Computers have changed the ways in which scientific research is compiled
and analyzed. Scientists, engineers and researchers alike are able to
compile vast amounts of data and leave it to the computer to work
through the data while focusing on another area of the research project.
This creates research results with fewer errors and better-engineered
products.
Computers used in scientific research have the ability to analyze data
in ways and at speeds not possible with the human eye. They are able to
analyze percentages of materials present in a variety of compounds from
soil samples to chemicals and even the air you breathe. Additionally,
computers used in this manner can determine trends in data samples. For
example, computer analysis of data in research could determine the
temperature at which certain chemical compounds break down or the
percentages of improvement patients show when administered a certain
medication.
Scientific research often requires that complex mathematical equations
be solved in order to determine if data is valid or if a certain
structure of molecules will remain stable. Computers are integral to
this calculation process since scientists can write software programs
specifically to provide answers to such questions. This removes the
element of human error, which can cost research institutions millions of
dollars in fixing a product that was created with even the smallest
amount of flawed data.
Scientists and researchers are able to use computer programs to model
how data might manifest itself in the future. This ability is useful in
predicting climate patterns, simulating how engineered products might
perform in the field, predicting the erosion rate of beaches and
anticipating the absorption rate of medications in the body. Scientists
and engineers are then able to adjust building strategies or chemical
compositions of products to ensure safe operation and consumption.
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