Dr. M. Nisa Khan was born in 1965 in then East Pakistan – a region of Bengal belonging to the Indian Subcontinent. She grew up studying Bharatiya (Indian, although somewhat colonized) Itihash (history), ganita (mathematics) and biggyan (science) among other subjects. Just prior to the SSC examination she was sent to the United States for higher education. After several years of independent work following her tenure at the infamous Bell Laboratories Research and other companies, she was able to carefully note the differences in current Bharatiya (although colonized) and American education systems. While Dr. Khan’s colonized Bharatiya education is not the same as more ancient ganita and biggyan, she has been able to determine the need for non-axiomatic beginnings for mathematics and physics through the influence of the Bengali language and her original practical work.

Dr. Khan is the first to prove using natural physical laws and advanced calculus why lasers, LEDs and semiconductor wireless antennas produce directed beams – a very important natural phenomenon that was missed by all mainstream physicists and mathematicians from the 20th and 21st centuries including Einstein, Schrödinger, Tesla, and others. This work is in her peer-reviewed article published in 2019 and in her prior book, “Understanding LED Illumination” (CRC Press, 2013), which is now used as an advanced textbook in specific electrical engineering curricula in many universities around the world.

Dr. Khan received her bachelor's degree in physics and mathematics from Macalester College, St. Paul, Minnesota, USA, her master’s and Ph.D. degrees in electrical engineering from the University of Minnesota, Minneapolis, USA. During her studies, she worked as a research associate at Honeywell Solid State Research Center in Bloomington, Minnesota for 9 years. After completing her doctorate, she became a member of technical staff at AT&T Bell Laboratories (now Nokia) in Holmdel, New Jersey and spent most of her 6 years at the Photonics Research Laboratory at Crawford Hill doing pioneering work on 40-Gb/s optoelectronic and integrated photonic devices. After that she worked on optical communication subsystems at several other companies including her own venture-backed start-up companies in New Jersey. In 2006, she started an independent research and engineering company on optics, electromagnetic radiation, and lighting and has since been involved in research, engineering and course development for both academia and industries. Dr. Khan is also a dual professional, working as a registered investment adviser (RIA) for managing financial assets in the United States.

Dr. Nisa Khan is a steadfast advocate of humanity and science and she affirms that natural physics is entirely commensurate with natural mathematics and both must be rooted in sustainable humanity. Although being educated by means of mainstream academia and contributing to mainstream industry circles around physics and electrical engineering for decades, Dr. Khan had decided to abandon mainstream physics, mathematics, and electrical engineering academic and industry circles. This process began in 2016 when she noted that mainstream relentlessly insists on doing physics and engineering assuming zero spatial volume for matter and light (or electromagnetic radiation) reducing all substance to a ‘point’ without ever physically defining what this ‘point’ is either theoretically or practically. Recognizing that such fundamental blunder and inadequacy around mathematics, physics, and engineering doctrine could never lead to discovering the true nature of reality, she now focuses on fluid or analytic mathematics and physics that are rooted in authentic Indian mathematics known as ganita. This mathematics is 100% commensurate with natural physics and applying such mathematics, she is able to explain the discrepancy and contradictions that exist in modern physics; for example, between Einstien’s General Relativity and quantum theories.

Dr. Khan is grateful to know and collaborate with a group of people who understand and appreciate the acute quandaries associated with mainstream science and mathematics. Two such individuals are Professor C. K. Raju and Dr. Alan Rayner. Both of these brilliant scientists have substantially contributed to natural sciences using either naturally fluid mathematics (ganita that uses Sulba Sutra) or naturally fluid chronicles that utilize rigorous and comprehensive reasoning.

Dr. Alan Rayner’s chronicles are themed around a concept known as Natural Inclusion, which simply describes that all entities in Nature are a co-creation of energetic response being received by receptive stillness of space within some local neighborhood. Dr. Khan envisions that this theme is the root of all physics, science and mathematics. She looks forward to contributing to an upcoming book to be written by several people who also appreciate such Natural Inclusion. Her contributions will be focused towards describing the direct correspondences between fluid calculus and certain specific narratives of Nature Inclusion. Doing so will demonstrate that such fluid mathematics is also invariably and entirely natural physics.