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

    The Path of Light Using Calculus of Variations

    Homework Statement A rectangular solid of height h increases in density as its height increases, so the index of refraction of the solid increases with height according to: n(y) = 1.20(2y + 1) where y is the distance, in meters, from the origin (see diagram). A beam of light...
  2. J

    Path of a car accelerating around a corner

    If a car is going around a 360 degree circle at 1 g (its maximum centripetal acceleration, and its maximum total acceleration) and then longitudinally accelerates ("gives it the gas") at .5 g (or tries to, while still cornering) for the next 45 degrees, what would be the formula for the radius...
  3. T

    Max Kinetic Energy of Object in Circular Path with Constraint

    Homework Statement An object is constrained by a cord to move in a circular path of radius 0.5m on a horizontal frictionless surface. The cord will break if tension exceeds 16N. The maximum kinetic energy the object can have is:Homework Equations KE=1/2mv^2 U=mgh The Attempt at a Solution...
  4. B

    Block moving down circle, a straight path, then into a spring

    Homework Statement Consider the track shown in the figure. The section AB is one quadrant of a circle of radius 2.0 and is frictionless. B to C is a horizontal span 3.5 long with a coefficient of kinetic friction = 0.27. The section CD under the spring is frictionless. A block of mass 1.0...
  5. J

    Optical Path Length Problem in Astrophysics & Interstellar Medium

    Problem: My homework constantly refers to something called the optical path length, L - I'm not exactly sure what this is. It's in the equation below. This question is in relation to astrophysics and dust extinction in the Interstellar Medium. Relevant equations: Dust optical depth, τλ =...
  6. StevieTNZ

    Path Cancellation: Can a Particle Come From Point A?

    If, at one particular spot a particle can from (point A), all the paths from that spot to point B cancel each other out, does that mean the particle cannot come from point A? Or likewise, if only some paths from point A to point B cancel out, and paths from point C to point B cancel the rest...
  7. A

    Path dependent function with a defined path

    This question is about if I have a path dependent function but a definite path, then can I integrate along the path to form a 2 dimensional field and then take partial derivatives along directions other than the path? And e.g. are points along path A connected to path B? (Note: all paths start...
  8. V

    Find angular momentum of a body moving around other in elliptical path?

    planet of mass m is moving in an elliptical orbit around the sun of mass M. maximum and minimum distance of the planet from the sun is r1 and r2. Find the angular momentum of planet about the sun.(Consider M to be fixed in it's position.) Angular momentum= m(R*v) At farthest point from sun...
  9. S

    Quantum Theory of Metal- Mean Free Path

    Homework Statement I'm off by a factor of 106 and I have no idea why. "Silver has a density of 10.5*103 kg/m3 and a resistivity of 1.60*10-8 Ω*m at room temperature. Assume that each silver atom contributes one electron to the electron gas. Assume that EF = 5.48 eV" What's the mean free...
  10. T

    Path Integral/Canonical Quantization of Gauge Theories

    I'm really getting frustrated right now, as I am unable to reproduce the two-point gauge-field correlation function (i.e. propagator) as derived from the path integral in an R_\xi gauge using operators from canonical quantization. I believe the polarization 4-vectors of the gauge field ought to...
  11. M

    Proving Limits Do Not Exist Using Two Path Test

    Homework Statement Use the two path test to prove that the following limits do not exist.Homework Equations \lim_{(x,y)\rightarrow{(0,0)}}\frac{4xy}{3x^2+y^2} The Attempt at a Solution The book that I am using introduces the Two Path Test theoretically but does not show an example of how to do...
  12. L

    What is a function that describes motion in a circular path?

    If an object is moving in a perfect circlular path, what function(s) describe its path as a function of time?
  13. K

    Path Integral of Triangle: Parameterization & Solution Explanation

    Homework Statement The problem asks: find the integral of gamma F.ds where F(x,y,z) = (e^z, e^y, x+y). gamma being a triangle with vertices: (1,0,0) (0,1,0) (0,0,1) going in a counterclockwise direction Homework Equations The Attempt at a Solution So I'm not even sure...
  14. T

    Schools Explore Your College & Career Path with Expert Guidance - Get Help Now!

    So I have been out of high school for 5 years and did not go to college after school because I ended up with a very good job in the trades area and did that up until now where I really started to realize that I must go back to school and follow something that I have an interest in. I was a B...
  15. B

    Estimating Phonon Mean Free Path in Germanium at 300K

    Homework Statement If all the heat transport is by phonons, estimate the mean free path of phonons in Germanium at 300K using the following data. Thermal conductivity=80W/K m; Debye temperature=380K; atomic weight=72.6; sound velocity=4500m/s; density=5500kg m^{-3} Homework Equations...
  16. J

    How Do I Calculate the G Forces of a Car on an Elliptical Path?

    How would I calculate the centripetal acceleration of a car at any (every) point on an elliptical path? Assume the car's speedometer is showing a constant speed the entire time. Answer in terms of g forces, please. (And, I have never taken calculus). You could also assume zero g at...
  17. B

    What career path should I choose based on my interests and strengths?

    Hello, I am a senior in high school, I am extremely unsure of what I should go into. I have already been accepted to 5 universities (2 tech schools), but I'm not sure what major I should choose. For a little background, I have a 3.6, 24 ACT, precalc is my current highest math and I took 1...
  18. P

    Trajectory Path from 2 Distance Sensors

    I would like to determine the equation describing the trajectory of an object using data from 2 distance sensors. I figured out how to do this if the sensors take simultaneous measurements but this cannot be done without generating crass talk between the sensors. The object moves too far when...
  19. C

    Physics Is Physicist the right path for me?

    It's really a question of whether research is for me or not. I don't know the answer because I haven't had a chance to research full time. I hope Physics forum may give me some guidance and advice. I am a sophomore in college majoring in Computational Physics, because I love Physics and I like...
  20. T

    Starting at CompSci first instead of Astro good path?

    I am 18 years old, going to a 2 year college to get my diploma and transfer to a University that does Computer Science, but I do not know if that is the right path..? I do not mind programming and Computer Science, but I have had more of a passion with Astronomy since I was a kid. I do not see...
  21. R

    Parametrization of the path described by the end of a thread

    Homework Statement 2. Consider a stationary circular spool of thread of radius R. Assume the end of the thread is initially located at (0; R). While keeping the thread taut, the thread is unwound in a clockwise direction. (a) Parameterize the path described by the end of the thread as r(t) =...
  22. tom.stoer

    Energy-dependent cross ection and mean free path

    The mean free path is usually determined via the scattering cross section σ; one starts with a differential equation for the intensity dI(x)= -n\,\sigma\,I(x)\,dx Are there generalizations for this derivation for energy-dependent cross sections σ(E)?
  23. P

    Path integral/Stokes's and Green's theorem

    I meant Line integral. Homework Statement I want to find the path integral of a vector function F over a closed path in Euclidean space with z = 0. Homework Equations The Attempt at a Solution I was wondering if it is allowed to first use Stoke's theorem and then Green's theorem. I would...
  24. S

    How Does Path Integral Formalism Derive the Quantum Propagator?

    Path Integral Formalism Reading through Shankar atm, up to page 232/233. Reference to pages if interested. http://books.google.co.nz/books?id=2zypV5EbKuIC&printsec=frontcover&source=gbs_vpt_reviews#v=onepage&q=232&f=false(sorry I am too noob at latex to type all the formulas out..) It's...
  25. S

    How is interference by longer path generally explained by physicists?

    The interference of light (or single particle photon) is as if the photon traveled all possible paths. now the something ("wave") traveling the longer path would arrive late and hence cannot interfere (timing issue). Yet the pattern shows interference. Some conclude that the past and...
  26. R

    Calculating Area Around a Path

    http://img838.imageshack.us/img838/1538/physicsforumquestion.png Say "A" is a river. It is a linear approximation because only several coordinate points are known. The total length is "l" (obtained from the coordinates), "a" represents the distance from the river at which the soil is...
  27. K

    Path integral and partition function

    I have some confusions identifying the following objects: (1)Some transition amplitude involving time evolution(Peskin page 281, eqn 9.14): \langle\phi_b(\mathbf x)|e^{-iHT}|\phi_a(\mathbf x)\rangle=\int{\cal D\phi \;exp[i\int d^4x\cal L]} (2)Partition function(after wick rotation)...
  28. T

    Path Integral example, analysis of integral limits for K-G theory

    In general I find in books that the path integral approach is an equivalent alternative of the hamiltonian approach for QFT (and for QT in general, but my concern is with QFT). There I usually find that this method is usually developed in a formal way and used to derive Feynman rules, gauge...
  29. S

    Fortran How to put a output file in a network path with Fortran f90

    Hello Folks I have a program code in Fortran f90, that program generate an output file and put that into the same directory where the program resides, I need to put that output file in a network path ex: \\server_name\resource_shared I will appreciate if you could provide me the commands...
  30. Z

    Heat death, quantum uncertainty and Feynman's Path Integral

    Hi all, as a complete noob, I must first ask that people understand that I have only a layman's understanding of cosmology. However, after watching a few of Brian Cox's lectures on entropy and the heat death of the universe, I had a rather interesting thought (although as I am not a...
  31. J

    Understanding Optical Equivalent Path: Differences and Similarities

    Actually,. What is optical equivalent path.,.? Is this and optical path length are same,.,.,??
  32. S

    Path to audio electronic design

    I am 23 and have not been to college. I am currently working as a technician and panel builder for a small company that engineers and builds automation control systems. This is a decent job, but I feel underpaid due to lack of training, and want to step towards a field I'm personally...
  33. J

    How does centripetal force affects the path?

    When there's magnetic field, a charged particle moves in a circle. I would like to ask why won't the circle goes smaller even when there's a force pointing inward (towards the center of the circle). Thank you!
  34. DryRun

    Independence of path of line integral

    Homework Statement http://s2.ipicture.ru/uploads/20120117/ReWSCD1f.jpg The attempt at a solution \frac{\partial P}{\partial y}=\frac{2y}{x^3} \frac{\partial Q}{\partial x}=\frac{2y}{x^3} \frac{\partial Q}{\partial x}=\frac{\partial P}{\partial y} According to my notes: Both functions are...
  35. S

    How does de broglie-bohm explain obstruction in path?

    In de Broglie–Bohm theory (or should we say hypothesis): the wavefunction travels through both slits, but each particle has a well-defined trajectory and passes through exactly one of the slits. The wave function interferes with itself and guides the particles in such a way that the particles...
  36. U

    Engineering Advice on engineering vs eng. tech path

    During high school I messed around and it wasn't until senior year that I started to get into mechanics and electronics, things that I never specially did before. My entire life I was the type of person to take things apart to see how they worked, played with legos and had an interest in the way...
  37. MartinJH

    How big is the path of an IR emitter

    This is a very silly question but anyway. When using a remote for a TV or digital channel receiver, how big is the path/signal emitted from the remote when a button is pushed. Will it come from a point, thee emitter, and form a cone shape until its picked up by the receiver. its a dull...
  38. E

    Path Integral Basics (Why dimension increases in the integrals?)

    Alright, I have a kind of dumb question: Why do I distinguish between dq and dqi when considering the propagation from qi to q to qf? For example, if we want the wave function at some qf and tf given qi and ti, we may write: ψ(qf,tf)=∫K(qftf;qiti)ψ(qi,ti)dqi Why do we distinguish between dqi...
  39. H

    What is the Mean Free Path of water in it's liquid state?

    What is the Mean Free Path of water in it's liquid state? Just wondering how far an electron could travel in water before a collision?
  40. J

    How Can I Navigate My Career Path from Mathematics to Financial Modeling?

    I could use some help filling in the details of my poorly-planned career path. B.S. in Mathematics --------> ? ---------> ? ----------> ? -----------> Financial Modeling Where I am now: About 3/4 of the way through my undergraduate Math degree, having switched from the "Comprehensive"...
  41. E

    Dirac Notation in building Path Integrals

    Alright, so I was wondering if anyone could help me figure out from one step to the next... So we have defined |qt>=exp(iHt/\hbar)|q> and we divide some interval up into pieces of duration τ Then we consider <q_{j+1}t_{j+1}|q_{j}t_{j}> =<q_{j+1}|e-iHτ/\hbar|q_{j}>...
  42. F

    Very confused about path of light from distant galaxies :-(

    Hello there! Sorry for the dumb question, but for years I have been very curious and confused about this: I just read that they discovered a galaxy 13.7 Bn light-years away -- therefore its light was emitted 13.7 Bn years ago and traveled 13.7 Bn light-years in some line. But, 13.7 Bn years...
  43. J

    Can the Universe's Path be Definitively Determined?

    Assuming we could understand all the laws of physics and understand all forces that exist in our universe, does the universe have a definite path? Could we theoretically calculate the result of all the properties of the universe to determine exactly how everything in the universe would behave...
  44. C

    Directional photon detector to detect which path?

    I know this is not possible but I want to know why. Why cannot a directional photon (or electron) detector placed on the screen of a 2 slit experiment detect which slit an individual photon comes from without destroying the fringes? Fire the photons one at a time. They can be detected...
  45. A

    Brownian Motion and Path Integrals

    I am reading "Quantum Mechanics and Path Integrals" (by Feynman and Hibbs) and working out some of the problems... as a hobby of sorts. I have run into a problem in section 12-6 Brownian Motion. On page 339 (of the emended edition), the authors demonstrate, by example, a method for...
  46. C

    Which path information for a photon reflecting from a mirror as in Feyman's QED

    I would like to know whether it is possible to determine which path information for a photon reflecting from a mirror as shown in the book QED by Feynman page 40 and 43 (or available by googling mirror reflection Feynman or similar) if photons are fired one at a time from the source (unaimed)...
  47. rcgldr

    Parabolic path at constant speed

    parabolic path at constant speed? (having issues) I found a brief mention of this problem at a few web sites. An object follows a parabolic path at constant speed. I'm having some issues with the math involved: Assume the path is defined by y = 1/2 x2, and that the constant speed is c...
  48. M

    Calculating NIR Path Length for Gas Absorption Analysis

    Hi everyone, Yes I am a newbie here so forgive me if I don't ask the question correctly. I am trying to understand how to determine the minimal and maximum path length based on gas absorption. I know this is based on Beer Lamberts Law but I am not sure which formulas to use and the...
  49. A

    Physics Career path in combining physics and psychology

    Hello, I am a 2nd year undergraduate student BSc (Hons) Physics at QMUL and simultaneously I am undertaking a BSc (Hons) in psychology with the Open University. I intend to proceed with an MSc and a PhD before I head out for a career. It's been a few months that I have started researching...
  50. M

    Hiker climbing, find the curve of projection of path on xy plane

    Homework Statement a.) A hiker is climbing a mountain whose height is z = 1000 - 2x**2 - 3y**2. When he is at the point (1,1,995) in what direction should he move in order to ascent as rapidly as possible? b.) If he continues along a path of steepest ascent, obtain the equation of the curve...
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