Michael Joseph Jackson (August 29, 1958 – June 25, 2009) was an American singer, songwriter, and dancer. Dubbed the "King of Pop", he is regarded as one of the most significant cultural figures of the 20th century. Over a four-decade career, his contributions to music, dance, fashion, and philanthropy, along with his publicized personal life, made him a global figure in popular culture. He influenced artists across many genres, and through stage and video performances, popularized complicated dance moves such as the moonwalk, to which he gave the name, and the robot. He is the most awarded music artist in history.
The eighth child of the Jackson family, Jackson made his professional debut in 1964 with his elder brothers Jackie, Tito, Jermaine, and Marlon as a member of the Jackson 5. Jackson began his solo career in 1971 while at Motown Records, and became a solo star with his 1979 album Off the Wall. His music videos, including those for "Beat It", "Billie Jean", and "Thriller" from his 1982 album Thriller, are credited with breaking racial barriers and transforming the medium into an art form and promotional tool. He helped propel the success of MTV and continued to innovate with videos on the albums Bad (1987), Dangerous (1991), and HIStory: Past, Present and Future, Book I (1995). Thriller became the best-selling album of all time, while Bad was the first album to produce five US Billboard Hot 100 number-one singles with "I Just Can't Stop Loving You", "Bad", "The Way You Make Me Feel", "Man in the Mirror", and "Dirty Diana".
From the late 1980s, Jackson became a figure of controversy and speculation due to his changing appearance, relationships, behavior and lifestyle. In 1993, he was accused of sexually abusing the child of a family friend. The lawsuit was settled out of civil court, and Jackson was not indicted due to lack of evidence. In 2005, he was tried and acquitted of further child sexual abuse allegations and several other charges. In 2009, while preparing for a series of comeback concerts, This Is It, Jackson died from an overdose of propofol administered by his personal physician, Conrad Murray, who was subsequently convicted of involuntary manslaughter.
Jackson is one of the best-selling music artists of all time, with estimated sales of over 350 million records worldwide. He had 13 Billboard Hot 100 number-one singles, more than any other male artist in the Hot 100 era, and was the first artist to have a top-ten single in the Billboard Hot 100 in five different decades. His honors include 15 Grammy Awards, six Brit Awards, a Golden Globe Award, and 39 Guinness World Records, including the "Most Successful Entertainer of All Time". Jackson's inductions include the Rock and Roll Hall of Fame twice, the Vocal Group Hall of Fame, the Songwriters Hall of Fame, the Dance Hall of Fame (the only recording artist to be inducted), the Black Music and Entertainment Walk of Fame and the Rhythm and Blues Music Hall of Fame. In 2016, his estate earned $825 million, the highest yearly amount for a celebrity ever recorded by Forbes.
I'm looking to brush up on my knowledge of electrodynamics and am trying to decide between Jackson and Griffiths.
I have a fairly advanced math background and am comfortable with differential geometry, special and general relativity.
I'm leaning toward Jackson but wanted to get input from...
Hi , I'd like a little bit of clarification about Section 2.6 from Jackson's classic book on E & M.
Section 2.6 starts out with the problem of a "conducting sphere" near a point charge, but then it confusingly veers away to a problem where potential is prescribed to vary with azimuth and polar...
In section 1.12 Variational Approach to the Solution of the Laplace and Poisson Equations, Jackson mentions that in electrostatics, we can consider "energy type functionals". He gives, for Dirichlet Boundary Conditions,
$$I[\psi]=\frac{1}{2}\int_{V}\nabla\psi\cdot\nabla\psi d^3x-\int_{V}g\psi...
In Jackson, (3rd edition p. 545), there are equations they are given as,
$$A = e^L $$
$$det A = det(e^L) = e^{Tr L}$$
$$g\widetilde{A}g = A^{-1} $$
$$ A = e^L , g\widetilde{A}g = e^{{g\widetilde{L}g}} , A^{-1} = e^{-L}$$
$$ g\widetilde{L}g = -L $$
I have several doubts.
1) $$det(e^L) =...
So this coming semester I'm taking my first courses in graduate level EM and statmech using Jackson and Pathria. My first term was softer academically, so I've taken the time to review certain mathematical subjects - vector calculus, DEs, and linear algebra. Does anyone have any particular...
I hope this is the right place to ask a question like this!
I've seen two different versions of problem 1.14 in the third edition of Jackson's Classical Electrodynamics. Has anyone else noticed this? My friend has two PDF copies of the book, each of which has a different problem 1.14. We...
Hi, I've posted here several time because you all gave me very helpful suggestions. Let me recap briefly my situation. I apologize for the very long post.
I have BS in chemical engineering but now I'm going through a MS degree in nuclear engineering. Although - given my background - I should...
I'm starting a physics PhD program in the fall. I asked a current student what textbooks are used, and was surprised that the textbook for electrodynamics was not Jackson. I got the impression that Jackson was the standard. E.g., My undergraduate institution (a top physics school) uses Jackson...
Hi. I'm having trouble with calculating
(8.59)
from (8.58)
(## \vec H_{//} ## is simply ## \vec H ## in Jackson, but that shouldn't matter.)
in Jackson. Specifically I think I'm not sure about parallel component of H field here.
For example, shouldn't I have two terms for the...
Hello,
I will be starting my junior year this August, I shall be having the dreaded advanced electromagnetism course that follows Jackson's book the coming semester. Unfortunately, I didn't work very hard during my freshman year e/m course (which uses Griffiths' book) and have a few gaps in my...
Hi all,
Recently I am reading some online material about Tully-Fisher relation and Faber-Jackson relation
which is describing the dynamical constrain on the mass of spiral/elliptical galaxies.
In spiral galaxy, TF relation suggest Luminsoty ≈ (some const) (Vmax)^4
while in elliptical galaxy...
Homework Statement
Homework EquationsThe Attempt at a Solution
I think that is taylor series expansion, How that can be expanded right that? even b0, b1 ... is not a differential term.
The solution just use b(z) = Bz(0,z)
Homework Statement
Homework EquationsThe Attempt at a Solution
These are problem 5.1 (b) and the solution.
I understood the gap between each loop is 1/N, but why does each loop have vertical direction current amount of I/N ?? [/B]
I am studying electrodynamics, in a few more months I have the qualification exam.
The guide text is classical electrodynamics, Jackson.
I find that book is higher my current level. I have the math tools, but what book do you recommend to use before the Jackson.
Hello all,
I'm reading through Jackson's Classical Electrodynamics book and am working through the derivation of the Legendre polynomials. He uses this ##\alpha## term that seems to complicate the derivation more and is throwing me for a bit of a loop. Jackson assumes the solution is of the...
I am reviewing Jackson's "Classical Electromagnetism" and it seems that I need to review vector calculus too. In section 1.11 the equation ##W=-\frac{\epsilon_0}{2}\int \Phi\mathbf \nabla^2\Phi d^3x## through an integration by parts leads to equation 1.54 ##W=\frac{\epsilon_0}{2}\int |\mathbf...
I heard that Griffith's Electrodynamics is at a similar level of Purcell's book on electricity; is it fine if someone goes into a graduate level electrodynamics book right after Purcell?
Homework Statement
Hi,
The question is
"
Three point charges (q,−2q,q) are located in a straight line with separation a and with the middle charge (−2q) at the origin of a grounded conducting spherical shell of radius b ..."
I have found a solution for this problem but there is one step that...
I am not sure what does Jackson want to talk in section 9-6?
Is that just a review of something discussed previously?
Chapter 9 is talking about radiation, and later about multipole expansion.
Sad day for science. I've used Jackson's Classical Electrodynamics as an undergraduate student. I had the feeling that it was kind of poetry, the whole composition of that book.
Here it is: https://telescoper.wordpress.com/2016/05/23/r-i-p-john-david-jackson-1925-2016/
I am reading Jackson's book on classical electrodynamics.
It said in page 412 to 415 (3rd edition) that the total power radiated by a
dipole is proportional to k^4 (equation 9.24)
quadrupole is proportional to k^6 (equation 9.49)
But why does the linear antenna at page 412, which is a dipole...
I've started reading the book on the title, but exists so fuzz here about this book and it's scared me a bit, I'm in the middle of chapter 2 right now, and nothing difficult appeared to me in this moment, what are the requeriments to read this book smothly until the end?
Ideally one would want to do every problem in the book. However, the problems just take too much time and I was wondering if anyone had a recommended problem sets that tests the essentials of each chapter. I am self-studying from the book and feel some problems are overkill.
Thanks
I am reading Jackson Electrodynamics (section 1.10 in 3rd edition) and he is discussing the Poisson eqn $$\nabla^2 \Phi = -\rho / \epsilon_0$$ defined on some finite volume V, the solution using Greens theorem is
$$\Phi (x) = \frac{1}{4 \pi \epsilon_0} \int_V G(x,x') \rho(x')d^3x' +\frac{1}{4...
Homework Statement
I need to solve a problem like Jackson 3.18. I need to find potential due to the same configuration but the position of two plates is opposite i.e. Plate at Z=0 contains disc with potential V and plate at Z=0 is grounded.
Homework EquationsThe Attempt at a Solution
I think...
Homework Statement
1.12 -
Prove Thomson's theorem : If a number of conducting surfaces are fixed in
position and a given total charge is placed on each surface, then the electrostatic
energy in the region bounded by the surfaces is a minimum when the
charges are placed so that every surface...
Hi there, I am reading Chapter 9 of Jackson Classic Electrodynamics 3rd edition, and I don't see why this equality is true, it says "integrating by parts", but I still don't know... any help?
http://imageshack.com/a/img673/9201/4WYcXs.png
Does anybody know if Peter Jackson intends on making a film on the silmarillion or other works of Tolkien that have no relation to middle earth, as rare as they are?
Hi guys. Zangwill's book on advanced EM, https://www.amazon.com/dp/0521896975/?tag=pfamazon01-20, looks to be a masterfully pedagogical and extremely well-written book on the subject. It has tons of non-trivial worked examples and applications in every section of each chapter, is quite thorough...
Homework Statement
Consider a network of n queues with a Poisson arrival process of
parameter t from outside the network, and independent exponentially
distributed service times of parameters r1 to rn.
Customer that first arrived to the network initially join queue i with
probability Pi...
I am about to start using Jackson E&M, and I have consistently heard that it is a notoriously difficult textbook to use. Does anyone know of some good resources, textbooks or otherwise, to supplement it (other than Griffiths, which I already have)?
More specifically, I have been told that the...
How did Jackson arrange his set of problems in this famous book Electrodynamics? I mean, does he move according to the course? Or the problems are mixed up?
I've heard many horror stories. Any tips? Any specific parts of Griffiths I should be extra keen on?
Is the answer...*sigh*... "all of it backwards and forwards"?
Author: John David Jackson
Title: Classical Electrodynamics
Amazon Link: https://www.amazon.com/dp/047130932X/?tag=pfamazon01-20
Prerequisities:
Contents:
Hello,
What does the Faber Jackson relation tells?
Does it establish the relation between: higher the Luminosity, higher the velocity dispersion?
Does it calculate in Elliptical galaxies?
What does Tully-Fisher relation explains?
-- Shounak
Hello all,
Long story short, I am taking E&M course that uses Jackson, but in undergrad I only took 1 quarter of E&M (electrostatics).
With classes about a month away, what would a good way to prepare. I realize that it is not enough time, but I figured some prep would be better that nothing...
Hi Everyone,
I'm trying to go through Jackson this summer after having finished Griffith. However, it doesn't seem feasible to do all the problems in Jackson. So I'm wondering if any of you have a electrodynamics syllabus (with problems number on it) with Jackson's book and can give me the...
Homework Statement
I'm reading through Jackson and ran into the following:
An application of Gauss's theorem to
∇'^{2}G=-4πδ(x-x')
shows that
\oint(\partialG/\partialn')da'= -4∏
where G is a Green function given by 1/|x-x'| + F, and F is a function whose Laplacian is zero.
(Sec. 1.10...
My M.S. school is using Schwartz for EM instead of Jackson. I've heard horror stories about Jackson so I'm very happy at this news right now. However, does this mean I'm "missing out" and would need to do Jackson for a 2nd round of EM if I were to go to PhD in Physics at a different school that...
Next year I'm doing the one year master program at Perimeter Institute, and I was surprised to realize that there is no grad-level electrodynamics class (level Jackson, I would suppose?). I then checked the Math Tripos III (applied math, aka theoretical physics) course list (where I also...
Homework Statement
I am trying to follow a derivation in Jackson - Classical ElectrodynamicsHomework Equations
In equation 1.58 (2nd/3rd edition) of Jackson - Classical Electrodynamics he says that by using the fact that \mathbf{\rho} \cdot (\mathbf{\rho} +\mathbf{n})/ | \mathbf{\rho +n|}^{3}...
Hello all!
I am trying to work through and understand the derivation of the Legendre Polynomials from Jackson's Classical electrodynamics. I have reached a part that I cannot get through however. Jackson starts with the following orthogonality statement and jumps (as it seems) in his proof...
So I'm currently self-studying Jackson's Electrodynamics. The math for my undergrad physics was no problem at all for me as I had a strong background in DEs, PDEs, linear algebra, etc. I haven't looked too much into Jackson so far, but it seems I'm having the most difficulty is just keeping up...
Guys,
I found this Downfall parody video about how much Hitler hates Jackson EM book:
Apparently, even he can't stand Jackson after one full semester of EM course. :D
Hi,
I was reading through Jackson's Electrodynamics trying to reason through example 5.5 for the vector potential of a circular current loop of radius a centered at the origin. I pretty much understand everything except when he defines the current density as
J_{\phi} = I\sin \theta'...
On page 60 of his 3rd edition of Classical Electrodynamics, he discusses the method of images applied to a grounded conducting sphere with a single charge q outside it.
Near the end of the problem, he calculates the force on a small patch of area da as (sigma^2/2epsilon_nought)da.
Now, it...
I was told by a friend that I need to study Complex Analysis, Introduction to Analysis on top of PDE.
My highest level of math is only PDE. I want to know what other math topics I need for self study in JD Jackson. I know people go to school will have instructor teaching the math in the...
I am a self studyer and I studied "Field and Wave Electromagnetics" by David K Cheng and "Introduction to Electrodynamics" by david Griffiths. Cheng is more for EE where it put a lot of effort in phasor, transmission lines, Smith Chart. Griffiths is more on the physics side that cover in more...