Path Definition and 1000 Threads

In Western esotericism the Left-Hand Path and Right-Hand Path are the dichotomy between two opposing approaches to magic. This terminology is used in various groups involved in the occult and ceremonial magic. In some definitions, the Left-Hand Path is equated with malicious black magic or black shamanism, while the Right-Hand Path with benevolent white magic. Other occultists have criticised this definition, believing that the Left–Right dichotomy refers merely to different kinds of working and does not necessarily connote good or bad magical actions.In more recent definitions, which base themselves on the terms' origins in Indian Tantra, the Right-Hand Path (RHP, or Dakshinachara), is seen as a definition for those magical groups that follow specific ethical codes and adopt social convention, while the Left-Hand Path (LHP, or Vamamarga) adopts the opposite attitude, espousing the breaking of taboo and the abandoning of set morality. Some contemporary occultists, such as Peter J. Carroll, have stressed that both paths can be followed by a magical practitioner, as essentially they have the same goals.Another distinguishing characteristic separating the two is based upon the aim of the practitioner. Right-handed path practitioners tend to work towards ascending their soul towards ultimate union (or reunion) with the divine source, returning to heaven, allegorically alluded to as restoration or climbing back up the ladder after the "great fall". In Solomon's lesser key, they embrace the light and try to annihilate anything they regard as "dark" or "evil". On the other hand, left-handed path practitioners do not see this as the ultimate aim but a step towards their goal. Left-handed path practitioners embrace the dark as well as the light in order to invoke the alchemical formula solve et coagula ("dissolve and precipitate"), confronting the negative in order to transmute it into desirable qualities. Left-handed path practitioners descend towards union with the divine to obtain Godhood status, with God-like powers of their own, having reunited with the ultimate divine source-energy; then once there, taking one more step separating from that divinity, out of this creation into a new creation of their own making, with themselves as the sole divinity of the new universe, apart from the previous creation. The godhood self sought by Left Hand Path followers is represented by the Qlipha Thaumiel in the Tree of Knowledge.

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  1. P

    Calculating the friction on a curved path

    Homework Statement A car drives on a straight path and from point A it enters a curved path. It stops at rest on point B of the curved path. The curved path has the radius R and the length is given by the angle theta. The entire path has friction. The velocity of the car is known at point...
  2. C

    Calculus of Variation - Shortest path on the surface of a sphere

    Refer to "2.jpg", it said that the shortest path on the surface of a sphere is Ay-Bx=z , which is a plane passing through the center of the sphere. I cannot really understand about this. Does it mean that the shortest path is a ring that connects two points with its center at the center of the...
  3. S

    Path of a block suspended by two parallel cords

    I have an argument with classmates about the trajectory that the block will have (circle, ellipse, something else...). The configuration is similar to this image. http://minireference.com/_media/physics/momentum-bullet-speed-block.jpg?w=400 Initially, the block will move horizontally...
  4. A

    What is the difference between path independence and a conservative ve

    What is the difference between path independence and a conservative vector field? It seems like both definitions given in the textbook mean the same. What is the difference between the two? According to wikipedia, path independence is a consequence of a conservative vector field, but...
  5. zrek

    Formula for gravity path of two objects

    Please help me to find a formula to determine the actual position of two objects, depending on time. Imagine two identical (mass, size, etc) object, no other effect on them only the gravity of each other (Newton). Let's imagine these objects are non corporal, so they will not collide. The...
  6. A

    Exploring Total Internal Reflection: Why Does Light Path Through a 2nd Medium?

    Hi And Need Help The main Question is what happens to light and cause go into next medium as total internal reflection happens for incident angles higher than critical angle ? so the main question is why the light path throughout the second medium? We know when light travels from a medium...
  7. B

    Path Different Between Two Waves

    Hello, I am having a little difficulty articulating my question, so please bear with me. I understand that when waves occupy the same space at the same time, they interfere. What I am having difficulty visualizing is when two different waves travel different paths and intersect at some point...
  8. I

    Magnetic field, current with arced path

    Homework Statement Homework Equations The Attempt at a Solution B=\frac{\mu_{0}I}{4\pi}\int \frac{dl\times \hat{r}}{r^{2}}=\frac{\mu_{0}I}{4\pi r^{2}}\int dl\times \hat{r} So I think since when you cross dl with r, you end up with just dl. \frac{\mu_{0} I}{4\pi r^{2}}\int dl l=rθ so dl=rdθ...
  9. F

    Feynman lectures and electron path

    I read the Quantum Physics section of the online version of Feynman lectures http://feynmanlectures.caltech.edu/I_02.html#Ch2-S3 and I don't understand the problem with the electrons "breaking away from the nucleus". So why can't the electrons just keep going in and out of the nucleus ?
  10. E

    Contour integration (related to deformation of path)

    Homework Statement Use the principle of deformation of path to deduce \int_0^\infty t^n \textbf{cos}(bt) e^{-at}dt=\frac{n!}{e^{n+1}}\textbf{cos}((n+1)\phi) and \int_0^\infty t^n \textbf{sin}(bt) e^{-at}dt=\frac{n!}{e^{n+1}}\textbf{sin}((n+1)\phi) where a>0, b>0, c=\sqrt{a^2+b^2}, and...
  11. M

    Understanding Optical Path Difference in Optics | OPD Explained

    SOme one help me with the OPD. How is here the OPD=n2(AB + BC) -n1(AD)? I am not confused with the introduction of 'n'..Rather the path length is confusing me..Why is there a negative sign?
  12. H

    Electric fields and mean free path?

    Just need someone to tell me if I'm doing this right. If I have accelerated a particle in which the mean free path is 50nm and I need the collision to be 5eV would this be correct in determining the required electric field strength? 5/.00000005 = 100MV/m
  13. M

    Find index of refraction of a sphere given the beam path

    Homework Statement A beam of parallel light rays from a laser is incident on a solid transparent sphere of index of refraction n1 (see figure). (a) If a point image is produced at the back of the sphere, what is the index of refraction of the sphere? (b)What index of refraction, if any, will...
  14. marcus

    A purely geometric path integral for gravity

    This paper seems to me especially interesting: http://arxiv.org/abs/1308.2946 Purely geometric path integral for spin foams Atousa Shirazi, Jonathan Engle (Submitted on 13 Aug 2013) Spin-foams are a proposal for defining the dynamics of loop quantum gravity via path integral. In order for...
  15. PeteyCoco

    Line integral of a spherical vector field over cartesian path

    Homework Statement Compute the line integral of \vec{v} = (rcos^{2}\theta)\widehat{r} - (rcos\theta sin\theta)\widehat{\theta} + 3r\widehat{\phi} over the line from (0,1,0) to (0,1,2) (in Cartesian coordinates) The Attempt at a Solution Well, I expressed the path as a...
  16. ajayguhan

    Examining Fermats Principle & Light's Path of Min Time

    Why does light follows a path of minimum time? I.e., is there any theory or explanation behind the fermats principle?
  17. S

    Does light follow a helical path ?

    as the Electric field is perpendicular to magnetic field , would the over all sum of the sinusoidal waves would turn up to be a helical shape ?
  18. L

    Hyperbolic path in Minkowski space

    The path described by a constantly accelerating particle is given by: x=c\sqrt{c^2/a'^2+t^2} where a prime denotes an observer traveling with the particle and a letter without a prime a resting observer. If we leave the c^2/a'^2 out it reduces to x=ct, which makes sense. The distance...
  19. Crazymechanic

    Ionized particle path , forces etc.

    Ok so i have a question , for the sake of the argument imagine a infinitely long conducting wire with a given positive potential. Now along that wire in an enclosed non conducting tube around it there is a ionized hydrogen (no electrons for the argument) Now when a conductor like our...
  20. M

    Find the shortest path between two points in polar coordinates

    Homework Statement Find the shortest distance between two points using polar coordinates, ie, using them as a line element: ds^2 = dr^2 + r^2 dθ^2Homework Equations For an integral I = ∫f Euler-Lagrange Eq must hold df/dθ - d/dr(df/dθ') = 0 The Attempt at a Solution f = ds = √(1 + (r *...
  21. S

    Physics How to get on a career path for a particle physicist

    I am currently in 8th grade. Particle physics fascinates me, and I would like to know ways to get on this career path. Working at LHC/CERN is all I think about. Recommended books, high school programs, extra curricular activities, colleges, internships, and websites would be very helpful for...
  22. D

    Programs Best path to Non-Linear Dynamics/Chaos theory for non-science major?

    Hi, I think some background is necessary: I'm a Psychology undergraduate student. I also really love math. I've incorporated some pure math into my studies - next semester I'll have room for a course on "Foundational Mathematics" (I'm not sure if that's exactly what they call it outside my...
  23. K

    Wrong Path, need to step back and re-trace

    Hey folks, I am currently studying at Ryerson (Toronto, Canada) in Computer Engineering (BEng) and I am starting my 3rd year in September. Since high school, I have been very interested in astronomy and quantam physics (at least what was taugh) and I always postulated my own theories on how...
  24. marellasunny

    Which path does this mechanism follow?

    I found this mechanism(see image) in a very old book in the library.I was wondering if there is any mathematical technique(obviously geometrical) to find out the locus of travel that the links would take(case 1). Also, be able to calculate the displacements(case 2). The problem with the given...
  25. T

    Transistor connection in the discharge path of the 555 timer

    http://www.slideshare.net/viv3ksharma/automatic-school-bell In this circuit I Think the emitter and collector terminal of the transistors T1 & T2 will be reverse. Otherwise the 555 timer will not discharge. Can anyone help pls?
  26. T

    Connection of the transistor in the discharge path betn 7 & 6 of 555

    In an automatic school bell circuit, The outputs from 3 to 11 are connected to the base of an NPN (BC547) transistor through 1K resistance. A diode is connected in forward bias in each of those outputs so that only one output sends high pulse to the base of the transistor. When the high pulse is...
  27. STEMucator

    What is the Velocity of a Disc Thrown at a 28° Angle to the Ground?

    Homework Statement A disc is thrown at a 28° angle to the ground. It landed 39.8m away. a) What is the velocity of the disc? b) How long was the disc in the air? Homework Equations ##θ = 28°## ##\vec{Δd}_H = 39.8 m [F]## The Attempt at a Solution a) I was thinking I should use the...
  28. S

    Gamma Ray Ionization Path to Overcome Potential

    If a gamma ray is being fired and is in turn colliding with electrons and ionizing the electrons in the gamma ray path, where do the electrons tend to? In what direction is the current most likely to flow for a high powered gamma ray ionization?
  29. S

    Migration Path of Electrons in Ionized Air (Gamma Radiation)

    I would love some clarification on a gamma ray process. This is what I understand so far: Electrons are accelerated at 19MeV at a cathode which is releasing gamma ray photons with an energy of 1.9MeV. Is it possible to generalize the emission number of photons (roughly) to be equal to the...
  30. G

    Which career path would you guys reccomend

    Hi Guys, I am trying to choose a path in mechanical engineering. I am wondering what braches you guys have had experience with. I thinking like consumer electronics (apple, mircosoft), general mechanical (ford, etc), aero/astro (boeing, Nasa), oil stuff(shell, exxon). Do you guys have any...
  31. H

    Prove Compact Metric Space is Locally Path Connected

    Hi, I am trying to prove that any compact metric space that is also locally connected,must be locally path connected. can someone help? thank's in advance.
  32. G

    Path dependence - Question of Thermodynamics

    I've read a solution of a problem, in which there are two different gases in a container, initally at equilibrium and separated by an adiabatic fix wall. At some time, this wall is changed by a diathermic mobile wall, so the equilibrium point changes. You have to find the final state of the...
  33. A

    Ring moves on curved path faster

    A ring on curved path (say on bent rod) will move longer distance than the one moves on straight line in same interval of time (the two rings are released simultaneously - one moves on curved path and other one moves horizontally) - How to explain? by which principle one can explain?
  34. S

    Equation of the path of the particle

    Homework Statement The x and y coordinates of a particle moving in the x-y plane are x=8sin(t) and y=6cos(t). What is the equation of the path of the particle? Homework Equations m=\frac{y_2-y_1}{x_2-x_1} y-y_1=m(x-x_1) The Attempt at a Solution I am stuck on how to approach this...
  35. D

    Average relative velocity in calculating mean free path

    Hello, Does anyone know why we use the root mean square of the relative velocity in calculating the mean free path? As is done in this example: http://galileo.phys.virginia.edu/classes/152.mf1i.spring02/MolecularCollisions.htm Seems like it would make more sense to find the mean of the...
  36. S

    How does an object start to move in a circlular path?

    So, if an object is moving in a circular path, it has a force constantly directed to the center acting on it, and this force is perpendicular to the velocity. However, imagine now that it's not moving. How can one get this object to move in a circular pathway using centripetal force? Does the...
  37. K

    The length of a path on a sphere (in spherical coordinates)

    So, I'm to show that in spherical coordinates, the length of a given path on a sphere of radius R is given by: L= R\int_{\theta_1}^{\theta_2} \sqrt{1+\sin^2(\theta) \phi'^2(\theta)}d\theta, where it is assumed \phi(\theta), and start coordinates are (\theta_1,\phi_1) and (\theta_2, \phi_2)...
  38. E

    Mean Free Path for a Mixture of Gases

    So this is a fairly simple conceptual question: can you estimate/compare the mean free paths for individual components of a mixture of gases? I'm primarily looking at the equation given here and the information accompanying it. Consider the case where we have several individual, separate...
  39. Z

    What is the speed of a cylinder rolling down a hill?

    Homework Statement A cylinder rolls without slipping down a hill. It is released from height h. What is its speed when it come down? The cylinder mass may be completely concentrated on the radius R, which is the radius of the cylinder. http://i.imgur.com/Ge3x1nu.png The Attempt at a...
  40. M

    MHB Finding Shortest Path in G: Dijkstra's Algorithm

    Helloo! I am asked to find the weights of the shortest path from s in a directed Graph G=(V,E), where V={s,a,b,c,d}, E={(s,a),(s,d),(a,b),(a,c),(a,d),(b,s),(b,c),(c,b),(d,a)} and their weights 5,3,6,4,1,3,7,2,2... I used Dijkstra's Algorithm, and I found d[s]=0,d[a]=5,d[b]=11,d[c]=9,d[d]=3...
  41. W

    Path integrals important for undergrads to know?

    I'm going through a whole undergrad quantum book (Townsend) by myself. It has a chapter on path integral QM. He said in the intro that it can be skipped, but I was wondering if knowledge of this subject is immediately helpful when starting graduate level quantum. I start grad school in the...
  42. B

    Path of a planet orbiting a star in GR

    We know that the orbit of a planet and its star is a conic section. For a closed orbit, it will be an ellipse described by x^2/a+y^2/b =1, or its equivalent equation in r and θ What would be the equation of the path under GR? and how will it approximate to a conic section when r(s)/r tends to...
  43. H

    Showing work is path independent

    1. The problem: A 5-kg block is moved from the ground to a height of 1 m via two different routes, vertically and along an inclined plane with angle of 30° to the horizontal. How much work is done on the block against gravity in each case? Homework Equations W=Fcosθd where θ is between...
  44. E

    What is the Path of a Cricket Ball During a Bowler's Run Up?

    Homework Statement model the run up a bowler takes before he throws the cricket ball Homework Equations model the path of the cricket ball The Attempt at a Solution we can make any assumption. if anyone good in physics please helo me model it.
  45. L

    Can the Trajectory of a Bullet Be Modeled with a Single Mathematical Function?

    I've been mulling this over all weekend, and I've decided to get some help on this. The problem is writing a function to describe a bullet's path. I've asked two people about it my Physics teacher (who said he didn't know how) and my French teacher, who was a nuclear engineer for the US Navy...
  46. C

    Direction problem; find angle to shortest path with wind

    Homework Statement A pilot must travel directly to a town 500 miles away in a directions 20 degrees east of south from her present position. There is a steady 40 mph wind blowing west to east. Her plane's cruising speed through calm air is 95 mph. Using vector, what must be the plane's...
  47. P

    Path Integrals- Multivariable Calculus

    Path Integrals-- Multivariable Calculus Hi all-- really stuck here, help would be greatly appreciated. :) 1. Evaluate ∫Fds (over c), where F(x, y, z) = (y, 2x, y) and the path c is de fined by the equation c(t) = (t, t^2, t^3); on [0, 1]: 2. Homework Equations L = sqrt(f'(t)^2 +...
  48. heycoa

    Mechanics, Tangential force and potential of a curvilinear path

    Homework Statement a) Prove that m (d^2s/dt^2) = Ftang, the tangential component of the net force on the bead. [hint] one way to do this is to take the time derivative of the equation v^2=v(dot)v. The left side should lead you to (d^2s/dt^2), and the right side should lead to Ftang. b)...
  49. W

    Path Integrals Harmonic Oscillator

    Hi, I am reading through the book "Quantum Mechanics and Path Integrals" by Feynman and Hibbs and am having a bit of trouble with problem 3-12. The question is (all Planck constants are the reduced Planck constant and all integrals are from -infinity to infinity): The wavefunction for a...
  50. B

    Centripetal force/friction on a car in circular path

    I've read so much stuff on the internet including other threads on the forum but am still confused. When a car is making a turn on a level road, WHY does the static friction point inward? From what I've learned the direction of static friction points in the direction opposing movement but the...
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