What Are the 10 Benefits of Science?

It’s that simple:

Science makes everyday life a whole lot easier!

From inventions such as electricity and anesthesia to the invention of the steam engine, we owe a lot of the comforts and luxuries in the modern world to science.

Science has helped people all over the world live longer, healthier, and more productive lives. It has influenced every aspect of our lives, including how we cook, how we communicate, how we travel, and even how we learn.

The best part?

The ever-giving nature of science continues to make our lives easier.

In the current scenario, scientific breakthroughs such as artificial intelligence in manufacturing & service, robotics in healthcare, and self-driving cars & bullet trains in travel are making life easier, faster, and more fulfilling.

Every day there are scientific innovations that inch us a little closer to a better standard of living. Truly, science is a magical well that never stops giving!

We all have wondered:

Is there life outside of Earth?

Science is our big ticket to answering this question.
Every space mission is the tireless effort of scientists from various science streams.

Astronomy, fundamental physics, combustion science, atmospheric science, and space biology are some of the several scientific disciplines that contribute to space missions.

According to a report published by Morgan Stanley, The global space industry will be a whopping $800 billion in the next 10 years. This only goes to show the leaps and jumps science has made in understanding the universe better.

If we do come in contact with life outside Earth soon, we have every scientist over the centuries to thank for that incredible experience.

Let’s face it:

Scientific innovations are responsible for how we heal. Right from diagnosis to treatment of different diseases and better operative mechanisms, science is at the crux of our healthcare revolution.

Antibiotics, vaccines, and biotechnology are all gifts from the fountain of science.

Thanks to science, global life expectancy has increased from 45.51 years in 1950 to 73.16 in 2023.

Not only that, the infant mortality rate has drastically dropped from 146.67 deaths per 1000 live births to only 26 deaths per 1000 live births in 2023. [Source]

In the modern world, minimally invasive surgery, robotic surgery, and data science in healthcare are some of the many ways science is improving healthcare.

The best part?

Science is also helping us predict disease outbreaks using genomics and evolutionary theory, so we are prepared for the health challenges the future has in store for us.

Science is fascinating.

This is why it is a preferred career option for millions of young minds.

There are several fields of study under the umbrella of science that are lucrative, challenging, and rewarding sources of employment.

Think medicine, research, computer science, geology, astronomy, space tech, biotechnology, sustainability, pharmaceuticals, nuclear energy, nutrition & dietetics, among many others.

The good news?

Science jobs pay well.

Overall employment in life, physical and social sciences are expected to grow 7 percent from 2021 to 2031.

What’s more, the median annual wage for people working in these fields of science is $72,740. [Source]

People working in science-related fields also command a high level of respect in professional and social circles, with a good scope for career advancement, global employment opportunities, and rewarding jobs.

As long as there is scope for betterment in human life, there will be demand for scientists.

Imagine this:

If it weren’t for science and advancement in healthcare, leprosy would still be taboo in many parts of the world.

What’s more, if science didn’t intervene, HIV patients would be social outcasts.

Science has and continues to help shape belief systems in our society. Science is instrumental in breaking myths and irrational assumptions and ushering logical thinking about humans.

Here is another way to look at it.

Science is driven by facts. Aligning our lives to science enables the attitude of curiosity, discovery, and adaptability.

Advancements in science also ushered in the belief systems of conservation and sustainability.

As the awareness about climate change and environmental degradation increased, so did the need to adopt a belief system that aligns with conscious living.

Both science and culture are strong driving forces in our lives. While science can be described as natural laws that govern our lives, culture is the social laws that govern us.

A classic example of science and culture blending is the emergence of belief systems such as Scientology.

Indeed, science shapes the very essence of human lives.

Here’s a myth:

Science is always forward-thinking.

We make the mistake of thinking that science is always future-oriented. We often need to acknowledge that science is tremendously useful in understanding world history.

It is through advancements in science that humans have been successful in deciphering their past, understanding their origins better, and rediscovering evolution.

Wondering how?

Let us explain.

Take the example of archaeological science. It uses technology and scientific techniques to delve into historical events and helps us understand our past better.

DNA analysis of Egyptian mummies gives us an insight into their genetic configuration, facial features, physical characteristics, and even ethnical build-up.

Here’s the latest – scientists are working on fighting malaria by altering a strand of mosquito DNA.

Forensic DNA phenotyping, polymerase chain reaction, and molecular genetics are all gifts of science that help us understand our past better.

Indeed it is true – science helps us understand who we are and where we come from.

It is not just the key to our future but also an inlet into our past.

What’s common between natural calamities, disease outbreaks, famines, and other challenges faced by the human race?

It is one thing – science has always come to the rescue.

If the recent COVID-19 pandemic and subsequent development of vaccines weren’t proof enough, let us take another example.

Earthquake simulations, heat waves, and flood predictors use model weather simulations, radar, satellite & communication systems to issue warnings and help the human race brace themselves for natural calamities.

Here is an example.

In 2019, Google created and implemented a flood forecasting model in Patna, India, that assesses water behavior in areas that tend to flood very quickly – what is commonly known as flash floods.

Google partnered with several institutions to collect real-time data and warn of impending floods to minimize damage and help adopt preventive measures.

Conservation and restoration efforts are also heavily reliant on the wonders of science.

Connectivity, communication, remote access, and rescue missions owe a lot to scientific advancements that make it possible to reach and help those in distress.

Science is truly a fountain of knowledge that never stops giving.

It also encourages future generations to develop the all-important ability of analytical thinking.

Inspired by the greatest scientists of the past, young minds become interested in science.

They study the works of famous scientists and researchers and, in turn, develop the ability to analyze situations, gaps, and needs.

Wondering how?

Let us explain.

Science isn’t only about facts and figures.

It encourages people to think, question, scrutinize, and analyze with one end goal – solve a problem to make life easier.

Science enthusiasts work with huge amounts of data using tools such as clinical reasoning and other problem-solving techniques.

They approach any problem with the motive of finding a solution that best matches the problem.

This helps them teach the ability to think and analyze critically.

Energy is everything.

Everything is powered by energy, from steam engines to the industrial revolution, fossil fuels, and the recent advent of artificial intelligence.

Now, with climate change being an urgent reality, we must look elsewhere for sustainable energy sources.

Science was at the crux of fossil fuels & industrial revolution then, and science is now at the crux of sustainable energy sources.

The beauty of science is that it comes to the rescue each time and every time in meeting humankind’s demands.

Solar batteries, electric cars, biomass, geothermal energy, wind energy, and several other forms of energy are the gifts of the tireless efforts of our scientists.

Science keeps the production, services, and consumption clock ticking by aligning our needs with energy sources.

Here is a fact:

Boundaries do not bind science.

It transcends geographies and international boundaries to promote interaction, understanding, and cooperation.

It brings people together from different geographies, ethnicities, and regions to achieve a shared vision and common goal, facilitating communication and oneness.

It is instrumental in ushering and maintaining peace in high-tension war-prone regions.

The Israeli-Palestinian Science Organization (IPSO) is an apt example of how science helps peace and mediation.

This initiative was launched to bring together scientists from both these nations for collaboration and education.

IPSO received funding globally for 20 priority projects critical to this region’s health and welfare.

When dialogue, mediation, and political diplomacy failed to bring peace between these two nations, the world knew science was the only path to choose.

Indeed, when all else fails – science comes to the rescue.