Sentence examples for technically formidable from inspiring English sources
"technically formidable" is a valid and usable phrase in written English
It is typically used to describe something or someone that is very skilled or proficient in a technical or specialized field. Here is an example: "The new software was designed by a team of technically formidable programmers, ensuring its reliability and efficiency."
He is first and foremost a technically formidable and musically searching pianist.
Russell Sherman is one of the most technically formidable and musically probing pianists of our time.
But it was beautifully colored and technically formidable performances that closed the deal.
Hahn's technically formidable playing has never emphasized dramatic contrasts, but she clearly relishes the challenge of bringing this ingeniously fashioned piece to light.
londonjazzfestival.org.uk Innovative and technically formidable Scottish-English folk trio Lau launch their new album, as well as curating a four-day folk festival.
Technically formidable, he has what music teachers call a "focused" tone: strong and well-defined, moving evenly through fast or emotional passages.
He pushed the boundaries of what was possible technically by composing 24 formidable études, published in two books, which he began when he was 20.
Rigorously realistic and often technically, if not aesthetically, formidable, Wildlife Art is built on the specialized traditions of sporting art and the work of the Animaliers, a group of 19th-century French sculptors and their American followers, of which the museum has excellent examples.
Mr. Berman conceived the event in a way the students found too enticing to resist, as I learned from speaking briefly with the pianist Lee Dionne, who earlier in the evening had played a majestic, technically impressive account of the formidable Sonata No. 8 in B flat, the last of three works composed from 1939 to 1944 and known as the "war sonatas".
The technical challenge of producing a thin section device compatible with the spacecraft environment is formidable and has been thought too technically difficult to be practical.
The goal of understanding cellular and subcellular contributions to energetics of brain function and disease and the brain images based on these signals is a long-standing, formidable problem requiring complementary combinations of quantitative in vivo approaches to address technically difficult issues.
