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.

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  1. D

    Find the radius of a particle's circular path

    Homework Statement A particle moves along a circular path over a horizontal xy plane at a constant speed. At time t1= 3.00s, its acceleration vector is given by (3i-5j) m/s^2. At time t2=7.00 s, its acceleration is given by (-3i+5j) m/s^2. Find the radius of the particle's circular path...
  2. M

    Current return path: Why does current return to its source

    Hi, I've looked through some of the replies regarding this topic on this forum, but I'm still a bit hazy on the topic. So this is my problem, why do current try to return to its source? I'm trying to understand this problem with the premise that as long as there is a potential difference...
  3. O

    Reaction force be 0 at top of circular path swing?

    Homework Statement Hi, I have a question about a bucket filled with water being swung in a vertical circular path. I'm wondering why at the top of this swing, the reaction force of the bucket on the water can be 0? (ie. why is the minimum centripetal force required only the weight of the...
  4. G

    What is the estimated path length traveled by a deuteron in a cyclotron?

    Homework Statement Estimate the total path length traveled by a deuteron in a cyclotron of radius 53 cm and operating frequency 12 MHz during the entire acceleration process. Accelerating potential between dees is 80 kV. mass m = 3.2e-27 kg charge q = 1.6e-19 C radius r = 0.53 m frequency f =...
  5. G

    I Why doesn't momentum transfer on mirrors reveal which path?

    Hi. In a Mach-Zehnder interferometer, there are mirrors in both paths. When a photon gets reflected on a mirror, it transfers momentum. Also, mirrors are classical objects that are usually not assumed to exist in superposition states. Shouldn't it (at least in principle) be possible to measure...
  6. doktorwho

    Question regarding a magnetic field path around a gapped core

    Homework Statement ##l/l_0=100## ##S=3 (cm)^2## ##B_r=200μ_0H_c=2mT## ##R=10Ω## No current runs through the feromagnetic core. Calculate the charge ##q## that goes through ##R## from the moment in the diagram to the moment it is removed from the core. Homework Equations 3. The Attempt at a...
  7. D

    Which path has the shortest time?

    Guys I have the following homework problem to solve: There are 2 given points in a plane. If we take a point-like object with mass m and take it to the "higher" point what path should it go on to reach the other point in the shortest possible time. Only gravitational force affects our point-like...
  8. Dusty912

    Radius of curvature of projectile path

    Homework Statement The athelete releases the shot with velocity v = 16 m/s at 20° above the horizontal. What is the instantaneous radius of curvature of the shot’s path when it is at the highest point of its trajectory? Enter an answer in meters up to the first decimal place. Use g = 9.81...
  9. Frov_ken

    Friis Path Loss on a Segmented Path Derivation

    Let's say we have a path Length AC. Point A transmits a signal at Ptransmit. From Friis' Path Loss formula: (assumming Gain for receiver and transmitter antennae are 1.) ##P_{received} = P_{transmit} (\frac{λ}{4π* LengthAC})^2## ,when point C contains the receiver. What if I divided this into...
  10. T

    Want to pursue chemistry but don't like structures

    I'm in Cegep in Canada, which is basically between high school and University. I strongly liked chemistry in the past, and I was very strong. Last semester, our chemistry class was Chemistry of Solutions (covering equilibrium, kinetics, acids-bases, etc), and this semester we have to take...
  11. J

    Flux-flux correlation function under Feynman's path integral

    This is a chemically inspired problem, but the path is fully quantum mechanics and a bunch of integrals. How does one calculate fully quantum mechanical rate ($\kappa$) in the golden-rule approximation for two linear potential energy surfaces? Attempt: Miller (83) proposes...
  12. F

    Complex integration on a given path

    Homework Statement Calculate the following integrals on the given paths. Why does the choice of path change/not change each of the results? (a) f(z) = exp(z) on i. the upper half of the unit circle. ii. the line segment from − 1 to 1. Homework Equations ∫γf(z) = ∫f(γ(t))γ'(t)dt, with the...
  13. G

    Why is entropy a state variable even for irreversible path?

    Hello. The entropy S is a state variable or state function as the integral of dS = dQ/T is a path-independent, provided that the path is reversible process path. However, such a path-independency of the integral breaks down when the path includes irreversible process. So, I guess we can only...
  14. CassiopeiaA

    I Path of Photon in Free Falling Lift: General Theory of Relativity Q&A

    I just started reading general theory of relativity. I have some elementary questions. Not an english speaker so bear with me. I am reading the thought experiment which describes path of a photon in a free falling lift. For an observer inside the lift, the photon path is a straight line. But...
  15. Theudius

    B Wavelength, Path Difference, Phase Difference

    Hi, would it be possible to explain to me how does wave length, phase difference and path difference all link as I'm struggling with calculations involving these three things.
  16. S

    Quantum Path integral formulation

    Hello! Can someone suggest me a good reading about path integral formulation of quantum mechanics? I took 2 undergrad courses on QM, so I would like something focusing on path integral (maybe some problems too). I don't necessary want a book, even some online pdf that contains some good...
  17. M

    I Does the Uncertainty Principle restrict a particle's path?

    In the classical definition, velocity is the time derivative of the particles position curve (trajectory). The Uncertainty principle restricts the particles velocity from ever being zero. Doesn't this imply that a particles path is restricted to paths that do not have a zero time derivative at...
  18. A

    Why does the current take this path?

    Homework Statement (see attached file) Homework Equations Kirchhoff's laws The Attempt at a Solution (see attached file) I only included the work for measurement 1 since measurement 2 follows from that. I got both voltage values correct. However the paths of the current flow was incorrect...
  19. Vitani11

    Parameterization of a path to find work

    Homework Statement Evaluate the work done by the two-dimensional force F = ( x2, 2xy ) along each of the following three paths joining the origin to the point P = (1, 1) : The first two are fine The last path is: the path given parametrically as x = t3, y = t2 with a parameter t Homework...
  20. simon willetts

    B What is the Earth's path in relation to the sun and the expanding universe?

    This maybe a basic question to the educated. I wondered if anyone can describe or show the path the Earth takes not only in relation to orbiting the moving sun but taking into consideration the movement of the milkyway as in rotation and expansion of the universe. Hmm thinking of it as i write...
  21. F

    A On the equivalence of operator vs path integral in QFT

    I have read many textbooks and googled google times for a clear explanation, but I could not find one. How does raising and lowering -annihilation/ creation-(is that energy or particle number?) translate to transition probabilities of path integral.
  22. V

    Engineering Which path should i take? (physics vs. engineering)

    Hi everyone, i'm a student from Quebec in pure science in college. I have two weeks left to register for university. Having listen to people and read, I'm really worried about my path. I really want to study physics for undergraduate since i find this really interesting. Where I'm worried is...
  23. T

    I Path of Light in Curved Spacetime with Metric g

    Suppose we have a curved spacetime with metric g, how can we find out the path of light throughout that space?
  24. S

    Why is Newton's Ring Dark in the Center? Exploring Path Difference Theory

    Why the center of Newton's ring is dark? though I am thinking the path difference in the center is zero between two reflected rays... so,I will be glad if you give the correct information about that...
  25. C

    Path of light in a medium with increasing refractive index

    Homework Statement A medium has a refractive index, ##n(y)=n_0 \sqrt{1+y/a}## which increases along y. Assume ##n_0## and ##a## are constants and always positive. If a light beam enters horizontally along y, through (0,0), find the curve the path of the light ray takes. Homework Equations ##F...
  26. T

    Help Ted Decide on a Career Path: Seeking Advice from Experienced Professionals

    Hi guys I'm ted. I'm posting this thread because I'm not sure what career to follow and I could really use some help. First of all let me give you some info for me.I'm16-17 y.o and going to high school. At 15 I came 2nd to my countrie's astrophysics Olympiad.Read apostol's calculus and since...
  27. ShayanJ

    A Path integral formula for a state with non-trivial time dependency

    Consider a system with a time-dependent Hamiltonian. We know that the evolution of the state of this system, is given by ## \displaystyle |\Psi(t_1)\rangle=T \exp\left( -i \int_{t_0}^{t_1} dt H(t) \right) |\Psi(t_0)\rangle ##. Do you think you can prove that the path integral formula for the...
  28. B

    Engineering Career Path Advice: Finding the Right Fit for You

    Hey everyone, I'm nearing the end of high school and I can't for the life of me decide what I want to do... I have a couple choices but I can't decide between them... My favourite thing in the world is figuring out the soloutuon to that hard multistep math or physics question, and I believe my...
  29. En Joy

    How to find the quickest path?

    How to find the quickest path?
  30. Vitani11

    How to find a path for a tex file?

    I'm told the system can not find the file and that the system path is not specified when I try to save a laytex document. I'm using TexWorks to create a new file.
  31. substitute materials

    I Path integral implies superluminal motion?

    In the path integral formalism, where we treat a photon as if it takes every possible path, aren't the possible paths limited by the speed of light? If we were to perform the double slit experiment, and shield the detector after a specified time frame to limit the time for a photon to make the...
  32. FallenApple

    I MWI and path of single electron

    So in MWI, the electron takes many paths through the double slit experiment and each path is in a different world. So if electrons are fired one at a time, what makes an electron go on a certain path. Say it goes on some weird path that would have implied that a force exist when viewed...
  33. Kaura

    Solve for Path of Particle: x - 2cos(arcsin(y/2)) = 0

    Homework Statement Suppose that a particle follows the path r(t) = 2cos(t)i + 2sin(t)j Give an equation (in the form of a formula involving x and y set equal to 0 ) whose whose solutions consist of the path of the particle. Homework Equations None that come to mind The Attempt at a Solution I...
  34. D

    Engineering Career path for particle accelerator engineering?

    I'm currently in year 12 (studying IB with hl physics, maths and chemistry) in the UK and am starting to look at uni courses. For a few years now I have been absolutely fascinated by the particle physics/quantum side of physics. At the movement I would love to work in research in this sort of...
  35. binbagsss

    I Dijkstra's algorithm - Shortest Path Query

    Hi, I am just wondering what you should do in the case that you have a choice between two nodes to include for the next step, i..e both are equal to the minimal value of the set under consideration Do you need to follow through both cases and then see which way is the shortest, or is there a...
  36. D

    I I can determine the photon path in delayed erasure

    Dear, I am going into quantum physics the past days specifically the dual slit because it boggles my mind. You can find the Wikipedia here https://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser And this is the picture...
  37. ShayanJ

    A Path integral formula for vacuum to vacuum amplitude

    I'm reading the path integral chapter of Schwartz's "Quantum Field theory and the Standard model". Something seems wrong! He starts by putting complete sets of states(field eigenstates) in between the vacuum to vacuum amplitude: ## \displaystyle \langle 0;t_f|0;t_i \rangle=\int D\Phi_1(x)\dots...
  38. H

    Discharging capacitor in RC circuit, confusing path

    Homework Statement The circuit in the figure below has been connected for a long time. Let R1 = 8.20 Ω and R2 = 4.40 Ω. (a) What is the potential difference across the capacitor? (b) If the battery is disconnected from the circuit, over what time interval does the capacitor discharge to...
  39. ShayanJ

    A Ground state wave function from Euclidean path integral

    From the path integral approach, we know that ## \displaystyle \langle x,t|x_i,0\rangle \propto \int_{\xi(0)=x_i}^{\xi(t_f)=x} D\xi(t) \ e^{iS[\xi]}##. Now, using ## |x,t\rangle=e^{-iHt}|x,0\rangle ##, ## |y\rangle\equiv |y,0\rangle ## and ## \sum_b |\phi_b\rangle\langle \phi_b|=1 ## where ## \{...
  40. HyperTechno

    Courses What's the most appropriate path?

    I'm a student, who's entering the higher education. I'm interested on Software Engineering, Electronic and Electrical Engineering. I have two opportunities, in selecting a University to secure one of the above degrees. One is a local university, that offers 4 year degree programs related to...
  41. W

    MHB What is g(x) in Terms of f(x): Distance Path Path

    Path g(x) is a function which contains all points that are at a constant distance from f(x). What is g(x) in terms of f(x)?
  42. M

    Circular motion: Speed, velocity for car on a semi-circular path

    Homework Statement A car moves from X to Y along a semicircular path. The radius of the path is 250 m and the time taken to complete the trip is 50 s. What is the magnitude of the average velocity and the magnitude of the average speed? can you please explain? <3 Homework Equations v = wr = 2π...
  43. J

    Average path length through a box

    Hi, I would like to try and calculate the average distance traveled through a box of length ##w## by any straight path possible. As shown in the attached figure. Where the path through the box to an adjacent face is given by $$r_{adj}^2=\left(\frac{w}{2}-x\right)^2+y^2+z^2.$$ The average...
  44. nso09

    Three slit minima and maxima and path differences

    Homework Statement Find at which angles θ the interference picture that appears on a distant screen made by three thin slits separated by distance d and enlightened by a source of wavelength λ (see figure) a) Shows its maxima. b) Shows its minima. multiple slit diffraction, d, ##\lambda##...
  45. M

    Determine the highest and lowest elevation on a path

    Homework Statement Determine the highest and lowest elevations given by the height z = f(x,y) = 1 - (1/16)x^2 - (1/9)y^2 on the path r(t) = <2cos(t), 3sin(t)>. The xy position on the path at time t is given by r(t). Homework Equations Lagrange Multipliers Partial derivatives The Attempt at a...
  46. B

    Maximum uniform speed on a arc of a circular path ?

    Question :- A car has to move on a path, that is a arc of a circle of radius (##R##). The length of the path is (##L##). Suppose it starts on the highest point of the path, find the highest uniform speed for which, it does not lose contact with the path on any point ? My attempt :- I made a...
  47. J

    Finding the mean free path using the given values?

    Homework Statement The concentration of electrons per unit volume is given (atoms/m^3), temperature is also given in Kelvins (100 K). Other values were also given such as valence but I'm pretty sure that they are irrelevant. Homework Equations λ = 1/ pi * d^2 * n λ=kT/4∗π∗√2∗r^2*p The Attempt...
  48. Shing Ernst

    What are the problems with a path dependent potentials?

    What exactly are the problems with a path-dependent potentials? (e.g. magnetic scalar potential, normal electric potential over a changing electric field) I came up with this question, but can't be sure. The problems with such potential seem to me may be multivalued, as well as making the...
  49. S

    I Vanishing Hamiltonian for quantum path integral

    The path integral in quantum mechanics involves a factor ##e^{iS_{N}/\hbar}##, where ##S_{N}\equiv \sum\limits_{n=1}^{N+1}[p_{n}(x_{n}-x_{n-1})-\epsilon H(p_{n},x_{n},t_{n})].## In the limit ##N \rightarrow \infty##, ##S_{N}## becomes the usual action ##S## for a given path.When the...
  50. A

    I Path integral and causally disconnected parts of universe....

    One more question: it appears that portions of the universe are expanding away from us faster than the speed of light. Given this, particles in two 'parts' of the universe that are no longer causally connected should not be able to influence each other (due to speed of light constraint). So...
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