Spilling the beams on a new series of three books, 'A Journey Into Modern Physics'. Providing a fascinating ride through the subject for anyone with an enquiring mind and a thirst for knowledge. Minimum maths and maximum WOW factor! Links to Amazon to purchase E-book down-loads or paperback editions.
And now: links to Kobo to purchase
E-book down-loads, free to anyone signed up with Kobo PLUS
modern-physics-journey.com.
A Journey into Modern Physics
Embark on a Journey
A JOURNEY INTO MODERN PHYSICS
WELCOME!
Here, you can learn all about the series;
A JOURNEY into MODERN PHYSICS
Links to your local AMAZON or KOBO store let you: 1) read an overview, 2) read a sample or 3) purchase any of the titles.
THE GOOD NEWS:
All E-books and paper-back versions are still available in AMAZON Kindle stores.
All E-books are also now available in RAKUTEN KOBO stores.
THE REALLY GOOD NEWS:
All E-books are free from KOBO PLUS!
--
ALL E-BOOK PRICES LOWERED
******** BLOG INFORMATION ********
We are now using our BLOG to publish "interesting physics" to keep your interest alive, even after you've read all three parts of a Journey into Modern Physics.
Go to MENU OPTION: "More about the series" for further details.
*********** BULLETIN BOARD ***********
Now that all our E-Books are available in both the Kindle and Kobo stores, we have been able to bring prices down permanently!
25% off Main Series titles
&
33% off LIGHT adaptations
(actual % depends on purchase currency)
KOBO PLUS Downloads are all free
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A JOURNEY INTO MODERN PHYSICS
What's the deal?
A series of three available titles
A fascinating journey into the world of modern physics in three parts.
Available as E-books or Paper-backs
AND
Also Available as LIGHT edition E-books
more suitable for younger minds (scroll down for more details)
All E-books are available as instant down-loads on AMAZON or KOBO and are free with KOBO PLUS
Paper-back versions are available from AMAZON
The LIGHT Editions
A series of three adaptations
A NEW, LIGHT ADAPTATION OF THE MAIN SERIES
MORE SUITED TO YOUNG MINDS
A lighter version of the fascinating journey into the world of modern physics in three parts.
Available as E-books
All three parts are now available in the LIGHT adaptation of the main series.
Designed to bridge the gap between school science and university thinking.
Available on both AMAZON & KOBO and are free with KOBO PLUS
What's available?
Titles are available as:
A 3 PART SERIES available from AMAZON & KOBO
A down-load of each E-book to your device for a one-off cost.
A 6" by 9" paper-back with full colour images for a one-off cost.
(Not all local AMAZON shops provide PRINT copies - please check)
A 3 PART LIGHT ADAPTATION from AMAZON & KOBO
More suitable for young minds up to 18 years of age, designed to assist the transition between school science and university thinking.
What's it all about?
PART 1 & PART 1 - LIGHT
Starts by explaining what we know about atoms and sub-atomic particles and explains how our theories developed through experimentation.
Puts some of the theories into practice to show how the periodic table of atoms is constructed by nature.
Introduces some of the bizarre concepts in modern physics, leading up to how fundamental particles acquire mass through a mechanism that took forty years to verify.
PART 2 & PART 2 - LIGHT
Exposes all that we currently know about how our universe started, from the beginning to the point where the first galaxies formed.
The power of the sun (fusion) in all its glory, is laid bare, followed by radioactivity and nuclear fission.
Einstein's special and general relativity get three chapters dedicated to themselves.
The background to one of the most interesting modern theories in physics is thrown open before looking at what might end our universe
PART 3 & PART 3 - LIGHT
Entitled, 'a bit more physics', looks at symmetry, magnetism, semiconductors and the amazing history of accelerators at CERN. From CERN's beginnings in the 1950s to the present day and the mighty Large Hadron Collider, the largest accelerator on the planet. And, there's an even bigger one being planned for the future!
The final two chapters list all the Nobel laureates in physics from 1901 to 2024. Additional information is supplied where an award involved physics not mentioned in the series, expanding your knowledge up to the start of 2025.
Chapter headings
PART 1 & PART 1 - LIGHT
FROM ATOMS TO QUARKS, ELECTRONS AND THE HIGGS FIELD
Chapter 1: What's an Atom?
(A gentle start!)
Chapter 2: How do we know about the
structure of atoms?
Chapter 3: Can we shed light on the
electron?
Chapter 4: How do electrons populate
atoms?
Chapter 5: How do force interactions
work?
Chapter 6: How do fundamental
particles acquire mass?
PART 2 & PART 2 - LIGHT
FROM THE BIRTH OF THE UNIVERSE TO ITS ULTIMATE DEMISE
Chapter 7: What is known about the
birth of the universe?
Chapter 8: How does nuclear fusion
work?
Chapter 9: What is radioactivity and
nuclear fission all about?
Chapter 10: It's all relative.
(special relativity)
Chapter 11: How can you model events
in space-time?
Chapter 12: General relativity.
(An alterative to Newton)
Chapter 13: What is Einstein's 'spooky
action' all about?
Chapter 14: How will the universe end?
PART 3 & PART 3 - LIGHT
A BIT MORE PHYSICS & NOBEL PRIZES IN PHYSICS 1901 TO 2024
Chapter 15: Why is symmetry important
in physics?
Chapter 16: What is magnetism?
(magnets & fields)
Chapter 17: What are semiconductors?
(What our tech is all about)
Chapter 18: What are the rings of
CERN?
Chapter 19: Some of the early pioneers
of physics - 1901 to 1960.
Chapter 20: More recent pioneers of
physics - 1961 to 2024.
Topics
(applies to main & LIGHT editions)
examples are from main series
A page may contain a number of headers, which define the content of the topic that follows the header.
Sub-headers are also used to segment the contents of topics.
A topic may consist of a single paragraph before the next topic, or it may consist of a number of pages, depending on the complexity of the subject matter.
A header may be in the form of a question or a description of what is to follow.
Examples of headers on Mobile phone
Examples of headers on Kindle
Visual Aids
(applies to main & LIGHT editions)
Many topics have diagrams or tables, or even both, to assist in the topic's context, whether you are using an E-book, mobile or a paperback version of the title. The same images are used in both the main series and the LIGHT version.
Diagrams are in colour in the paper-backs and if you are using an E-reader that supports colour, such as Kindle-Colour, a tablet or a mobile.
Examples of Tables & diagrams
Examples of Graphs &
specialised tables
Topic Index
(applies to main & LIGHT editions)
All the headers and sub-headers are listed in the index at the front of the book. Clicking on an index entry in an E-book will take you directly to the topic on the right page.
Scan the index and you're just one click away from your topic of interest.
(main series)
For the paper-back, each index entry provides the correct page number, but you will have to get there on your own!
Electronic
index of all topics in
E-reader.
Full index with page numbers for paper-back versions
Scan the index for a topic of interest, click on the entry and you are taken directly to the topic.
Google searches
(applies to main & LIGHT editions)
Many topics provide search terms to use in Google, either to validate a topic's content, or to supply
further information
for deeper
understanding.
Google keywords defined and explained in italic section
Google keywords also defined in colour, where available.
Nobel Prizes 1901 to 2024
List of Nobel Prizes
(applies to main & LIGHT editions)
The last two chapters in Part 3 list all the Nobel Prize winners in physics, from 1901 to 2024.
A basic description defines why the laureate(s) won the award, which could be for an invention, a ground-breaking experiment, a new theory, or for contributions to physics in general.
If the prize involves a subject that has not been covered in chapters 1 to 18, then a topic is included, which provides the missing details. In this way, the three part series brings you substantially up-to-date with modern physics.
Year and physicist(s) involved in the award
More about the series
If you've managed to complete the Journey into Modern Physics by reading the three parts of the book series, then you're most likely to be the kind of person who will never stop exploring and learning all about our fabulous universe. Whatever you do in life, whatever your age, the wonders of the universe will never cease to amaze. To give you a helping hand on your extended journey, we have started a blog on this web site. Every couple of weeks or so, we now publish an article about some aspect of physics that you will find of interest.
Some articles are designed to give you a different perspective on something that you may have read in the series, some are designed to provide completely new material.
So far, we've published the following articles;
1. Are distant galaxies really moving away from us at faster than light speed?
2. Could the LHC produce the B, W1, W2 and W3 bosons of the electroweak force?
3. What is a Plasma Ball?
4. What are Tachyons?
5. What is a Van de Graaff Generator?
6. Do Electrons Spin?
7. Are black holes just holograms?
8. Why don't protons decay?
9. Where is the centre of the university?
Articles in the pipe line are;
How could the embryonic universe be infinite in extent?
What was the particle zoo?
What is a LINAC?
Can't say what order we'll publish, but keep coming back here for updates.
Keep probing and keep asking our friend "Google" about the things that interest you, whether it's science, technology, engineering, or maths.
Carry on the Journey.....
Have you ever wondered what lies beyond the realm of classical physics? Are you a young, curious mind with a passion for unraveling the mysteries of the universe? If so, "A Journey into Modern Physics" is the perfect series for you.
This captivating book series is designed for young scientists aged 16 to 18 who are eager to delve into the captivating world of modern physics. Whether you're interested in the smallest building blocks of matter or the grandest cosmic phenomena, these books will take you on an enlightening journey through the wonders of the universe. From the intricacies of atoms and quarks to the enigmatic nature of the Higgs field, from the behavior of electrons to the cosmic dance of stars and galaxies, the series covers a wide range of fascinating topics. Explore the mysteries of the universe, learn about the birth and demise of the cosmos, and discover the groundbreaking achievements that have shaped our understanding of the physical world. Each book in the series is carefully crafted to make complex concepts accessible to young readers, with minimal math and maximum clarity. Whether you're a budding physicist, an aspiring engineer, or simply a curious mind eager to learn, these books will ignite your passion for science and expand your horizons. You can purchase the books as E-books or paperbacks on Amazon Kindle, with the option for Kindle Unlimited users to download for free. Immerse yourself in the captivating world of modern physics, and embark on a journey of discovery and exploration. Who knows what wonders you may uncover along the way? On the website, you'll find images of the book covers and links to purchase options. In the near future, a community forum will be created for young physics enthusiasts to come together and discuss the fascinating topics from the series. Join us on this exciting adventure into the realms of modern physics, and let your curiosity soar to new heights.
Explore Modern Physcis: Exciting Topics for Young Scientists
Even when you finish the series of three books, the journey never ends as our understanding of the univere and everything about it, constantly evolves. Old theories may be modified to accommodate new findings and new theories will emerge as we explore further and further into the science that we call physics.
Back in the early 1980s, while working at CERN, Sir Tim Berners-Lee developed an idea to facilitate the sharing and upkeep of information from many contributors. In the late 1980s, CERN was the largest internet node in Europe and Sir Tim took the advantage of expanding his concept of hypertext into the internet and so was born the World Wide Web. With www, scientists across the globe were able to provide input, in many different forms, that allowed information to be shared and used for research purposes and teaching. Very quickly, www became the mechanism to inform, or to learn, across any subject you can name, from science to engineering; from art to history; from music to literature and so on and so on.
Then along came the search engines, which allowed you to find things of interest on what was rapidly becoming a colossal, global information base. Search engines have now reached phenomenal abilities and Google, with its AI capabilities, represents the ideal mate to explore physics, both past achievements and new.
Don't let the journey end.......
In reality - the Journey into Modern Physics never ends!