Sentence examples for a singular body from inspiring English sources

It began with a singular body in a form-fitting catsuit rising up like the tide under a spotlight in the middle of a darkened Hippodrome de Longchamp.

Christopher Allen notes Mike Parr's drawings as his major career achievement – and they are a singular body of work – but it's Parr's continuing performance art practice that inspires many emerging artists.

But the AIA changed its bylaws that year, opening its award process to allow nominations for a single architect or pair of collaborating architects who produced a singular body of work.

By the nineteen-nineties, Adams had begun to carve out a singular body of work, which can be sampled on recordings on the New World, New Albion, Cold Blue, Mode, and Cantaloupe labels.

Paintings of piñata surveillance cameras and explosive animals come alive in Back and Forth, a singular body of work created as a collaboration between Dutch street artists Collin van der Sluijs and Super-A.

On Thursday, I was both European and British at once both an island and a continent, a singular body with invisible tendrils that spread from the snow-capped peaks of the Alps to the azure blues of the Mediterranean Sea.

What it unleashed was an utterly singular body of subsequent work.

Throughout her long career as an Observer photographer, Jane Bown, who has died aged 89, produced a consistent and singular body of work that straddled many areas of photojournalism.

While Pluto was once thought to be a singular strange body in an otherwise dull, empty expanse of space, it is now the archetype of what astronomers call the "third zone" of the solar system.

Capitalism an economic system, rather than a government entity is a far more sinister creature, existing not as a singular external body, but as a complex set of ideas and ideals woven into the social fabric and claiming dominion over not only our relationships with others or with property, but over our minds themselves.

The dynamics of a singular vehicle body can be obtained through the theorem of momentum [26]: mfrac{{text{d} {user2{V}}}}{{text{d} t}} = {user2{F}}, (1 where m represents the mass, and V and F indicate the vector of the velocity of the center of gravity and external forces, respectively.