17:23

Chloe Cole speech at Catholics for Catholics Ohio rally

01:13:01

Educational Philosophy of St. Thomas Aquinas

19:57

In memoriam : Mère Marie-Emmanuel O.P. 1956-2019

05:44

Recharging R-410a

04:32

removing GasGuard locking caps

06:37

Coronavirus & Impeachment

08:18

Planned Parenthood's "insidious" "business plan of hell": Speaker of AZ House Rusty Bowers

02:20

Family Planning Associates, Phoenix, AZ, didn't resuscitate baby born alive.

00:10

Botched abortion at Family Planning Associates, Phoenix, AZ?

04:04:37

Elliptic Functions and Elliptic Integrals

50:29

Episodes in the Origins of the Representation Theory of Lie Algebras

24:53

Lecture VC: Third Hadronic Reactor for Intermediate Controlled Nuclear Fusions without Radiations

01:02:35

Lecture IVB: An Introduction to Hadronic Chemistry

01:26:55

Lecture IVA: An Introduction to Hadronic Chemistry

01:02:42

Lecture IVC: An introduction to hadronic chemistry

18:54

Lecture VB: Intermediate Controlled Nuclear Fusions

08:00

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 4)

51:29

Lecture IIE: Need, History and Foundations of Isodual Mathematics

35:03

Lecture IIH: A Brief Survey of Applications of Algebraic and Santilli-Vougiouklis Hyperstructures

01:04:01

Lectio 2014: Nuove Scienze per una Nuova Era

28:21

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 2)

37:08

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 3)

08:00

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 4)

38:24

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 5)

20:01

Lecture IIF: From Lie-admissible Algebras to Admissible Triple Systems

25:55

Lecture IIIF: A Brief Survey of Applications of Hadronic Mechanics: Lie-Admissible Covering

26:21

Lecture IIIJ: Multitime Optimal Control for Quantum Systems

39:20

Lecture IIIK: The Irreversible Phase Transition of Material Becoming and Process

32:56

Lecture IIIL: Iso-Superconductivity Model: The Generalization of Conventional BCS Model

37:08

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 3)

39:15

Lecture ID: Limitations of General Relativity (Part 1)

17:27

Lecture ID: Limitations of General Relativity (Part 2)

24:54

Lecture ID: Limitations of General Relativity (Part 3)

27:53

Lecture ID: Limitations of General Relativity (Part 4)

38:44

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 1)

38:51

Lecture ID: Limitations of General Relativity (Part 5)

28:21

Lecture IE: Limitations of Quark And Neutrino Conjectures (Part 2)

21:04

Lecture IIi: Lie-Admissible Algebras And Mathematical Statistics

38:12

Lecture VG: Proposal For the Realization of Santilli’s Comparative Test on the Gravity of Electrons

34:27

Lecture IIIG: Santilli’s Etherino as a (G)+(EM) Interaction

16:55

Lecture IIIH: The Santilli S* Algebra And The Navier-Stokes Problem

22:32

Lecture IIG: Foundation Post Graduate Course on Isomathematics for Hadronic Mechanics

44:18

Lecture IIIA: The Universal Symmetry of All Possible Symmetric Spacetimes (Part 3)

45:11

Lecture IIB: Lie-isotopic Treatment of Non-Hamiltonian Reversible Systems (Part 1)

27:06

Lecture IIIA: The Universal Symmetry of All Possible Symmetric Spacetimes (Part 2)

50:09

Lecture IIIA: The Universal Symmetry of All Possible Symmetric Spacetimes (Part 1)

52:44

Lecture IIB: Lie-isotopic Treatment of Non-Hamiltonian Reversible Systems (Part 2)

32:45

Lecture IIA: Need, History and Foundations of the Lie-Isotopic Theory (Part 1)

30:15

Lecture IIA: Need, History and Foundations of the Lie-Isotopic Theory (Part 2)

01:03:02

Lecture IIC: Lie-Admissible Treatment of non-Hamiltonian Irreversible Processes (Part 2)

31:57

Lecture IIID: Invariant Lie-Admissible Classical and Operator Mechanics for Matter (Part 1)

42:46

Lecture IIID: Invariant Lie-Admissible Classical and Operator Mechanics for Matter (Part 2)

59:22

Lecture IIC: Lie-Admissible Treatment of non-Hamiltonian Irreversible Processes (Part 1)

52:48

Lecture VF: Intermediate Controlled Nuclear Fusions

28:59

Lecture IID: Need, History and Foundations of Hypermathematics

28:11

Lecture Vi: MagneGas Technology in Israel

40:37

Lecture VH: MagneGas Technology in China

41:32

Lecture IB: Limitations of Quantum Mechanics (Part 1)

01:03:32

Lecture IB: Limitations of Quantum Mechanics (Part 2)

40:07

Lecture IC: Limitations of Quantum Chemistry (Part 2)