Its shape is so distinctive that it has earned the moniker "the Gherkin." The legendary architect Norman Foster of the Foster & Partners architectural company designed the structure. There were open shafts placed between each story that served as ventilation for the building and required no energy to operate. These shafts were originally filled with sand to provide insulation against heat and cold, but now they are used for storage.
The building is made of aluminum alloy which is three times lighter than steel. This allows more stories to be added without increasing the weight of the building too much. The design also uses less material than traditional buildings making it cheaper to build. It takes only four years to construct a Gherkin, compared with six or seven for a conventional skyscraper.
The top floor serves as an observatory space where visitors can take in view of the city. There are also several restaurants and shops on the ground level.
You can learn more about the Gherkin by visiting its website: thegherkin.com.
When researching biomimicry in architecture, the first building you will undoubtedly come across is 30 St Mary Axe, popularly known as The Gherkin Building, created by Norman Foster and which has become one of the London skyline's trademark landmarks. The structure was inspired by the saccule, or biological equivalent of an ear drum, which forms a protective shell around the seeds of many plants including cottonwood trees- which explains its name.
People sometimes ask me if The Gherkin is a form of biomimicry, and the answer is yes! It uses natural materials and functions to protect its contents while at the same time being attractive to look at. This is what bioprospecting aims to do: find resources from nature and apply them towards human needs.
Bioprospecting has been used for centuries to find materials such as metals and minerals which can now be found easily in nature using modern technology. Bioprospecting has also led to the discovery of many new organisms with potential use in medicine, such as the HIV virus inhibitor flavonoid called quercetin which comes from a tree native to North America.
The goal of bioprospecting is to collect information about these resources which are available in nature but often inaccessible due to their location.
What is the purpose of the Gherkin? The Gherkin is a private office building that houses numerous significant corporations. It is also the name of the feature that allows developers to create scenarios that act as tests for their software applications.
Developers use scenarios written in the Gherkin language to test their applications by running them under different conditions. For example, a developer might write a scenario that checks to make sure that her application can open a specific file type when it is executed with the right command-line arguments. When executing the scenario, the developer would actually run the application, but instead of testing it on a real user, she's using a tool called a "test runner" that is used to execute the scenarios.
The term "Gherkin" comes from the names of the features that were used to represent scenarios: "George's House", "Mary's House", and so on. The Gherkin language was created by Jeff Bezos while he was working at Amazon. He wanted to create a simple way for developers to write clear tests that could be executed by a computer rather than people.
In conclusion, the Gherkin is used by developers to write testable software applications.