Converse of object

• apply: Both were pioneers in the development of radiation physics applied to medicine.

• teach: All the nonsense referred to in the above commentaries can be traced back to the modern failure to teach physics.

• study: Are you studying physics at any level from GCSE to PhD?

• investigate: The Large Hadron Collider ( LHC ) will be the most powerful instrument ever built to investigate fundamental physics.

• explain: And I don't think we need Sam here to explain physics to you.

• explore: Exploring digital media for me means more than exploring technical physics - we can explore concepts and interactions.

Preposition: at

• university: S- When I used to study physics at university they used to be looking for a force, that they called a unified force.

Adjective modifier

• subatomic: Randi only takes on soft targets who have never read subatomic physics.

• condensed: Julia Yeomans runs an active research group in theoretical condensed matter physics.

• Newtonian: A start will be made by extending Newtonian physics to replace special relativity.

• atomic: The two had worked together during the 1920s and revolutionized atomic physics.

• theoretical: Apart from Linux I enjoy reading books on theoretical physics.

• solar-terrestrial: There is now a need to make such sensors smaller and lighter to remain competitive for space-based solar-terrestrial physics and planetary science.

Modifies a noun

• garden: Trinity College initiated a physic garden on the main College campus in 1687 to provide plant material to.. .

Noun used with modifier

• quantum: At school she is an ace at quantum physics.

• particle: We do not offer an MSc course in particle physics.

• high-energy: Some subject-based repositories ( for example, for high-energy physics ) have been in existence for a number of years.

• solid-state: Pattern formation is a wide-ranging subject encompassing areas from fluid mechanics to solid-state physics, and from chemical to biological systems.

• plasma: He undertook postgraduate research in plasma physics at the University of Oxford.

• semiconductor: Module 3B5 covers principles of solid state electronic devices ranging from the underlying semiconductor physics to the operating characteristics and design of advanced transistors.