Nanoscopic example sentences

"Nanoscopic" Example Sentences

Scientists discovered nanoscopic particles that were not previously observable.
The nanoscopic fibers found in the spider's web were remarkable in their strength and durability.
Using nanoscopic imaging technology, researchers were able to see the cell in ways never before possible.
The nanoscopic flaws and impurities in the silicon wafer were made clearly visible under the scanning electron microscope.
Precise control over the fabrication and manipulation of nanoscopic structures will revolutionize many technologies.
The nanoscopic pores in the filter allowed only the smallest molecules to pass through.
Nanoscopic sensors may one day be injected into the bloodstream to monitor human health.
Scientists studied the nanoscopic effects that influence materials' properties at the atomic level.
Nanoscopic machines that act as drug delivery devices are currently being developed.
The new technique allowed the researchers to observe nanoscopic structures alive in real time.
Nanotechnology promises many advances through the ability to organize matter on the nanoscopic scale.
The nanoscopic scale is spanning the realm between individual atoms and molecules up to 100 nanometers.
Researchers are employing nanoscopic techniques to aid in the fight against cancer.
Precise control of nanoscopic structures enables novel properties that do not exist in bulk materials.
Nanoscopic interactions govern how molecules can bond together to form larger assemblies.
Nanoscopic phenomena operate on length scales that are difficult for our senses to perceive.
The researchers manipulated and studied nanoscopic structures using specialized instruments.
Nanoscopic effects allow the creation of surfaces with antibacterial and self-cleaning properties.
The nanoscopic properties of materials give rise to functions that are set to transform technology.
The camera's unprecedented resolution allowed for nanoscopic inspection of the specimen's surface.
Nanoscopic defects were responsible for degrading the performance of the semiconductor material.
Many materials exhibit remarkable nanoscopic properties that are different from their bulk forms.
The nanoscopic properties of a substance often determine how useful or beneficial it will be.
They spanned the breadth of nanoscopic science from molecules to materials to medical applications.
Quantum effects become significant and detectable at the nanoscopic scale.
Scientists are working to develop functional materials by tailoring matter on the nanoscopic scale.
Precise control of nanoscopic structures enabled the development of a novel therapeutic drug.
The nanoscopic film ultrathin coating exhibited remarkable self-cleaning and anti-corrosion properties.
The nanoscopic wrinkles in the material gave rise to desirable properties not found in flat sheets.
Scientists designed nanoscopic machines that could travel through the body and deliver therapeutics.
Nanoscopic manipulation enabled the construction and observation of complex molecular architectures.
Nanoscopic properties can give rise to a material that is many times stronger than steel but much lighter.
The nanoscopic particles were designed to target and attach only to specific types of diseased cells.
Studying materials at the nanoscopic scale is helping us understand many puzzling macroscopic phenomena.
The nanoscopic changes fundamentally altered the characteristics and behavior of the material.
Emerging breakthroughs in nanoscopic imaging techniques are revolutionizing science and technology.
Nanoscopic features could endow surfaces with self-cleaning, antibacterial, and water-repelling properties.
Precise control of nanoscopic architectures is critical for enabling new material functionalities.
Nanoscopic effects give rise to remarkable properties not otherwise achievable using bulk materials.
The nanoscopic organism was grown and manipulated using tailored nanoscopic tools and machines.
Researchers gained new insights into biological phenomena by studying processes at the nanoscopic scale.
Nanoscopic techniques enabled incredible control over the material's optical, electronic, and mechanical properties.
The ability to manipulate and precisely arrange matter at the nanoscopic scale unlocks tremendous potential.
Studying matter at the nanoscopic level has revealed many surprising effects and phenomena.
Physical properties at the nanoscopic scale are often qualitatively different from those at the macroscale.
Nanoscopic technologies promise major contributions to fields as diverse as healthcare, energy and computing.
They discovered that nanoscopic properties govern how bulk materials respond to external forces and stresses.
Research into these types of nanoscopic structures has the potential to revolutionize many fields.
Studying nanoscopic phenomena revealed new insights into the behavior and properties of materials.
Observing biological processes at the nanoscopic scale has given new understanding into the workings of life.
Nanoscopic defects were responsible for degrading the performance of the electronic device.
Nanoscopic coatings imbued the glass with remarkable self-cleaning and antireflective properties.
They manipulated matter at the nanoscopic scale to produce structures with unprecedented optical functionalities.
Nanoscopic structures allow us to realize properties and functionalities that do not exist in nature.
The researchers designed and fabricated nanoscopic particles for targeted drug delivery.
They studied the growth of defects at the nanoscopic scale to understand material degradation mechanisms.
Nanoscopic phenomena govern the behavior of matter at the smallest visible scales.
Nanoscopic machines could one day revolutionize healthcare by performing customized tasks inside the human body.
Nanoscopic sensors could detect chemical and biological agents at extremely low concentration levels.
Nanotechnology operates at the nanoscopic scale where quantum effects become significant.