ijspace: discrete measurement space

Questions to be Answered:

1. The Value of the Fine-Structure Constant|

(i) The Origin
(ii) The Abacus
(iii) The Qbox
(iv) Entropy
(v) Fine-Structure Constant

2. Why 3-D Existence|

(i) 4π Symmetry

(ii) Existence in 3-D

∃ Twenty Six Dimensions

3. Why Families of Quarks & Leptons|

¬ We do not know yet.

Challenges

Design a functioning device for α ≥ 1/134| (Current technologies are for α < 1/137.)

Can the universe heal itself similar to the human body or is it already doing it right now| It must be, but can we find the evidence|

(In technology the ad-hoc networks are designed based on the immune system.)

In a Nutshell

Nutshell 2018

Nutshell 2017

Nutshell 2016

Nutshell 2015

Nutshell 2014

Knots in j-space

Introduction
Trefoil Knot
Figure-8 Knot
Gauss Code
Laurent Polynomials
Virtual Knots
Unknotting DNA

Algebraic Topology: a beginner's course by NJ Wildberger UNSW

Knot Theory Lectures by Anthony Bosman

blog|_{ct = 0}

The objective of ijspace.org, is to take a not too serious look at nature from a non-expert's point of view. It is a tribute to great minds, who have shaped the course of our civilization and continue to do so.

Recent Updates

3^rd September 2022
An Ecosystem of δ-Potentials - IVB

30^th July 2022
An Ecosystem of δ-Potentials - IVA

22^nd April 2022

An Ecosystem of δ-Potentials - III

22^nd December 2021
An Ecosystem of δ-Potentials - II

19^th July 2020
An Ecosystem of δ-Potentials - I

19^th April 2020
Nutshell-2019

4^th January 2020
Added a section on Essential Learning on Home Page

2^nd November 2019
Stitching Measurement Space Together - III

7^th September 2019
Stitching Measurement Space Together - II

30^th August 2019
b-field and the lower "mass" bound (FN1 added)

29^th June 2019
Stitching Measurement Space Together - I

27^th June 2019
Mass Length Topology (FN3 updated)

19^th May 2019

1Mass Length Topology

9^th May 2019
A Timeless Constant

25^th March 2019
Space Time and Entropy

5^th February 2019
Nutshell 2018

10^th December 2018
The Curve of Least Disorder

1^st October 2018
Möbius & Lorentz Transformations - II

30^th July 2018
Möbius & Lorentz Transformations - I

ijspace

Introduction

Essential Learning

Paul Dirac: Christchurch Lectures on Quantum Mechanics (1975)

Richard Feynman: University of Auckland Lectures on QED (1979)

Leonard Susskind: Stanford University Theoretical Minimum Lectures

Carl Bender: PIRSA Lectures on Mathematical Physics

Barton Zweibach: MIT Lectures on Quantum Physics (I, II, III)

Cliff Burgess: McMaster U. Lectures on Introduction to QFT for Undergraduates

Acknowledgements

Con tact ijspace

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