Robert Boyle is widely considered to be the father of modern chemistry. Throughout his lifetime, Boyle discovered and established the foundations for various scientific practices, propelled the advancement of chemistry, and created numerous scientific theories and modifications that forever changed the face of the discipline. This article will highlight the life, scientific contributions, and legacy of Robert Boyle, a man determined to tap into the human potential for scientific discovery.

Early Years  

Boyle was born on January 25, 1627, in Ireland to a large and powerful family. A notably large portion of his family was devoted to public service and supported the sciences. From a young age, Boyle showed an aptitude for knowledge and learning and proved to be an avid reader and enthusiastic learner.

At the age of eight, Boyle was sent to Eton College to foster his interest and knowledge in the sciences, and in 1644, he matriculated at the University of Oxford to pursue a degree in medicine. Here, Boyle was active in the sciences and pressed forward in pursuit of scientific and empirical knowledge noting that “beauty, pleasure, and good may be pursued so far as to prejudice religious duties”.

Boyle’s Scientific Journey  


In 1654, Boyle left Oxford and moved to London to study chemistry. He found refuge in a group of chemical and biological investigators known as the ‘invisible college’. During his time with the group, Boyle formulated various theories and hypotheses, conducted experiments, and recorded his findings from the standpoint of a chemist and theorist.

One of Boyle’s most significant innovations as a chemist was the syringe pump, a device Boyle designed to measure and control pressure and flow rates. In addition, he studied combustion, chemical reactions, and the physical and chemical properties of various elements and compounds. His experiments pushed the boundaries of scientific knowledge and cemented the foundations of modern chemistry, and the publication of his chemically based theories and models caught the attention of scientists around the world.


In 1660, Boyle trained his attention on the physics of air and began investigating its properties. Boyle found himself in dialogue with prominent physicists, such as Rene Descartes, and pushed forward the boundaries of knowledge concerning air and other gases. He developed and tested the hypothesis that the pressure of a gas at a given volume is directly proportional to its temperature. This was later known as Boyle’s Law.

Boyle pioneered the use of air pumps to conduct experiments, wrote books such as “New Experiments Physico-Mechanical Touching The Spring of the Air,” and contributed to the emerging field of physics. His contributions included discoveries and modifications regarding atmospheric pressure, viscosity, diffusion, the behavior of sound, and the formation of bubbles in liquids.


One of Boyle’s lasting legacies was the furthering of the concept of a scientific community—a global community of scientists who shared data, conducted experiments, tested engines, and explored the potential of the human intellect and natural search for knowledge. His work helped popularize new scientific tools in the late 17th century and early 18th century, like additional air pumps and air turbines.

Boyle was a prominent advocate of the inductive method, a procedure developed by the Ancient Greeks, which emphasizes the importance of observation and the collection of data in order to draw conclusions. His insistence on this procedure greatly influenced the manner in which science is conducted worldwide.

Boyle died on December 30, 1691 and was interred at St. Martin’s Church in Oxford. His legacy lives on in modern chemistry and physics, in medical studies, and in the experimental methodologies employed in the sciences. His insistence upon empirical evidence has revolutionized the way science is approached and studied, and has fostered exploration, dialogue and research worldwide.

Robert Boyle was a pioneering figure of modern science who contributed significantly to the sciences of chemistry and physics. He founded the idea of an ethical scientific community, pioneered revolutionary procedures and devices, and developed a new appreciation for the empirical method. His principles and scientific contributions will continue to shape the global scientific community for centuries to come.