OKOKOK{"id":120,"date":"2008-08-15T15:24:19","date_gmt":"2008-08-15T15:24:19","guid":{"rendered":"http:\/\/mkaku.org\/wptestbbif\/?page_id=209"},"modified":"2015-03-16T01:35:10","modified_gmt":"2015-03-16T05:35:10","slug":"articles","status":"publish","type":"page","link":"https:\/\/mkaku.org\/home\/articles\/","title":{"rendered":"Articles"},"content":{"rendered":"
Sure, we have our technology: airplanes, the internet, satellites. But what would an advanced civilization millions of years old look like? Learn about the different types, and why our civilization ranks a measly Type-0.<\/p>\n
What would it take to reach the stars? Explore the real physics behind interstellar travel.<\/p>\n
It looks easy in the movies, but time travel is still theory. Learn about the physics behind navigating time travel.<\/p>\n
Looking for a way to present your theory of everything? Let Dr. Kaku guide you on your path towards submitting a well formed proposal on the Unified Field Theory<\/p>\n
Becoming a physicist in 3 exciting steps! What more could you want?<\/p>\n
How would a ‘carp scientist’ explain the 3rd dimension, to his 2 dimensional pond inhabitants? Learn about higher dimensions from Dr. Kaku’s well known childhood story – the Japanese Tea Garden.<\/p>\n
What lies on the other side of a black hole? Discover the quest to find a ‘theory of everything’, which could finally explain some of the strangest objects in the cosmos and beyond.<\/p>\n
What makes M-Theory a mother of all theories, and when will scientists be able to verify it? Learn about the people and concepts behind the M-Theory.<\/p>\n
A vivid and exciting look at higher dimensions and their role in a ‘theory of everything’.<\/p>\n
An excerpt from Dr. Kaku’s New York Times bestseller for your review.<\/p>\n
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Brush up on your mathematics and delve into the world of Theoretical Physics. Note: These papers are in PDF format, requires Adobe Acrobat<\/a> to view.<\/strong><\/p>\n Symmetries and String Field Theory in D=2<\/a><\/p>\n How Unstable are Fundamental Quantum Super Membranes?<\/a><\/p>\n Sub Critical Closed String Field Theory (Less then 26)<\/a><\/p>\n Ultra-Violet Behavior of Bosonic Quantum Membranes<\/a><\/p>\n