Most Fascinating Areas in Physics Today?

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MKaku.org is set to launch a monthly publication authored by Theoretical Physicist Dr. Michio Kaku and is seeking feedback from forum members on intriguing physics topics. Participants who complete a questionnaire will receive a free issue of the publication and a chance to win a signed copy of Dr. Kaku's book, "Parallel Worlds." Key areas of interest include the Theory of Everything and its candidates, such as Loop Quantum Gravity and string theory. The discussion highlights the complexity of modern physics, particularly regarding the understanding of dark matter, which constitutes about 95% of the universe. The publication aims to explore a wide range of topics, reflecting the diverse interests of its readership.
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At MKaku.org, we're soon to be launching a new monthly publication written by Theoretical Physicist Dr. Michio Kaku.

We'd like PF member feedback on the most fascinating areas in Physics today. Fill out the questionnaire and you will receive a free issue of the new publication when it debuts, as well as a chance to win a signed copy of Dr. Kaku's new book, Parallel Worlds.

Let us know your favorite topics and we'll do our best to cover them through articles, interviews, and reader Q&As.
 
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You talk of metaphysic... Sure we understand very well mechanism, but there is a lot more to discover within the range of mathematical physic, I am sure of it.
 
Concerning the most fascinating area of modern physics, the quest for the Theory of Everything and the proposed candidates for that theory (LQG, string theory, etc) is a very interesting field of study currently.
 
That's a lot of physics to cover; especially since this an opinion based query you posted. It would be interesting to read a magazine with suh diverse topics though. :smile:
 
Cosmology tells us that only about five percent of the matter in the universe is baryonic. To even speak of a theory of everything, when we are clueless about 95% of the stuff in the universe, is misguided at best.
 
What does that mean when matter is said to be 'baryonic'? I'm not familiar with the term.
 
comparing a flat solar panel of area 2π r² and a hemisphere of the same area, the hemispherical solar panel would only occupy the area π r² of while the flat panel would occupy an entire 2π r² of land. wouldn't the hemispherical version have the same area of panel exposed to the sun, occupy less land space and can therefore increase the number of panels one land can have fitted? this would increase the power output proportionally as well. when I searched it up I wasn't satisfied with...
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