What is technology - and why is it so important for us humans in everyday life?
Photo: Pixabay.com |
We use technology to share information, clean our
clothes, prepare our food, and get from one place to another. But
everyday things such as door locks, floor panels, or furniture are technologies that we take for granted and are less impressive than
self-driving cars or 3D printing. But what exactly do we mean by
technology, and what types of technology are there?
What do we mean by technology?
What
is technology - and why is it so essential for us humans in everyday
life? Strictly speaking, when we talk about technology, we often
actually mean technology. Technology is a much narrower term and
describes how a product works or a method to achieve the
desired result. Technology goes further and also includes the experience
around the technology. Literally, technology is the science of using
technology. Due to the influence of the English term for technology,
technology, it has become common in recent years to speak of new
technologies and not of new techniques in German.
But
what do we mean by technology? When we hear the term, we often think of
innovations in communication. Or visions of the future
reminiscent of science fiction films come to mind. In terms of everyday
life, we automatically think of objects powered by electricity
and are usually rather complex. But technology doesn't have to be
complicated. Put simply, we use technology whenever we use scientific
knowledge to achieve a specific purpose, whether in industry or in our
daily lives. From the discovery of the wheel to computers and MP3
players to the latest technologies such as self-driving cars, countless
technological innovations have shaped our everyday lives or will shape
them in the future.
What types of technology are there?
There
are different types of technology. As the name suggests, essential
technologies are the basis of our industry. They have not only been
tried and tested in theory and in the laboratory but have been in
practice for years. The essential technologies include, for example,
combustion engines, transistors, and the power grid. Necessary technologies
are of the utmost importance for industry and business. Ideally, new
technology will eventually become the basic technology. KETs are the key
to further development in the relevant technology sector. Key
technologies are the focus of science. They are sufficiently
researched to derive a practical application reference but not enough to fully realize all potential applications.
Examples of crucial technologies are bioinformatics, image recognition,
robotics, solar energy, and hybrid technology.
Pacemaker
technologies are not yet ready for use, but they are more than just
dreams of the future. They already have an application reference and can
become critical technologies through further development. Pacemaker
technologies are often associated with risky investments. Examples
of pacemaker technologies are neuroinformatics, genetic engineering, and
nanotechnology. Emerging technologies still in the research
stage are the so-called future technologies.
Key, pacemaker, and
future technologies are referred to as new technologies. They are
essential for the further development of society and the competitiveness
of companies.