In today’s era of globalization, it is not out of the ordinary to see devices transform into a better and high-tech version of themselves. Especially when we’re looking at items which are of every day use. In the science and research field, there are bound to be new things to discover every day, from cells and the human brain. Because of this, the equipment used in research labs need to be of a high-quality and the latest technology, to increase both efficiency and safety measures.
Lab supplier in Malaysia, as well as around the world, are trying their best to manufacture the latest equipment that would assist researchers and scientist alike in their day-to-day analysis. Countries in Europe, especially, does not shy away from making sure that their research and laboratory equipment meet the basic requirements, as well as, the latest technology. In fact, their equipment are enhanced every day, making them known for their cutting-edge technology in lab equipment and facilities.
Europe, which consists of 47 nations, some of which are partly located in Asia, such as Russia and Turkey, has a startlingly different environment in terms of language, culture, and history. Non-EU scientists and students can apply for fixed-term research posts and training programmes at universities and research centres all throughout Europe. Early-career scientists from all around the globe can get help from European and national funding organizations, academic exchange programmes, scientific organizations, and private foundations.
English is the primary language in only three European countries: the United Kingdom, Ireland, and Malta. In most laboratories across the EU, however, English is the official language. Various people in many countries, particularly in Scandinavia, the Netherlands, Belgium, Finland, Germany, and Poland, speak English fluently. In France, Spain, and Italy, the language is spoken less often.
To enter any EU nation, people from more than 100 countries must first get a visa. It is usually simple to acquire a short-stay visa for up to 90 days, which is suitable for attending conferences or workshops and seminars. To make international travel easier, a group of 26 member countries that eliminated border checks at their mutual territories have adopted similar visa procedures. The non-EU nations of Switzerland, Norway, and Iceland, but not the United Kingdom, are part of the so-called Schengen Area.
Europe’s High-Tech Laboratories.
One of Europe’s charms is the opportunity to work in a multicultural research environment employing cutting-edge scientific procedures and cutting-edge tools. There are students who experienced using the cutting-edge tools during their stay in Germany. One of them received training in a variety of cell lines, ranging from fibroblasts to induced pluripotent stem cells.
Others got hands-on instruction in atomic force microscopy, fluorescence microscopy, and X-ray diffraction, as well as networking opportunities that led to many collaborative publications. As a result, the knowledge they gained in Germany was extremely useful in furthering their biomaterials and polymer characterization studies.
Language obstacles, administrative difficulty, a high cost of living in many EU cities, and a puzzling multiplicity of national and European financing schemes are all disadvantages of Europe. Some people find it difficult to manage cultural differences, noting, for example, the unstated, unwritten conventions that surround traffic, bicycles, and queuing.
Social and professional connections may be difficult, and some people question if it’s okay to seek for support from co-workers. Southern and eastern European nations, on the other hand, tend to attract less foreign scholars than northern European countries like the Netherlands, Germany, or the United Kingdom.
Why It Should Be Accessible.
Cutting-edge science has the power to captivate curiosity, influence the world, and pique people’s interest. One example is the pursuit for the Higgs boson and its discovery by CERN. Other essential and possibly game-changing science, on the other hand, remains mostly unknown. Stories about cutting-edge science may both teach and excite young people, encouraging them to pursue careers as researchers in the future.
Citizens in many European countries discovered how ‘awesome’ science is through story-telling, seminars, and hands-on events in science and natural history exhibitions, shopping malls, science festivals, science-cafés with scientists on university campuses, and other public venues, in their own language.
Interest in science and technology doesn’t apply only in European countries. Many other countries seek the same ventures, as they are also aiming to enhance their understanding about the world and the universe. Students from other parts of the world that have a profound interest in science, might just be the next Nobel-prize winning scientist. Unfortunately, not many universities have the necessary tools for these aspiring scientist to thrive and succeed. Which is why opening the doors of the laboratories for these students are important.
In some cases, there are students who are lucky in acquiring a scholarship to pursue their studies in European countries. Regardless, making laboratories accessible for the public around the world will not only pique people’s interest in science and technology, but also further increase the possibility of questions being answered in the future.