The phrase "a tiny complex" is correct and usable in written English.
It can be used to describe a small or intricate system, structure, or group of related elements.
Example: "The architect designed a tiny complex of eco-friendly homes that blended seamlessly with the surrounding landscape."
Alternatives: "a small cluster" or "a miniature system".
Donald E. Ingber's most recent innovation is a technology for building a tiny, complex, three-dimensional model of the human lung.
Life had become information, genes were the bearers of that information, carrying it in a tiny, complex code inside every cell of our bodies.
The setting is the 11th century, Japan's Heian period, when the modern city of Kyoto was the imperial capital of Miyako, and a tiny, complex society of courtiers adhered to an exquisitely choreographed round of ceremony, costume and poetry.
In Spain, the technology installed by Mr. Bergaz, who works for Interoute, a long-distance operator based in London, was a tiny, complex optical transport system made by Infinera, a company in Sunnyvale, California, that is a pioneer in optical miniaturization.
In January, INS agents on a routine sweep for undocumented immigrants were surprised to find 290 Mexicans packed into a tiny apartment complex in Raymondsville, south Texas.
This tiny, complex architecture captures and boosts light signals.
But beyond that, the innate intelligence built into DNA molecules could help fabricate tiny, complex structures-in essence using computer logic not to crunch numbers but to build things.
Graphene gets sculpted for stretch Jump to media player Inspired by the paper art form kirigami, physicists create tiny, complex structures from sheets of graphene.
Beyond that, the innate intelligence built into DNA molecules could help fabricate tiny, complex structures--in essence using computer logic not to crunch numbers but to build things, an idea conceived by Eric Winfree and Paul Rothemund at the California Institute of Technology.
Our only window into this tiny, complex world is by high-throughput experiments such as DNA and RNA sequencing, proteomics assays, single-cell experiments and gene editing with CRISPR-Cas9 screens.
When I first decided to map out the UK's emissions back in 2008, I soon realised that the task was a tiny bit more complex than it first appeared.
