What is Path: Definition and 1000 Discussions

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.

View More On Wikipedia.org
  1. D

    Comparing Path Integral Conventions in QED

    Hello. I am doing some reading on QED and am getting a bit confused on the different conventions used. In Matthew Schwartz's book we have the Lagrangian given as: LQED = -¼ FμνFμν + iψ*γμ(∂μ + ieAμ)ψ - V(ψ*ψ) And the path integral factor is exp(iS). In another text, however, I see the QED...
  2. M

    Determine the change in path length

    Homework Statement A ripple tank is setup and a point selected on the second nodal line. determine the change in path length from two wave sources if they are in phase and separated by 2cm and the wave length is 5cm Homework Equations not really sure of what equations to use? The Attempt at a...
  3. F

    Is Engineering the Right Career Path for Me? Advice from a Scientist

    Hello, I'm FlashExplorer, and I'm a 22 year old guy. Ever since graduating from high school I haven't been able to pinpoint what I wanted to do as a career. First, I thought I wanted to get into IT because I've always been naturally technically inclined when it came to computers. I did OK with...
  4. A

    I with choosing my academic path

    Hello, I am a senior high school student living in Western Europe. Although I haven't been really fond of mathematics in the past years, I have began to admire it as I advanced. This year I have been introduced to pre-calculus and I really liked it. Also my major interest since my childhood has...
  5. H

    Vector analysis, calculate path

    Homework Statement I have these vectorfields defined on the specified set. All of them are conservative on their set. Also i have three unit circles C1, C2 and C3 centered respectively on (0,0) , (-2,0) and (-1,0) I need to find the line integrals over all of them on H (beregn = calculate...
  6. S

    Question about photons traveling on same path

    if photons are traveling on the same path, and in only one direction, are they sometimes passing each other? Or are they staying in sequence? Assume the sources for these photons are variously moving in relation to each other. .
  7. G

    Exploring Biology: Finding the Right Career Path

    Hello,My name is guy I am currently in high school learning biology as my "major"(not sure how to call it ) subject as well as ecology, I've been always interested in biology but recently I got stuck thinking what do I want to do in biology.Biology is like a tree that has many branches and I am...
  8. Kent317

    Pursuing Electrical/Electronics Engineering: How to Go About It

    I am deciding what educational path to take. My end goal is to become an electrical/electronics engineer. I am good with my hands but need to work very hard on academics. I dropped out of high school my senior year(2012) for no good reason, I was not in the best state of mind then. (I earned my...
  9. H

    Propagator in the derivation of path integrals

    Why isn't (5.298) the following instead? ##K(x, t_1; x', t_0) = \delta(x-x')\,e^{-\frac{i}{\hbar}H(t_1-t_0)}## My reasoning: Since \Psi(x, t_1) = e^{-\frac{i}{\hbar}H(t_1-t_0)}\,\Psi(x, t_0)\\ = e^{-\frac{i}{\hbar}H(t_1-t_0)}\,\int\delta(x-x')\Psi(x', t_0)\,dx' The exponential operator with...
  10. T

    Why Do Path Integrals Involve Multiple Integrations Instead of Simple Summation?

    Source: http://web.mit.edu/dvp/www/Work/8.06/dvp-8.06-paper.pdf Regarding page 5 of 14, I don't understand the multiple integrals thing. Ain't we supposed to sum up all the paths like in this equation (4) but why do they instead multiply and integrate over integration and so on?Also for...
  11. L

    Number of Paths from O(0,0) to A(7,8) - No (3,4)

    Homework Statement In a grid O(0,0) A(7,8) find the number of paths that 1. pass through (3,4) 2. don't pass through (3,4) 3. pass through M(2,3) AND N(4,6) 4. DON'T pass pass through M(2,3) and N(4,6) 5. pass through ONLY ONE of M(2,3) and N(4,6) 6. pass through AT LEAST ONE of M(2,3) and...
  12. qq545282501

    Projectile motion after a flying helical path

    Homework Statement A bird flew along a helical path r(t)=<5cost,5sint,2t>, at time t=10 second, the bird died instantly. where did it hit the xy-plane ? g=32 ft/s/s. Homework Equations r(t)=(v_0 \cos\theta t) i+(v_0 \sin\theta t - 0.5gt^2 + h_0) j The Attempt at a Solution taking derivative...
  13. W

    Exploring the Sun's Orbital Path: A Java Model of the Solar System

    I've written a java program to model the solar system. All my planets move in very well defined, stable orbits. The sun, on the other hand, is doing some very weird stuff. I've attached a plot of its path, a very zoomed in and a very zoomed out one. It isn't spiralling gradually inwards or...
  14. P

    What factors affect the mean free path of phonons 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=360K; atomic weight=72.6; sound velocity=4500m/s; density=5500kg m−3 Homework Equations K=CVvsl l...
  15. P

    Distance from one period to the next, ##e## in helical path.

    Homework Statement A source injects an electron of speed ##v## into a uniform magnetic field of magnitude ##B##. The velocity of the electron makes an angle ##\theta## with the direction of the magnetic field. Find the distance ##d## from the point of injection at which the electron next...
  16. A

    Ball thrown from ISS to earth at right angle to it's path

    Suppose I am on ISS and Earth is exactly below (at the right angle to the ISS's line of path). Now if I throw one ball below towards Earth from window at exactly 90 degrees to the line of path of ISS and one ball upwards at right angle to the line of path of ISS. **Assume normal human strength...
  17. Anton Alice

    Time dependent optical path length vs coherence

    Hello, I have a simple question. Suppose a perfect point source in front of a mirror. The virtual image of the point source acts like a second point source. Now let's look at the interference of the direct point source light and the virtual point source, at some position. Since the path...
  18. L

    Quantitative Analysis of Electron Motion in a Uniform Magnetic Field

    Homework Statement A beam of electrons travels east at speed, v = 6.10x 10^6 m/s . It passes through a magnetic field , B = 0.450T , directed from top to bottom. Describe exactly the path of the electrons motion? Homework EquationsThe Attempt at a Solution The path of a charged particle moving...
  19. Buzz Bloom

    Q: Calculate average length of photon path: emit->absorb

    Assume a very large volume of a gas of a specific molecule. This molecule can absorb a photon and spontaneously quickly re-emit a photon of the same energy before the molecule can physically interact with another molecule. Therefore the energy of these photons never participate in the...
  20. C

    Is My Career Path the Right Fit for Me?

    Hi everyone. I apologize, I’ve posted about the situation I’ve been going through before but I wanted to ask a different question. I've been feeling frustrated for a while with what I've been studying. Right after I graduated undergrad with a biology degree in 2013, I went into a PT program, but...
  21. Andreol263

    What are the key concepts needed to understand QED and QCD?

    Hi physicists , I'm in high-school yet, and since I've started study physics for myself my aim is to understand more complex fields of physics, and one of these fields in QED(Quantum Eletrodynamics) and QCD(Quantum Chromodynamics), could anyone tell me what the path to go for a good basis for...
  22. ShayanJ

    Path integral propagator as Schr's eq Green's function

    Its usually said that the propagator ## K(\mathbf x'',t;\mathbf x',t_0) ## that appears as an integral kernel in integrals in the path integral formulation of QM, is actually the Green's function for the Schrodinger equation and satisfies the equation below: ## \left[ -\frac{\hbar^2}{2m}...
  23. A

    Path radiance in atmosphere

    It is common knowledge that the scattering of blue photons by the atmosphere is more significant than for other colors hence aerial images of Earth look bluesh. The graph below obtained from MODTRAN 'allegedly' supports this fact. While trying to quantify this effect, I've preformed several...
  24. toforfiltum

    Path difference between the waves

    Homework Statement Homework EquationsThe Attempt at a Solution I formed a right angle triangle between the arrow downwards,d, and perpendicular line x from arrow. As such, sin θ = x/d. x= d sinθ path difference: d sinθ/λ My answer is C, but answer is B. Where did cos θ come from?
  25. J

    MHB Path Problem with Probability

    I am completely lost on how to solve this problem. Any hint would help There is a lost tourist in New York. The streets in New York run east to west and go from ..., S. 2nd St., S. 1st St., Broadway St., N. 1st St., N. 2nd St., ... The avenues run north to south and go from ..., E. 2nd Ave...
  26. H

    Using the path equation to determine the path of a satellite

    A satellite is in a circular orbit a distance $h$ above the surface of the Earth with speed $v_0$. It suffers a head-on collision with some debris which reduces its speed to $kv_0$, where $k$ is a constant in the range $0<k<1$, but does not change its direction. Calculate the eccentricity of the...
  27. E

    Moving an iron sphere along a path with an electromagnet

    Hello, So I am working on a project that requires the movement of iron nanoparticles (let's assume 25nm in diameter, and let's assume the sphere is uniform and pure iron) through a (non-magnetic) gel using an externally applied magnetic field. Let's assume the total distance I want to move the...
  28. D

    Looking for online videos on QFT using path integral method

    Hi. I am just starting to study QFT using the path integral method and for which the main textbook is by Srednicki. Does anyone know of any good online videos which would be suitable Thanks
  29. T

    Calculate mean path length of a magnetic circuit

    Given this magnetic circuit: With these dimensions: With this equivalent circuit: If I am using F = HL to calculate the mmf drops in RcoreAB(see equivalent circuit) and RcoreBCDA(see equivalent circuit) then how would I calculate L in the formula ?
  30. F

    Current does not always choose the path of least resistance....?

    Hello Forum, Electric current usually goes down the path of least resistance if it can. However, there are situations in which it prefers to go through a path of more resistance if the path of least resistance has no potential difference across. Are my statements correct? For example, see the...
  31. J

    Need help setting a career path for the Space industry

    I'm sure this is all something you hear a lot on this message board but I'd like to say it nonetheless. The space industry and astronomy at large are some of the only things I've ever felt passion for. I'd like nothing more than to work in that industry. My current plan is to major in physics...
  32. P

    Why when traveling a curved path does acceleration go inwards?

    Hello, I am having some trouble wrapping my mind around this concept. In the beginning of calculus I was taught that the derivative is relationship of change of one variable with respect to another variable, and that a good way to visualize this is the tangent of a curve at a point. My physics...
  33. SquidgyGuff

    Stoke's and Gauss's Theorum in proving div(curlA)=0

    Homework Statement The problem puts forth and identity for me to prove: or . It says that I can use "straight-forward" calculation to solve this using the definition of nabla or I can use Gauss's and Stoke's Theorum on an example in which I have a solid 3D shape nearly cut in two by a curve...
  34. B

    Spherical coordinates path integral and stokes theorem

    Homework Statement Homework Equations The path integral equation, Stokes Theorem, the curl The Attempt at a Solution [/B] sorry to put it in like this but it seemed easier than typing it all out. I have a couple of questions regarding this problem that I hope can be answered. First...
  35. MathematicalPhysicist

    A path which its domain is a general compact set.

    How is a general path called instead of being a continuous function from an interval to some topological space, where we replace the domain from an interval to a compact set, is there a name for such a function? Perhaps I should add that the compact set is also convex.
  36. N

    B Weak measurement in double slit experiment gives which path

    In 2012, experimenters showed that when two entangled photons separate and when one goes through the double slit, we can tell which slit it went through and see that they still created an interference pattern because the photon that it was entangled to tells us which slit it went through. What...
  37. Salvador

    Exploring Magnetic Flux Path in Coil Wound on a Solenoid

    Hi, I was wondering about a simple example.take a coil wound on a solenoid, one side of the solenoid core is permanently attached to a permanent magnet S pole, the other end of the solenoid core is not attached to any magnet. Now I take another magnet turn it with the N pole facing the solenoid...
  38. R

    Critical Path PERT - Time to Complete a Task

    Homework Statement A small purse manufacturer has a single machine that makes the metal parts of a purse. This takes 2 minutes. Another single machine makes the cloth parts in 3 minutes. Then it takes a worker 4 minutes to sew the cloth and metal parts together. How long will it take to make 6...
  39. G

    Calculate speed 5 meters from the end of path

    Homework Statement A wheelchair is pushed from the start to the finish from its resting phase and maintains a steady speed of 2m/s as the wheelchair travels to its destination, which is 25 m from the start. It takes 80.seconds to push the wheelchair from the start to the finish. What is the...
  40. ognik

    MHB Path dependance of complex conjugate

    Hi, an exercise asks to show that $ \int_{0,0}^{1,1} {z}^{*}\,dz $ depends on the path, using the 2 obvious rectangular paths. So I did: $ \int_{c} {z}^{*}\,dz = \int_{c}(x-iy) \,(dx+idy) = \int_{c}(xdx + ydy) + i\int_{c}(xdy - ydx) = \frac{1}{2}({x}^{2} + {y}^{2}) |_{c} + i(xy - yx)|_{c}...
  41. A

    Alternative path to taking roots of both sides of equation

    The full question is: "How can we take square root of both sides of an inequality or equation just by multiplying each side by numbers with negative rational exponents". I will include several examples to explain how I think about it. 1)a=b, a^(-0.5)*a=b*a^(-0.5) (but a^(-0.5)=b^(-0.5)) then...
  42. jorcesca

    Programs Combining Computer Hardware & Geoscience: A Path to Petroleum Engineering

    thoughts on a major in computer hardware engineering and a minor in geology maybe geophysics something that would give me the oil and gas extraction qualification to be a petroleum engineer or a computer hardware engineer?
  43. C

    Definition of the Path Integral

    Why is it that, in the definition of the path integral, we have the product of neighboring integrals of the form : ∫Φdx1...dxn when the whole idea is based on adding the contribution of neighboring paths. I need some help understanding why it is of the form ∫Φdx1...dxn and not the form...
  44. H

    Confused about perturbation theory with path integrals

    Homework Statement Hi, I am just trying to wrap my head around using path integrals and there are a few things that are confusing me. Specifically, I have seen examples in which you can use it to calculate the ground state shift in energy levels of a harmonic oscillator but I don't see how you...
  45. P

    What is an optical straight line (photon path)?

    Can anyone explain why a photon seems to travel in a perfectly straight 3D line over unimaginable distances? What exactly defines a straight-line? The concept appeals to Cartesian coordinate space. Is there any way to quantify the straightness of a photon path? Or, does the path taken by...
  46. kostoglotov

    A question about path orientation in Green's Theorem

    So if we have a non-simply-connected region, like this one to apply Green's Theorem we must orient the C curves so that the region D is always on the left of the curve as the curve is traversed. Why is this? I have seen some proofs of Green's Theorem for simply connected regions, and I...
  47. jawad hussain

    Which path will current follow?

    Homework Statement using complete diode model explain which path will the current follow? given dynamic resistance is 240 ohm.compute current. 2. The attempt at a solution when we make complete diode model, ideal diode will be replaced by a switch and the given dynamic resistance. the silicon...
  48. K

    Radius for the path of an electron in a magnetic field

    Just double checking this - I found this formula describing the radius of the path of an ion in a cyclotron: R = sqrt(2*E*m)/(e*B) .. where R is the radius in meters, E is the energy of the particle in joules, m is the mass in kilograms, c is the charge in coulombs, and B is the strength of...
  49. F

    Choosing Between Physics, Aerospace Engineering, and Biology: My Struggle at 18

    Hello, my name is Marcos. I am 18 years old and I am from Argentina. I am going through quite a struggle deciding between Physics, Engineering(specifically Aerospace Engineering) and biology.The reasons for my interest in physics are: I would love to carry out research(I like science), I like...
  50. S

    Adiabatic Free Expansion and Reversible Isothermal Path

    Homework Statement Consider an ideal monatomic gas that undergoes an adiabatic free expansion starting from equilibrium state A with volume 500 cm3, pressure 40 kPa and temperature 300K to state B, which has a final equilibrium volume of 1000 cm3. Construct an reversible isothermal path that...
Back
Top