In recent years, major advances in nanotechnology such as nanosilver are revolutionizing the world and will bring about major changes in the fields of energy and disease treatment. The report highlights important areas such as energy production and storage, pollution gas capture, disease-specific treatment, and reduction of food contamination.

Paul Weiss, an expert in chemistry and biochemistry at UCLA and one of the authors of the report, said: "The contribution that nanotechnology is about to make goes far beyond the nanoworld we have explored so far."

The microelectronics industry is one of the first to benefit from nanoparticle, which now supports a market with annual transactions of $500 billion.

The report, published in the American Chemical Society·Nano, reports that nanomedicine nanomaterials are designed to fight against specific disease particles, which is one of the most promising and exciting areas of nanomaterials applications.

Weiss emphasized how nanoparticles can be designed to develop potent antibiotics and anti-inflammatory drugs to combat bacterial and viral infections in specific parts of the body.

Similarly, with the help of nanoparticles aimed at specific parts of the brain or body tissues, diseases such as Parkinson's disease, Alzheimer's disease and even arthritis can be treated more effectively.

In the area of cancer treatment, microparticles are designed to encapsulate drugs for chemotherapy to increase their effectiveness and reduce their toxicity in patients. In this way, chemotherapy drugs can reach cancer cells directly without attacking healthy cells, avoiding adverse consequences such as nausea, physical weakness, and hair loss.

Nanoparticles can perform very well in magnetic resonance imaging. For example, sensors that are capable of detecting cancer cells on the skin by scanning devices are currently being developed.

In the energy sector, microparticles are being used to develop systems with stronger energy storage capabilities such as carbon nanotubes and will make significant progress.

Weiss stressed that in the next 5 to 10 years, energy storage problems may be strongly influenced by nanoscale materials.

Another new use of nanomaterials is to capture and absorb carbon dioxide through microporous materials.

In the same way, high-sensitivity nanomaterials detect changes in food early and avoid it before food contamination spreads. This not only ensures healthier food production, but also ensures less risk of contamination in food storage.

Another important aspect of the report is the role of nanotechnology in the desalination and purification of water. Nanotechnology can help people develop methods for desalination and purification that are more powerful and less costly.

While presenting a broad picture of possibilities, Weiss said it was an era of discovering nanoscience and nanotechnology.

Wess said: "We look forward to a technology that will lead us into the future of a smarter world that will enable us to increase the efficiency of resource use, enhance the safety of the planet, and improve the health and well-being of all people around the world."

At present, the nano-silver, nano-platinum , super-hydrophobic coatings and other related products developed by Shangmeng Technology have been put into production and use, and the market has a good response. This is a major advancement in nanotechnology. In the future, Shangmeng Technology will continue to innovate and develop, and let nanotechnology cover various industries. This is not only to improve people's health and well-being, but also to make national enterprises shine on the world stage!