The Larson Research Center

LRC Lectures

The LRC lectures are recorded from live presentations, and presented here for educational purposes. This is the first lecture in a monthly lecture series held in Clearfield, Utah. It is divided into three parts. A discussion forum is included in which viewers can leave comments and ask questions.

A link to the PowerPoint slides is here: On the Coming Revolution in Fundamental Physics: What is String Theory? 

04 Mar 08 - Part I of III

On the Coming Revolution in Fundamental Physics 33:41 Discussion of Dave Gross’s Presentation on String Theory

Errata: Dewey Larson’s Alma Matter is Oregon State University, in Corvallis, not the University of Oregon, in Eugene, as stated in the video.

04 Mar 08 - Part II of III

On the Coming Revolution in Fundamental Physics II 33:41 Part II of a III part discussion of Dr. David Gross’s Presentation

04 Mar 08 - Part III of III

On the Coming Revolution in Fundamental Physics III 25:50 Part III of III part discussion of Dr. David Gross’s Presentation

Note: Most of the video for this last part was lost, and the audio is poor. It will be cleaned up later. Also, the equations, which look right in PowerPoint, were messed up by the upload to the Internet, which doesn’t accept superscripts correctly.

The second lecture in the series, Lecture 2, entitled “Where in the World is SUSY?” focuses on man’s search for answers, using CERN’s soon to be completed Large Hadron Collider. As the LHC comes up to speed sometime late this year, or early next year (it’s a few years behind schedule), clues to what lies beyond the standard model hopefully will emerge. The major theoretical issues are discussed and it is explained how big a part extra dimensions plays in the drama surrounding this effort. Finally, the LRC’s unique approach to the concept of dimensions, in terms of multi-dimensional motion, is presented.

01 April 08 - Part I of III

On the Coming Revolution in Fundamental Physics IV 27:05 Lecture 2 Part I ‘What Are We?’ ‘Where Did We Come From?’ ‘Where Are We Going?’ The Hot Big Bang and Particle Physics

01 April 08 - Part II of III

On the Coming Revolution in Fundamental Physics V 32:21 Lecture 2 Part II ‘What Are We?’ ‘Where Did We Come From?’ ‘Where Are We Going?’ The Hot Big Bang and Particle Physics   01 April 08 - Part III of III

On the Coming Revolution in Fundamental Physics VI 17:39 Lecture 2 Part III ‘What Are We?’ ‘Where Did We Come From?’ ‘Where Are We Going?’ The Hot Big Bang and Particle Physics

Note: Strictly speaking, the sum of the nD +/- 13 directions in the 2x2x2 cube is only 13 dimensions, with 2 directions per dimension, not 26 dimensions. However, there are 26 independent linear spaces in the cube, which, in a sense, represents 26 degrees of freedom that can be thought of as dimensions.

Also, when we consider the symmetry of space and time, then the space dimensions are the inverse of the time dimensions, which is another way of viewing the 26 dimensions: 13 space and 13 time dimensions. In addition, if we double the first tetraktys, effectively taking us to the second tetraktys in Pascal’s triangle (to 2⁴-2⁷), we arrive at the number 26 again. Not that we have to find 26 dimensions in the tetraktys, but it is an interesting fact that they are there and that string theory mathematics is based on the Grassmann numbers. 

9 Jan 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part I 89:51 Well, after nine years, the LRC’s lecture on the Reciprocal System of Mathematics (RSM) is about to begin.

16 Jan 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part II 66:20 Tonight’s program features Part II of Lecture 3. Part I was presented on last week’s program. It has to do with the unification of discrete numbers and continuous magnitudes, not by squaring the circle, but by showing how discrete numbers contain con

23 Jan 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part III 54:11 Streamed live on Jan 23, 2016 In this episode we continue with part III of Lecture 3, taking the idea of multi-dimensional scalar algebra to the next level that should enable us to calculate the properties of the combinations of scalar motion, which

30 Jan 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part IV 71:36 Streamed live on Jan 30, 2016 On this episode of Honest Investigators Talk Shop, we present how understanding the true nature of numbers and the reciprocal nature of space and time leads to amazing results in understanding the observed universe.

11 Feb 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part V 61:04 Streamed live on Feb 11, 2016 Unveiling the Universe of Motion - Lecture 3, Part V

20 Feb 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part VI 50:59 Unveiling the Universe of Motion - Lecture 3, Part VI. We add beta plus and beta minus decay to the list of our RST-based physical theory achievements.

27 Feb 2016

Scalar Mathematics for Scalar Motion & Scalar Motion for Scalar Physics - Part VII 72:51 Unveiling the Universe of Motion - Lecture 3, Part VII

March 12, 2016

Nature’s Legos 71:40 Lecture 4, Part 1

John Baez Lecture

Baez is one very good mathematician and teacher. His love of mathematics and physics is only exceeded by his enthusiasm to teach and share. In this lecture he teaches many things fundamental to our work at the LRC, even though it must be re-interpreted through the LRC’s perspective of scalar (not vector) concepts.

One of Baez’s Three Favorite Numbers: 8 59:22 John Baez explains the four normed division algrebras, Bott periodicity and E8