How Can a Beginner Start Learning Physics Independently?

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In summary, the conversation is about a person who is new to the forum and interested in learning physics. They have had some exposure to the subject through conversations with a physics professor and reading a book by Carl Sagan. They are interested in learning about various topics such as Newtonian mechanics, optics, gravity, and sound waves. They are seeking recommendations for a starting point for independent study and are open to suggestions such as watching science shows and reading books by well-respected science writers. They are also concerned about not sounding dumb on the forum.
  • #1
ryanlikealion
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Hello everybody.

I'm new to this forum and I'm a lay person as far as physics goes, so forgive me if i come across as naive. I'm 28 and haven't studied physics formally (except the mandatory GCSE Science at high school.)

A recent conversation with a physics professor, a weekend spent reading 'Cosmos' by Carl Sagan and an interest in the behavior of light have left me feeling curious about the world. I have always put my attention to art & music , both of which I love, but i have seriously neglected a natural curriousity for science.

Apart from looking at evening courses for adults, where is a good starting point for indpendent study? Can the subject be stripped down to several rudimentary starting points?
 
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  • #2
You'll need basic Newtonian Mechanics to understand just about any other branch. Once you have that, you'll have some options. But up to that point, that's pretty much it. Any introductory physics course or text will start from that.
 
  • #3
http://www.phys.uu.nl/~thooft/theorist.html#qmechanics - site by a Nobel prize winner summing up and linking to all the stuff needed to learn the whole of physics on your own

more sustainable is probably watching online lectures. I could dig up some sites if you show interest?
 
  • #4
I'm not sure that you really want (or need) to study Physics per se.

Physics courses are generally about the methods of accurate prediction of events and that means they rapidly escalate(degenerate?) into mathematics. Much of Physics is learning about formal relationships between quantities like force, distance, time mass, momentum, energy - I could go on.

Newtonian mechanics is a case in point, after the tree basic laws are stated, you immediately get into f=ma and then a relatively short step into s = ut +1/2 a t^2 and it's five siblings. Do you really want to know how to calculate the range and time-of-flight of a cannonball?

You might be more interested in the History of Science, which tends to serve the Dessert and leave the Broccoli to one side. :smile:
 
  • #5
You didn't say what area of physics interests you. Astrophysics? Life?...

You will gain most if you concentrate/work through on the areas of personal interest. Personsally, for instance all that stuff about optics and lenses bores me silly.

You might find this book, writtten by a non physicist, stimulating/motivating.

Cats Paws and Catapaults
"The mechanical worlds of nature and people"
by Steven Vogel, available in Penguin.



The BBC is now broadcasting lots more introductory/discussion science programs, especially on the radio. Many are available on listen again.
 
  • #6
AJ Bentley said:
You might be more interested in the History of Science, which tends to serve the Dessert and leave the Broccoli to one side. :smile:

Thanks for the suggestion. In so far devoting a lot of my time to learning to write songs, play drums and guitar and painting, I feel like I've been feasting on tasty deserts all my life and that I'm now in dyer need of some vitamin c!

But you're right, having read this Carl sagan book recently, its given me a thirst for more knowledge but whether the next step is plunging into formal studies I'm not 100%.
 
  • #7
Studiot said:
You didn't say what area of physics interests you. Astrophysics? Life?...

The BBC is now broadcasting lots more introductory/discussion science programs, especially on the radio. Many are available on listen again.

Hmm which areas interest me?

- Lagrangean points in space - don't understand them but want to!
- Planet/ Moon resonation
- The behaviour of light
- Gravity
- Behaviour of sound waves
- As a keen photographer i may find that optics/lens stuff interests me.

I'll check out the BBC radio programmes.

Thankyou
 
  • #8
And thanks to everyone else for your replies. It seems that this is an active forum, so i'll be using it regularly!
 
  • #9
Watch some science shows on TV, nature, science channel, etc, whatever is available in your country, and see what interests you...
 
  • #10
Naty1 said:
Watch some science shows on TV, nature, science channel, etc, whatever is available in your country, and see what interests you...

Thanks, I've been doing this a while. A lot of things interest me! I'm at the risk of coming across as extremely dumb on this forum, so i should think about wording my questions a little better!
 
  • #11
ryanlikealion said:
I'm at the risk of coming across as extremely dumb on this forum

No you're not.

The competition for Dumb is pretty fierce on this forum.
In fact, you can start on your Physics practice right now by seeing if you can pick them out, there's a couple of real doozies on the go right now!.
 
  • #12
It's helpful to learn the names of some popular science writers who are trustworthy, by which I mean they don't try to sell crackpot theories. For example, Timothy Ferris, Philip Ball, and the team of Peter Ward and Donald Brownlee are highly respected science writers. Their books are probably in your local library.
 

What is the definition of "Rudiments of Physics"?

The rudiments of physics refer to the basic principles and concepts that form the foundation of the study of physics. These include fundamental laws and theories, such as Newton's laws of motion, the laws of thermodynamics, and the principles of electricity and magnetism.

Why is it important to study the rudiments of physics?

Studying the rudiments of physics is important because it provides a fundamental understanding of the natural world and how it works. This knowledge can be applied to various fields, such as engineering, medicine, and technology, to improve our understanding and create new innovations.

What are some examples of rudiments of physics?

Examples of rudiments of physics include concepts such as force, motion, energy, electricity, and light. These are fundamental ideas that help explain the behavior and interactions of matter and energy in the universe.

Can the rudiments of physics be applied to everyday life?

Yes, the rudiments of physics can be applied to everyday life in many ways. For example, understanding the principles of mechanics can help us design and improve transportation systems, while knowledge of thermodynamics can help us make more efficient use of energy in our homes and businesses.

What skills are needed to study the rudiments of physics?

To study the rudiments of physics, one needs a strong foundation in mathematics, critical thinking, and problem-solving. It is also important to have a curious and inquisitive mindset, as well as a willingness to conduct experiments and make observations to understand the natural world.

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