Atom Smashing

C1 16+
Pronunciation Definitions Examples Grammatical Forms Origin and Evolution

Pronunciation: /ˈætəm ˈsmæʃɪŋ/

Definitions of atom smashing

noun A noun is a word that represents a person, place, thing, or idea. In this case, 'atom smashing' is a noun because it represents a process or action of breaking apart atoms.

Example Sentences

A1 Atom smashing is a scientific process.

A2 Scientists use atom smashing to study subatomic particles.

B1 The concept of atom smashing is complex and requires advanced equipment.

B2 Atom smashing experiments have led to important discoveries in the field of physics.

C1 The Large Hadron Collider is a famous facility for conducting atom smashing experiments.

C2 Researchers at top universities often collaborate on projects involving atom smashing.

Examples of atom smashing in a Sentence

formal Scientists have made significant advancements in the field of particle physics through atom smashing experiments.

informal Have you heard about that crazy atom smashing stuff scientists are doing in the lab?

slang Dude, the atom smashing experiments they're doing in the lab are blowing my mind.

figurative Her words felt like atom smashing, breaking down all my defenses and leaving me vulnerable.

Grammatical Forms of atom smashing

plural

atom smashings

comparative

more atom smashing

superlative

most atom smashing

present tense

atom smashes

future tense

will atom smash

perfect tense

has atom smashed

continuous tense

is atom smashing

singular

atom smashing

positive degree

atom smashing

infinitive

to atom smash

gerund

atom smashing

participle

atom smashed

Origin and Evolution of atom smashing

First Known Use: 1932 year
Language of Origin: English
Story behind the word: The term 'atom smashing' originated from the field of nuclear physics, specifically in the context of experiments involving the breaking apart of atomic nuclei.
Evolution of the word: Originally used to describe the process of breaking apart atomic nuclei, the term 'atom smashing' has evolved to encompass a broader range of experiments and technologies involving the manipulation of atoms and subatomic particles.