Biophysics is a fascinating term for the biology researchers as well as for the physics researcher, as it creates bridge between these two subjects of science.

Biophysics (also known as biological physics) is basically an interdisciplinary approach to study the biological systems. It is uses physics technology to understand the biological systems.

The study of life at molecular level helps to understand many phenomena of a human body including various diseases and their treatment.

Biophysics helped to understand the structure and function of DNA.

The study of biophysics helps to understand the various elements of bio-chemistry.

Biophysics also help to understand the structure and various functionality of protein.

Biophysics uses physics to explain and develop more information on living things. Common examples of these includes wearing glasses with corrective lenses for vision, and X-ray machines, which show the skeletal structure of a creature. Lasers are also part of biophysics, as well as an ultracentrifuge, which is a machine spinning at high speeds to separate a solution.

Biophysics has been used to explain fundamental (basic) processes in Biology. This includes, the diffusion (moving of particles from a point of high concentration to that of a low one) of gases, osmosis, and how lenses can be used to correct vision.

Biophysics is a branch of science that uses the methods of physics to study biological processes. Physics uses mathematical laws to explain the natural world, and it can be applied to biological organisms and systems to gain insight into their workings. Research in biophysics has helped prevent and treat disease, advance drug development, and create technology to allow humans to live more sustainably and protect the changing environment.