“Science isn’t simply something that happens in a lab; it’s a part of everyone’s daily lives, including yours.”

Science is everywhere: is there any doubt about it? 

Civil and environmental engineers, as well as urban planners, assist in the development of sustainable communities all over the world. STEM is for you if providing venues for people to come together is your passion.

You need geometry to develop shapes, algebra to build plans, and arithmetic to get your ideas to market, whether you’re creating vehicles, buildings, or clothing.

Music has a beautiful sound because of patterns like timing, rhythm, and pitch. Consider this: reading music is similar to reading math symbols. The music notes indicate the duration of time so, if you play the piano, you are doing math.

The world would have been stopped without inventions of Science. There is a shortage of space everywhere in the world as high buildings are constructed both for commercial and residential purposes. Inventions of lifts working in these highly constructed buildings have made life very easy. A housewife can cook tasty food with the help of different kitchen machines that are invented by science. In this condition, she can save too much wastage of time and give that time to perform other house works and also her family. Cloth washing systems are also very easy because of the invention of washing machines from modern science. All this is possible with the production of fully automatic washing machines.

What has science done for us? 

Try envisioning a day without scientific advancement to see how deeply science is intertwined into our lives. For starters, there would be no power lines and no method to consume electricity without contemporary science. 

• Electricity – Science has steadily built up our understanding of electricity, which today carries our voices over telephone lines, brings entertainment to our televisions, and keeps the lights on, from Ben Franklin’s studies of static and lightning in the 1700s to Alessandro Volta’s first battery to the key discovery of the relationship between electricity and magnetism.

• Things are easy to carry – A chemist created the first synthetic plastic in the early 1900s, and since then, chemistry has developed a vast range of plastics appropriate for a wide range of applications, from bullet blocking to making smoother dental floss.

• Agriculture and food – The way we eat now has been altered by science. Biologists began producing high-yield corn, wheat, and rice varieties in the 1940s, which, when combined with chemists’ new fertilisers and insecticides, greatly boosted the amount of food that could be collected from a single field, ushering in the Green Revolution. 

• Illness treatment, medicines – Edward Jenner was the first to demonstrate that vaccination was effective in the late 1700s. Many diseases are believed to be caused by germs, according to scientists and doctors in the 1800s. A biologist discovered the first antibiotic in the 1920s. The impact of modern medicine on world health has been enormous, from the elimination of smallpox to the prevention of nutritional deficits to the successful treatment of once-fatal illnesses. Indeed, many individuals alive today would have perished of diseases that are now easily treatable if it hadn’t been for science.

Science: Just Use, Don’t Misuse

Although some science is a blessing in our daily lives, it is also quite hazardous because science has produced extremely dangerous weapons that can quickly kill humanity. Another downside of science is the employment of propaganda in the media. Different types of stories and rumours emerge from time to time, causing a lot of anxiety among people all around the world. The creation of media has played a large role in communicating tensions inside the country. Anti-social elements utilise the media to spread rumours and false information. Thanks to mass media, once a storey is circulated, it spreads like wildfire.

Key Takeaways 

From the mundane workings of our daily lives to global challenges, scientific understanding may improve the quality of life on many levels. Energy, conservation, agriculture, health, transportation, communication, military, economics, leisure, and exploration are all areas where science informs public policy and personal decisions. It’s nearly hard to overestimate the extent to which scientific knowledge influences modern living.

Science has changed the way we live our lives. Science has accelerated the pace of life; it has expanded the range of our jobs, pushed the boundaries of our curiosity, and expanded how we might spend our free time; it has provided us with luxuries and amenities that our forebears could only dream of.

Even the most basic human being, who knows the safe from the deadly berry and has stored up some fundamental concepts about building a house, sharpening a spear, and fishing in the river, has science enter his or her life in the fullest sense of the word. This knowledge, or accumulation of experience, sets man apart from animals that must rely on instinct.

Also published on Medium.