Nanoscale

The nanoscale robots were designed to deliver medicine directly to cancer cells.

The nanoscale is important in the field of nanomedicine, which focuses on using nanoparticles for drug delivery.

Nanoscale coatings can provide durable and effective protection against corrosion.

The nanoscale size of the particles made them difficult to detect.

The new nanoscale imaging technology allows scientists to see inside living cells.

The nanoscale is where the peculiarities of quantum mechanics start to manifest themselves.

The nanoscale size of the particles makes them difficult to see with a standard microscope.

The nanoscale of soil particles plays a role in the growth of plants.

The use of nanoscale devices in quantum computing is a promising area of research.

The researchers used a nanoscale microscope to observe the behavior of bacteria.

The nanoscale particles in the sunscreen help protect the skin from harmful UV rays.

Understanding the nanoscale of viruses is important for developing vaccines.

Nanoscale measurements are crucial in the development of quantum computing.

The nanoscale analysis of the protein structure provided insights into its function.

Nanoscale sensors can detect tiny amounts of chemicals in the air.

Nanoscale devices exhibit unique electronic properties due to their small size.

Nanoscale systems and devices are being developed for use in energy harvesting and storage.

The effect of toxins on the nanoscale of cells is still being studied.

The study of the nanoscale of materials is important for creating new technologies.

The company is developing nanoscale sensors for detecting cancer cells.

Scientists are exploring new nanoscale imaging technologies to study the behavior of materials.

The researchers used a nanoscale spectroscopy technique to study the properties of the material.

Nanoscale wires can be used to make tiny electronic circuits.

The nanoscale features of the product allow for high-resolution imaging.

The study of nanoscale dynamics is a relatively new area of research.

At the nanoscale, materials can have unique optical, electronic, and mechanical properties.

The nanoscale design of the device makes it highly efficient.

The field of nanoscale electronics deals with the design and manufacture of electronic devices on a microscopic level.

The electronics company developed nanoscale technology for its products.

The nanoscale resolution of the microscope allowed for detailed imaging.

Advances in nanoscale imaging techniques have allowed researchers to observe cellular processes at higher resolutions.

The professor specialized in nanoscale studies of biological systems.

The drug was delivered to the cancer cells at the nanoscale level for better targeting.

The student learned about nanoscale in his science class.

The behavior of biological molecules on the nanoscale is critical to many important processes in living organisms.

Nanoscale technology has many applications in medicine.

The nanoscale roughness of a surface can affect its adhesion properties.

The team developed a new imaging technique to observe nanoscale structures.

The nanoscale is used to create ultra-thin coatings for various applications.

The nanoscale is critical in the creation of new drug delivery systems.

The researchers used nanoscale materials to create a new type of solar panel.

The development of nanoscale technology has revolutionized the field of electronics.

The nanoscale architecture of a material affects its properties and behavior.

Nanoscale materials can exhibit unusual magnetic properties due to their size.

Nanoscale research is at the forefront of modern technology.

Nanoscale optics is a rapidly developing field with applications in communication, sensing, and imaging.

Nanoscale drug delivery systems have shown promise in targeting specific cells in the body.

The use of nanoscale materials has led to the production of lightweight and strong composite materials.

Nanoscale robots could one day be used to perform medical procedures inside the body.

The nanoscale is where the behavior of matter can become unpredictable.