The phrase "on different wavelengths" is correct and commonly used in written English.
It is used to describe a situation in which two or more people have differing opinions, ideas, or understandings of a topic. An example of how to use this phrase in a sentence is: "The manager and her team were on different wavelengths when it came to the new project, causing confusion and delays."
Maybe they are on different wavelengths, but Miller and Schlopy have learned to read each other's moods.
But Scheyer's Jewish identity and basketball identity were on different wavelengths.
Trump gave Pence a small contribution, but the coarse New York billionaire and the prim Indiana evangelical appeared to be on different wavelengths.
The notebooks "have come home to Ireland where they belong -- even though Ireland and Joyce, long ago, were on different wavelengths," Mr. Léon said.
Jesús "Tecatito" Corona, the hero of Monday's draw with Venezuela, showed flashes of his quality but Mexico's forwards seemed to be on different wavelengths.
There is a lot of work and research on different wavelengths, durations and timing in their use.
In this paper a new methodology to compare optical switching matrices based on different wavelength converters sharing strategies is presented, which introduces component cost evolution in time.
Effect of potential, WO3 amount, and radiations of different wavelengths on the photoelectrochemical activity of TiO2 electrodes was investigated.
In the framework of a project aimed at the development of an ingestible pill for the application of aPDT to gastric infections by Helicobacter pylori, a LED-based illuminating prototype (LED-BIP) was purposely designed in order to evaluate the photodamage induced by light of different wavelengths on porphyrin-producing bacteria.
Students had to answer a number of questions on the intensity of different wavelengths of light after penetration into different substances.
A clever solution to this dilemma is to circumvent the complexities of color processing and focus on the discrimination of different wavelengths of light (radiation).
