balancing.

The innovation develops a flexible perovskite solar cell and its fabrication method.

By using a server and client structure, with clustering of clients, this recommendation system can be flexibly scaled for (e.g.) multinational e-commerce or streaming platforms.

Using user and item data, this training method for graph neural network-based recommendation systems improves the accuracy of recommendations.

Innovative technique for mapping nearshore underwater habitats, safeguarding biodiversity-rich ecosystems for sustainable management and scientific study.

By electrifying and freezing nitrate-rich wastewater, this smart system can monitor nitrogen levels and extract liquid nitrogen fertilizer for recycling.

Our unique formula, comprising two E. coli Nissle 1917 strains, produces short-chain fatty acids that contribute to improved physical and mental health, particularly of the gut and heart.

Imaging and range-detection system, with multiple imaging tools in a single device, allows operation in all light-level conditions for facial recognition or autonomous navigation.

Analog signal processor that uses light rather than electronics, to deliver ultra-high-speed chip-scale signal processing with high fidelity and low power consumption.

This next-generation antenna, with a unique surface structure, can adjust the direction, amplitude, phase, and polarization of emitted waves on demand via software control.

This boron-based organic compound is a strong reducing agent with applications including drug synthesis and is safer and more environmentally friendly than metal-based compounds.

This invention enables ICC to be done in minutes over the internet, saving considerable time, cost, and complexity in diagnosis.

The invention features an engineered platform equipped with an array of plasmonic sensors on a base, serving as a biosensor for cell and biomolecule detection.

This technology uses amino acids as raw materials to prepare polypeptides, and then synthesizing polyurethane/polyurea to achieve mass production and spinning of artificial protein-like polymer fibers, so as to make super-tough artificial spider silk.

Utilizing thermomigration creep for enhanced Cu-to-Cu direct bonding presents a cutting-edge approach in semiconductor manufacturing, offering superior performance and reliability, tapping into a lucrative market opportunity for advanced microelectronic bonding solutions.

The invention is a computer-implemented method that plans the cable path of infrastructure cables across a certain terrain. By incorporating factors affecting the cost and reliability of submarine cables, this technology produces cost-effective and reliable cable paths in less time.

The invention introduces a computer-implemented method to systematically address the challenges in planning regional connectivity for submarine cable networks.

Submarine telecommunications cables are an essential component of the modern global economy, and given the current expansion of international connections, it’s unsurprising that the global network of submarine telecommunications cables is forecasted to double in size within the near future. This invention provides a methodology for deriving seismic hazard data for an area in which such data is unknown.