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Solar terrestrial physics fundamentals Course

Track :

Science
Course Presenter :

IIT Roorkee July 2018

Lessons no : 62

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What will you learn in this course?
  • Understand solar radiation, solar cycles, and their effects on Earth's climate and atmosphere using scientific methodologies.
  • Analyze geomagnetic storms, auroras, and space weather phenomena impacting Earth's magnetosphere and technological systems.
  • Apply principles of solar-terrestrial interactions to environmental monitoring, climate studies, and space research projects.
  • Evaluate the influence of solar activity on Earth's environment, enhancing research skills in atmospheric physics and space science.

How to Get The Certificate

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  • The Certificate is free !
Lessons | 62
Lecture 04 Sun Interplanetary Space II Prof M V Sunil Krishna IIT Roorkee
00:25:52

Lecture 04 Sun Interplanetary Space II Prof M V Sunil Krishna IIT Roorkee
Lecture 03 Sun Interplanetary Space Prof M V Sunil Krishna IIT Roorkee
00:26:21

Lecture 03 Sun Interplanetary Space Prof M V Sunil Krishna IIT Roorkee
Lecture 01 An Introduction Prof M V Sunil Krishna IIT Roorkee
00:30:41

Lecture 01 An Introduction Prof M V Sunil Krishna IIT Roorkee
Solar Terrestrial Physics Promo Video Prof MV Sunil Krishna IIT Roorkee
00:03:56

Solar Terrestrial Physics Promo Video Prof MV Sunil Krishna IIT Roorkee
Lecture 02 Solar Terrestrial Radiation Prof M V Sunil Krishna IIT Roorkee
00:30:17

Lecture 02 Solar Terrestrial Radiation Prof M V Sunil Krishna IIT Roorkee
Lecture 05 Sun Interplanetary Space III Prof M V Sunil Krishna IIT Roorkee
00:29:29

Lecture 05 Sun Interplanetary Space III Prof M V Sunil Krishna IIT Roorkee
Lecture 06 Sun Solar Activity I Prof M V Sunil Krishna IIT Roorkee
00:27:47

Lecture 06 Sun Solar Activity I Prof M V Sunil Krishna IIT Roorkee
Lecture 07 Sun Solar Activity II Prof M V Sunil Krishna IIT Roorkee
00:30:20

Lecture 07 Sun Solar Activity II Prof M V Sunil Krishna IIT Roorkee
Lecture 08 Sun Solar Activity III Prof M V Sunil Krishna IIT Roorkee
00:36:36

Lecture 08 Sun Solar Activity III Prof M V Sunil Krishna IIT Roorkee
Lecture 09 Plasma Properties of Geospace I Prof M V Sunil Krishna IIT Roorkee
00:24:01

Lecture 09 Plasma Properties of Geospace I Prof M V Sunil Krishna IIT Roorkee
Lecture 10 Plasma Properties of Geospace II Prof M V Sunil Krishna IIT Roorkee
00:25:56

Lecture 10 Plasma Properties of Geospace II Prof M V Sunil Krishna IIT Roorkee
Lecture 11 Plasma Properties in Geospace III Prof M V Sunil Krishna IIT Roorkee
00:26:06

Lecture 11 Plasma Properties in Geospace III Prof M V Sunil Krishna IIT Roorkee
Lecture 12 Plasma Properties in Geospace IV Prof M V Sunil Krishna IIT Roorkee
00:31:11

Lecture 12 Plasma Properties in Geospace IV Prof M V Sunil Krishna IIT Roorkee
Lecture 13 Plasma Properties in Geospace V Prof M V Sunil Krishna IIT Roorkee
00:31:25

Lecture 13 Plasma Properties in Geospace V Prof M V Sunil Krishna IIT Roorkee
Lecture 14 Fluid theory of plasma I Prof M V Sunil Krishna IIT Roorkee
00:28:44

Lecture 14 Fluid theory of plasma I Prof M V Sunil Krishna IIT Roorkee
Lecture 15 Fluid Theory of Plasma II Prof M V Sunil Krishna IIT Roorkee
00:29:30

Lecture 15 Fluid Theory of Plasma II Prof M V Sunil Krishna IIT Roorkee
Lecture 16 Fluid Theory of Plasma II Prof M V Sunil Krishna IIT Roorkee
00:31:45

Lecture 16 Fluid Theory of Plasma II Prof M V Sunil Krishna IIT Roorkee
Lecture 17 Governing Equations I Prof M V Sunil Krishna IIT Roorkee
00:27:18

Lecture 17 Governing Equations I Prof M V Sunil Krishna IIT Roorkee
Lecture 18 Governing Equations – II Prof M V Sunil Krishna IIT Roorkee
00:31:29

Lecture 18 Governing Equations – II Prof M V Sunil Krishna IIT Roorkee
Lecture 19 MHD Approximation I Prof M V Sunil Krishna IIT Roorkee
00:22:02

Lecture 19 MHD Approximation I Prof M V Sunil Krishna IIT Roorkee
Lecture 20 MHD Approximation II Prof M V Sunil Krishna IIT Roorkee
00:30:15

Lecture 20 MHD Approximation II Prof M V Sunil Krishna IIT Roorkee
Lecture 22 Magneto Plasma II Prof M V Sunil Krishna IIT Roorkee
00:25:48

Lecture 22 Magneto Plasma II Prof M V Sunil Krishna IIT Roorkee
Lecture 23 Planetary Magnetic Fields Prof M V Sunil Krishna IIT Roorkee
00:27:11

Lecture 23 Planetary Magnetic Fields Prof M V Sunil Krishna IIT Roorkee
Lecture 24 Earth s Magnetosphere I Prof M V Sunil Krishna IIT Roorkee
00:28:21

Lecture 24 Earth s Magnetosphere I Prof M V Sunil Krishna IIT Roorkee
Lecture 21 Magneto Plasma I Prof M V Sunil Krishna IIT Roorkee
00:29:13

Lecture 21 Magneto Plasma I Prof M V Sunil Krishna IIT Roorkee
Lecture 25 Earth s Magnetosphere II Prof M V Sunil Krishna IIT Roorkee
00:30:00

Lecture 25 Earth s Magnetosphere II Prof M V Sunil Krishna IIT Roorkee
Lecture 26 Aurora Airglow I Prof M V Sunil Krishna IIT Roorkee
00:29:10

Lecture 26 Aurora Airglow I Prof M V Sunil Krishna IIT Roorkee
Lecture 27 Aurora Airglow II Prof M V Sunil Krishna IIT Roorkee
00:24:00

Lecture 27 Aurora Airglow II Prof M V Sunil Krishna IIT Roorkee
Lec 28 Airglow Emissions Introduction to Space Weather Prof M V Sunil Krishna IIT Roorkee
00:34:17

Lec 28 Airglow Emissions Introduction to Space Weather Prof M V Sunil Krishna IIT Roorkee
Lecture 29 Introduction to Space Weather I Prof M V Sunil Krishna IIT Roorkee
00:31:17

Lecture 29 Introduction to Space Weather I Prof M V Sunil Krishna IIT Roorkee
Lecture 30 Introduction to Space Weather II Prof M V Sunil Krishna IIT Roorkee
00:34:18

Lecture 30 Introduction to Space Weather II Prof M V Sunil Krishna IIT Roorkee
Lecture 31 Ionosphere I
00:29:35

Lecture 31 Ionosphere I
Lecture 32 Ionosphere II
00:30:26

Lecture 32 Ionosphere II
Lecture 33 Ionosphere III
00:25:52

Lecture 33 Ionosphere III
Lecture 34 Ionosphere IV
00:29:15

Lecture 34 Ionosphere IV
Lecture 35 Ionosphere Structures Photochemistry
00:27:14

Lecture 35 Ionosphere Structures Photochemistry
Lecture 36 Ionosphere Structures and Photochemisrty Prof M V Sunil Krishna IIT Roorkee
00:26:19

Lecture 36 Ionosphere Structures and Photochemisrty Prof M V Sunil Krishna IIT Roorkee
Lecture 37 Ionospheric Layers Prof M V Sunil Krishna IIT Roorkee
00:26:47

Lecture 37 Ionospheric Layers Prof M V Sunil Krishna IIT Roorkee
Lecture 38 Chapman s Layer 1 Prof M V Sunil Krishna IIT Roorkee
00:25:54

Lecture 38 Chapman s Layer 1 Prof M V Sunil Krishna IIT Roorkee
Lecture 39 Chapman s Layer 2 Prof M V Sunil Krishna IIT Roorkee
00:25:57

Lecture 39 Chapman s Layer 2 Prof M V Sunil Krishna IIT Roorkee
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Solar terrestrial physics fundamentals Course Description

Discover the fascinating world of solar terrestrial physics with this comprehensive online course designed for science enthusiasts and professionals seeking to deepen their understanding of Earth's interaction with solar activity. This training course provides essential knowledge on how solar phenomena influence our planet's magnetosphere, atmosphere, and climate, equipping learners with the scientific skills necessary for advanced research and practical applications in the field. Throughout this course, you will learn to analyze solar activity and its effects on Earth's environment, understand the fundamental principles of space weather, and explore the latest scientific methodologies used in solar-terrestrial studies. The course covers key topics such as solar radiation, geomagnetic storms, auroras, and the impact of solar cycles on Earth's climate systems. This course is ideal for students, scientists, environmental specialists, and professionals in the Middle East and beyond who are passionate about space science, atmospheric physics, and climate studies. Whether you aim to enhance your scientific expertise or advance your career in space research or environmental science, this program offers valuable insights and practical skills. Choosing this course on our platform guarantees access to expert-led training, flexible online learning, and a certified course that enhances your professional profile. Our structured curriculum ensures you gain relevant knowledge that can be directly applied to scientific research, environmental monitoring, and technological innovation. Completing this training course opens up career opportunities in space agencies, environmental consultancies, research institutions, and educational organizations. It also provides a competitive edge in the job market by demonstrating your specialized understanding of solar terrestrial physics. Upon successful completion, you will receive a professional certification recognized within the scientific and research communities. Enroll today to advance your scientific knowledge, earn a valuable certificate, and accelerate your career growth in the dynamic field of solar-terrestrial physics. IIT Roorkee July 2018