Structure of reality galactic to nanoscale - Gottfried Wilhelm Leibniz - Books - Createspace Independent Publishing Platf - 9781973805496 - July 20, 2017
In case cover and title do not match, the title is correct

Structure of reality galactic to nanoscale

Gottfried Wilhelm Leibniz

Price
£ 19.99

Ordered from remote warehouse

Expected delivery Dec 19 - Jan 2, 2025
Christmas presents can be returned until 31 January
Add to your iMusic wish list

Structure of reality galactic to nanoscale

The Monadology connects the entirety of the universe to give context and bearings to research in the science disciplines, and to establish the direction and purpose of humankind for policymaking, law, government and economics. Monadology provides a basis for thinking about physics and the underlying design of the universe - which is the domain of metaphysics. There's a two-way street between physics and metaphysics on the one hand and philosophy on the other. Physics relies on metaphysics to provide a roadmap and assumptions for physics research, while metaphysics refers to physics to check whether metaphysical theory needs to be tweaked to align with physics. Core to Monadology is the connectedness of all things in the universe. This drives an appetite for maximising human power to facilitate connectedness across vast distances, effect change in the universe and undertake space exploration, and shows how natural it is that humans should colonise the solar system beyond earth, and further beyond. This is not possible without seeking to maximize the quality of life of every single human being on earth. Conversely, an outward-focussed policy orientation helps improve the quality of life of humankind. With a grasp of Monadology, current and aspiring legislators, policymakers and juristic professionals will make a greater contribution.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released July 20, 2017
ISBN13 9781973805496
Publishers Createspace Independent Publishing Platf
Pages 408
Dimensions 140 × 216 × 21 mm   ·   471 g
Language English  

Show all

More by Gottfried Wilhelm Leibniz