Inside atomic world the journey of modern Physics..
What you will learn
Modern Physics
Nuclie
Dual Nature of Radiation and Matter
Atomic Structure
J.J Thompson model
Ernst Rutherford model
Neils Bohr Model
Basics of Nuclear Reactors
Introduction to radiation (alpha,beta,gamma)
Semiconductor & electronic
Basic electronic devices (LED, Solar, Photodiode.)
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- Unlock the fundamental building blocks of reality and grasp the revolutionary concepts that redefined our understanding of the universe.
- Develop a physicist’s analytical toolkit, learning to approach complex problems with logic, intuition, and a deep appreciation for empirical evidence.
- Journey beyond classical limitations to explore the counterintuitive yet profoundly accurate principles of quantum mechanics and relativity.
- Demystify the behavior of subatomic particles and the forces that govern their interactions, gaining insight into the very essence of matter and energy.
- Understand the elegant models that mapped the atom, from early probing to sophisticated quantum descriptions.
- Explore the cutting edge of energy production through an introduction to the principles powering nuclear reactors.
- Navigate the invisible world of radiation, discerning its properties and impacts.
- Bridge the gap between theoretical physics and tangible technology by understanding the science behind modern electronics.
- Appreciate the quantum leaps that led to the development of essential electronic components shaping our digital age.
- Cultivate a mindset of inquiry and critical thinking applicable to scientific challenges and everyday decision-making.
- Gain a foundational knowledge that empowers you to engage with ongoing scientific discoveries and technological advancements.
- Discover the philosophical implications of modern physics, pondering the nature of causality, determinism, and observation.
- Develop a keen eye for experimental design and data interpretation, the bedrock of scientific progress.
- Connect abstract theories to practical applications that have transformed industries and our daily lives.
- Become a more informed citizen capable of understanding complex scientific debates and their societal impact.
- Acquire the language and conceptual framework to discuss and comprehend advanced scientific topics.
- PROS: Highly practical skill development in analytical thinking and problem-solving.
- PROS: Empowering understanding of foundational scientific principles that drive innovation.
- CONS: May require a certain degree of mathematical comfort to fully grasp certain concepts.
English
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