Let's learn Modern Physics from Scratch from Udemy

Want to dive in the world of atoms.

Are you Curious to see What's inside the tinnest. The Universe of its Own.

Welcome to Modern Physics.

In this course we're going to explore the world of atoms & Whats inside them. Their models proposed by various Nobel Prize Winning Models and How they failed. We're gonna learn fundamentals of atoms and how they actually been. Their mathematics and Calculations of the model.

Once we are done with it., We're going to learn Nuclie The Center of all atoms and Molecules.

Its nature and What's present in them.

About Protons and Neutrons at the center and Electron's orbiting around them. Their energy and Mass defect that occur to the

Radiation it emits.

Alpha, Beta & Gamma radiation basics and what and How they're Produced. Their powers and formation in radioactivity.

And then we will see How Nuclear reactors Work.

Fission and Fusion working & their How's and Why's??

After that we're going to learn Bohr's Postulates for atom and (The story of longest Controversy about light being particle nature or Wave Nature ) Einstein's model of Photoelectric effect that came from Photoelectric Story (Observation & later in experiment) & Finally we will see DeBrogli's law of duality of particles.

That a particle can be both particle and Wave in Nature.

Semiconductors & basic electronics devices. That will give you a deeper understanding of modern Physics & basis of electronics learnings.

In this Course i have tried to give the facts and theory presenting in an interactive and story telling formats that is both fun and Knowledgeable.

We have covered with Mathematical formulas & Derivations wherever it is require or feels necessity of with very basic and easy to understand format.

We will Cover the experiments and models to relive all that happen during its first time by Scientists.

You will enjoy this course and with that you will also be able to learn quiet valuable information and theories that you can present in front of your audience & it will also be helpful in learning advanced topics on the subject.

You can aspect few more announcements in future that i will update you with in near future.

So what are you waiting for Join Now

Start you learning today., with just spending 15 minutes of commitment everyday.

What's inside

Learning objectives

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.)

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.)

Syllabus

Bohr's entry in structure war of the atom

Bohr's atomic model

Bohr's Postulates

In this section we will learn the basics starting from "What is an Atom"

What is an Atom

Structure of the atom

J.J Thompson Atomic Model

Rutherford's model of atom

Rutherford's atomic model calculations

Atomic spectra and energy calculations

Bohr is back

Bohr is back 2 (With energy)

This will wrap up of the atoms topic and will prepare for the next one.

Rydberg's Constant

De-Broglie's solution for Bohr's postulate (Took him 10 years to solve)

Limitations of Bohr's model

Atom full story (Summary of all classes)

Now its time to study the Center of each atom or molecule.

What is Nuclie

Atomic Number

Mass Number

What is Nuclear mass

Isotopes & Isobars

Isotones

What are isomers

What is electronVolt (eV)

amu (atomic mass unit)

Size of nucleus

e=mc2 (energy mass equivalence)

mass defect

mass defect (in detail)

Binding energy

Binding energy per nucleon

Its fun and deep knowledge packed.

What is Radiation

Alpha decay (radiation)

Alpha radiation (explained)

Beta decay (radiation)

Beta radiation (explained)

Gamma decay (radiation)

Gamma radiation (explained)

What is Nuclear reactor

Fission

All about Fusion

Wave particle duality.

Einstein's theory

De-Broglie's theory

You hit the wall but what hits you?

Work Function

Thermionic emission

Field emission

Photoelectric emission

Hertz's observation (Photoelectric emission)

Hallwachs & Lenard Photoelectric experiment

Key points from Photoelectric effect Observation

Einstein's Nobel prize work

Secret man's deep observation

Graph check

Potential Vs Current

Wave nature of Matter

De-Broglie's World

Diffraction & its experiment

Final assesment

Everything that builds for solid foundation of semiconductors..

What are Semiconductors

Electron jump fermi level

Bandgap

Types of semiconductors

Reality of holes

Number of holes

extrinsic type

p type semiconductor

n type semiconductor

Forward bias

Reverse bias

Depletion region

Depletion region explained

Diodes

Zener diode

Zener diode explained

Junction devices

LED

Solarcell

Photodiode Vs Solarcell

Digital electronics

AND Gate

AND Gate Truth Table

OR Gate with Truth Table

NOT Gate with Truth Table

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Let's learn Modern Physics from Scratch with these activities:

Review Basic Physics Concepts

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Strengthen your understanding of fundamental physics principles to better grasp the concepts of modern physics.

Browse courses on Classical Mechanics

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Review your notes from introductory physics courses.
Work through practice problems on mechanics and electromagnetism.
Focus on topics like energy conservation and wave behavior.

Read 'Six Easy Pieces' by Richard Feynman

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Gain a conceptual understanding of key physics principles through Feynman's clear and engaging explanations.

View Six Not-So-Easy Pieces: Einstein's Relativity,... on Amazon

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Obtain a copy of 'Six Easy Pieces' by Richard Feynman.
Read one chapter per week, focusing on understanding the core concepts.
Take notes on key ideas and examples.

Solve Problems on Wave-Particle Duality

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Reinforce your understanding of wave-particle duality by working through a variety of quantitative problems.

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Find practice problems on wave-particle duality in textbooks or online resources.
Solve problems related to the photoelectric effect and de Broglie wavelength.
Check your answers and review the solutions to understand any mistakes.

Four other activities

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Explain Bohr's Model in a Video

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Solidify your knowledge of Bohr's atomic model by creating a short video explaining its postulates and limitations.

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Research Bohr's atomic model and its historical context.
Write a script outlining the key points you want to cover.
Record a video explaining Bohr's model in a clear and concise manner.
Edit the video and add visuals to enhance understanding.

Simulate Radioactive Decay

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Deepen your understanding of nuclear physics by creating a simulation of radioactive decay using a programming language.

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Choose a programming language (e.g., Python) and learn the basics of simulation.
Implement a simulation of radioactive decay using random numbers.
Visualize the decay process using graphs and charts.
Experiment with different decay rates and isotopes.

Read 'The Fabric of the Cosmos' by Brian Greene

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Expand your understanding of the universe and its fundamental laws through Greene's accessible explanations.

View The Fabric of the Cosmos: Space, Time, and the... on Amazon

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Obtain a copy of 'The Fabric of the Cosmos' by Brian Greene.
Read the book at your own pace, focusing on chapters related to relativity and quantum mechanics.
Reflect on the implications of these concepts for our understanding of the universe.

Tutor Students in Modern Physics

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Reinforce your understanding of modern physics by tutoring other students and explaining difficult concepts.

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Offer tutoring services to students struggling with modern physics.
Prepare explanations and examples to help students understand the material.
Answer questions and provide feedback on their work.

Career center

Learners who complete Let's learn Modern Physics from Scratch will develop knowledge and skills that may be useful to these careers:

Nuclear Engineer

Nuclear engineers research and develop nuclear equipment, processes, and systems. This career requires a deep understanding of nuclear physics and engineering principles. This *Modern Physics* course may be helpful as it covers the fundamentals of nuclear physics, including nuclear structure, mass defect, binding energy, and different types of radiation. The course's coverage of nuclear reactors, fission, and fusion are useful in understanding the practical applications of nuclear energy. The course may be useful for building a foundational understanding of the principles underlying these technologies.

See salaries and explore the career path for Nuclear Engineer

Semiconductor Device Engineer

Semiconductor device engineers design, develop, and manufacture semiconductor devices like transistors and integrated circuits. A strong understanding of semiconductor physics is essential for this role. This *Modern Physics* course introduces semiconductors, covering topics such as band gaps, doping, p-type and n-type semiconductors, diodes, and transistors. This course goes over the foundations that a future Semiconductor Device Engineer needs to know. This course may be useful for developing a solid understanding of the fundamental principles of semiconductor device operation.

See salaries and explore the career path for Semiconductor Device Engineer

Nuclear Technician

A nuclear technician assists scientists and engineers in nuclear research and production. This career involves working with radioactive materials and nuclear equipment, requiring a solid understanding of nuclear physics. The *Modern Physics* course explores the fundamentals of nuclear physics, including nuclear structure, mass defect, binding energy, and different types of radiation. The course's coverage of nuclear reactors, fission, and fusion are useful in understanding the practical applications of nuclear energy. Aspiring nuclear technicians may find the course material helpful in gaining a foundation in nuclear concepts.

See salaries and explore the career path for Nuclear Technician

Physics Teacher

A physics teacher instructs students in the principles of physics, fostering an understanding of the physical world. The *Modern Physics* course provides a survey of modern physics concepts, including atomic structure, nuclear physics, wave-particle duality, and semiconductors, and may be useful for someone in this role. The course's narrative approach to presenting the material could be useful in engaging students and explaining complex concepts. The course material surrounding the history of physics and how scientists developed these models may be useful in this role as well.

See salaries and explore the career path for Physics Teacher

Science Museum Curator

Science museum curators are in charge of museum collections. They must have a broad understanding of science. A *Modern Physics* course can allow the curator to learn more about atoms, nuclei, and radiation. The course's presentation style, which emphasizes storytelling and interactive learning, may be useful for the curate in designing informative and engaging exhibits. The course material surrounding the history of physics and how scientists developed these models may be useful in this role as well.

See salaries and explore the career path for Science Museum Curator

Science Journalist

A science journalist researches and reports on scientific topics for the general public. This role requires a strong understanding of scientific concepts and the ability to communicate them clearly and accurately. This *Modern Physics* course may be helpful as it explores topics such as atomic structure, nuclear physics, wave-particle duality, and semiconductors. The course's presentation style, which emphasizes storytelling and interactive learning, is useful in communicating scientific information to a broad audience. The course material surrounding the history of physics and how scientists developed these models may be useful in this role as well.

See salaries and explore the career path for Science Journalist

Electrical Engineer

Electrical engineers design, develop, and test electrical equipment and systems. This career requires a strong understanding of electronics and electromagnetism. The *Modern Physics* course introduces basic electronic devices like LEDs, solar cells, and photodiodes, and covers fundamental concepts such as semiconductors and digital electronics. The course may be useful in building a foundational understanding of the principles underlying these technologies. An electrical engineer needs to be very familiar with these topics. The information in this course may be useful.

See salaries and explore the career path for Electrical Engineer

Renewable Energy Engineer

Renewable energy engineers research, design, and develop renewable energy technologies such as solar, wind, and hydro power systems. The *Modern Physics* course covers semiconductors and basic electronic devices, including solar cells, which are core components of solar energy systems. Understanding the physics of semiconductors and how they convert sunlight into electricity is important for the future Renewable Energy Engineer. Thus, this course may be useful.

See salaries and explore the career path for Renewable Energy Engineer

Research Scientist

A research scientist conducts scientific research and experiments to advance knowledge in a particular field. This role often requires a PhD and a strong understanding of scientific principles. The *Modern Physics* course may be useful if the particular line of research touches upon the topics covered. The course covers atomic structure, nuclear physics, wave-particle duality, and semiconductor physics, all of which might be relevant to certain research areas. The course material surrounding the history of physics and how scientists developed these models may be useful in performing research as well.

See salaries and explore the career path for Research Scientist

Radiation Therapist

A radiation therapist administers radiation therapy to patients, often those with cancer. This role requires a deep understanding of radiation, its properties, and its effects on the human body. This *Modern Physics* course may provide a foundational understanding of radiation, including alpha, beta, and gamma radiation, as well as the principles behind nuclear reactors, which are essential concepts to grasp for this role. The course's exploration of atomic structure and nuclear physics are useful in understanding how radiation interacts with cells at a fundamental level. The course material on radiation can help to prepare prospective radiation therapists.

See salaries and explore the career path for Radiation Therapist

Materials Scientist

Materials scientists research and develop new materials or improve existing ones. At the atomic level, the properties of a material can be understood. The *Modern Physics* course includes relevant topics, such as the structure of atoms, the properties of nuclei, and the behavior of electrons in semiconductors. Understanding semiconductors and basic electronic devices, as covered in the course, is also relevant to understanding the properties of materials used in electronic applications. The course may be useful for gaining a scientific foundation relevant to this field.

See salaries and explore the career path for Materials Scientist

Laser Technician

Laser technicians operate, maintain, and repair laser equipment used in various applications, including manufacturing, medicine, and research. The principles of modern physics, particularly quantum mechanics and electromagnetism, are essential for understanding how lasers work. While this *Modern Physics* course doesn't focus specifically on lasers, the discussions surrounding wave-particle duality and the photoelectric effect are relevant. The course may be useful in helping to understand the fundamental physics behind laser operation.

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Data Scientist

Data scientists analyze large datasets to extract meaningful insights and solve complex problems. While seemingly unrelated, the analytical and problem-solving skills honed through studying physics can be valuable in data science. The *Modern Physics* course introduces mathematical formulas and derivations, which can help develop analytical thinking. The course's emphasis on understanding complex phenomena and building models may be useful in approaching data analysis challenges. This course is likely to be useful as a foundation.

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Patent Attorney

Patent attorneys advise clients on intellectual property law, including patents, trademarks, and copyrights. For those specializing in technology, a basic understanding of physics can be beneficial. The *Modern Physics* course offers a comprehensive introduction to the subject, potentially providing the attorney with a solid grasp of the underlying scientific principles. Understanding the physics behind new inventions and technologies is useful for a patent attorney in this field. For this reason, the attorney may find this course useful.

See salaries and explore the career path for Patent Attorney

Quality Control Inspector

The Quality Control Inspector typically inspects and oversees manufacturing. Some of the inspection technologies may have relation modern physics such as X-ray inspection, mass spectrometry, and so on. The *Modern Physics* course may be relevant as it covers semiconductors and basic electronic devices, including LEDs. The course helps to understand the workings of basic electronic devices and their role in the inspection technology.

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Let's learn Modern Physics from Scratch

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