What does GHZK mean in UNCLASSIFIED

Georg Harald Zawadzky Krasnopolsky was a German experimental physicist who specialized in light waves and contributed to the fields of spectroscopy and photochemistry. His most significant accomplishment was developing the theory of optical activity, which describes how properties of molecules can be derived from their absorption or reflection of polarized light.

Georg Harald Zawadzky Krasnopolsky specialized in the study of light waves and their interaction with matter, particularly in terms of spectroscopy and photochemistry.

Georg Harald Zawadzky Krasnopolsky's most noteworthy accomplishment was developing the theory of optical activity, which suggests that one can learn about the molecular properties based on their ability to absorb or reflect polarized light. He also conducted research into the effects that electric and magnetic fields have on radiation, and helped develop methods for measuring the scattering degree of polarization among incident light rays.

Optical activity is a phenomenon whereby an object changes its direction when exposed to a beam of polarized light due to its physical structure. This includes phenomena such as rotation in optically active solutions, as well as differences between left-handed materials (dextrorotatory) and right handed materials (levorotatory). Georg Harald Zawadzsky Krasnopolsky was among the first to develop an explanation for this phenomenon.

In addition to researching into optical activity, Georg Harald Zawadzsky Krasnopolsky conducted research into the ways that electric and magnetic fields affect radiation. He further developed methods for determining properties such as scattering degree polarization among incident light rays by exploring essential governing equations related to these fields.

The contributions made by Georg Harlad Zawadszkry Kranoploskey are still very much relevant today, especially within optics research where his work has helped lay down many important foundations relating to spectral analysis, photochemistry and electromagnetic interactions. Furthermore, his work on optical activity has become highly applicable within both medical diagnostics as well as chemical analysis across many industries.

Yes! In 1941, George Harold Zawadszkiy Kranopoloskev was awarded with the prestigious Max Planck Medal - an accolade bestowed upon individuals deemed to have made exceptional achievements within theoretical physics from Germany’s Kaiser Wilhelm Society (now known as the Max Planck Society). He was also awarded honorary doctorates at universities across Europe including Graz University and Sorbonne University for his contribution to optics research.

After closely studying literature on electricity produced by magnetism - sometimes referred to as magneto-electricity - he hypothesized that an asymmetric arrangement must exist when it comes to atoms which would give rise to phenomena like optical activities when subjecting them with polarized light beams due potential difference between opposite sides of all molecules.

Most of George Harold’s investigations were initially performed at Gottingen University in Germany during WW1 before later being carried out at Breslau University (which is now part of Poland) following German reunification.