The Solent Capital Compass Model of Employability

This four page presentation holds the current Solent Capital Compass Model used for embedding employability in our curriculum, along with simple definitions aimed at students. It also holds version four of the Solent Student Employability Journey, reflecting the Solent Capital Compass model. A bibliography page is also available. The model is up to date as at May 201

Comments on the Monopole-Antimonopole Pair Solutions

Recently, the monopole-antimonopole pair and monopole-antimonopole chain solutions are solved with internal space coordinate system of $\theta$-winding number $m$ greater than one. However, we notice that it is also possible to solve these solutions numerically in terms of $\theta$-winding number $m=1$ instead. When $m=1$, the exact asymptotic solutions at small and large distances are parameterized by a single integer parameter $s$. Here we once again study the monopole-antimonopole pair solution of the SU(2) Yang-Mills-Higgs theory which belongs to the topological trivial sector numerically in its new form. This solution with $\theta$-winding and $\phi$-winding number one is parameterized by $s=0$ at small $r$ and $s=1$ at large $r$.Comment: Two figures, 13 pages, to be sent for publicatio

Analisis Sistem Akuntansi Pelunasan BPIH (Biaya Penyelenggaraan Ibadah Haji) Dan Pengendalian Internal Keberangkatan Haji Menurut Perspektif Syariah Pada Kantor Kementerian Agama Kabupaten Bengkalis

Pelunasan BPIH bertujuan untuk menutupi sisa kekurangan BPIH (Biaya Penyelenggaraan Ibadah Haji), dengan jumlah BPIH yang telah ditetapkan oleh pemerintah sebesar Rp 33.113.606,. untuk tahun 2016.Pengendalian internal keberangkatan haji dilakukan menggunakan Sistem Komputerisasi Haji Terpadu. Penelitian ini dilakukan untuk mengetahui sistem pelunasan BPIH menurut Peraturan Menteri Agama No. 28 tahun 2015 dan bentuk pengendalian internal keberangkatan haji menurut Peraturan Menteri Agama No. 29 tahun 2015 serta untuk mengetahui penerapannya menurut perspektif syari’ah. Pengumpulan data dilakukan dengan metode wawancara kepada petugas haji Kementerian Agama kabupaten Bengkalis. Data yang diperoleh kemudian dianalisis menggunakan metode kualitatif. Hasil penelitian ini menunjukkan bahwa sistem akuntansi pelunasan BPIHdan pengendalian internal keberangkatan haji sudah diterapkan berdasarkan Peraturan Menteri Agama No 28 dan No 29 tahun 2015 tetapi belum maksimal. Serta menurut perspektif syari’ah belum diterapkan

Monopole Solutions of the Massive SU(2) Yang-Mills-Higgs Theory

Monopoles in topologically massive gauge theories in 2+1 dimensions with a Chern-Simon mass term have been studied by Pisarski some years ago. He investigated the SU(2) Yang-Mills-Higgs model with an additional Chern-Simon mass term in the action. Pisarski argued that there is a monopole solution that is regular everywhere, but found that it does not possess finite action. There were no exact or numerical solutions being presented by Pisarski. Hence it is our purpose to further investigate this solution in more detail. We obtained numerical regular solutions that smoothly interpolates between the behavior at small and large distances for different values of Chern-Simon term strength and for several fixed values of Higgs field strength.Comment: 10, pages, 5 figure

Half-Monopole in the Weinberg-Salam Model

We present new axially symmetric half-monopole configuration of the SU(2)$\times$U(1) Weinberg-Salam model of electromagnetic and weak interactions. The half-monopole configuration possesses net magnetic charge $2\pi/e$ which is half the magnetic charge of a Cho-Maison monopole. The electromagnetic gauge potential is singular along the negative $z$-axis. However the total energy is finite and increases only logarithmically with increasing Higgs field self-coupling constant $\lambda^{1/2}$ at $\sin^2\theta_W=0.2312$. In the U(1) magnetic field, the half-monopole is just a one dimensional finite length line magnetic charge extending from the origin $r=0$ and lying along the negative $z$-axis. In the SU(2) 't Hooft magnetic field, it is a point magnetic charge located at $r=0$. The half-monopole possesses magnetic dipole moment that decreases exponentially fast with increasing Higgs field self-coupling constant $\lambda^{1/2}$ at $\sin^2\theta_W=0.2312$.Comment: 14 pages, 3 Figure

Electrically Charged One and a Half Monopole Solution

Recently, we have discussed the coexistence of a finite energy one-half monopole and a 't Hooft-Polyakov monopole of opposite magnetic charges. In this paper, we would like to introduce electric charge into this new monopoles configuration, thus creating a one and a half dyon. This new dyon possesses finite energy, magnetic dipole moment and angular momentum and is able to precess in the presence of an external magnetic field. Similar to the other dyon solutions, when the Higgs self-coupling constant, $\lambda$, is nonvanishing, this new dyon solution possesses critical electric charge, total energy, magnetic dipole moment, and dipole separation as the electric charge parameter, $\eta$, approaches one. The electric charge and total energy increase with $\eta$ to maximum critical values as $\eta\rightarrow1$ for all nonvanishing $\lambda$. However, the magnetic dipole moment decreases with $\eta$ when $\lambda\geq0.1$ and the dipole separation decreases with $\eta$ when $\lambda\geq1$ to minimum critical values as $\eta\rightarrow1$.Comment: 24 pages, 7 figures. arXiv admin note: text overlap with arXiv:1208.4893, arXiv:1112.149

Monopole-Antimonopole Pair Dyons

Monopole-antimonopole pair (MAP) with both electric and magnetic charges are presented. The MAP possess opposite magnetic charges but they carry the same electric charges. These stationary MAP dyon solutions possess finite energy but they do not satisfy the first order Bogomol'nyi equations and are not BPS solutions. They are axially symmetric solutions and are characterized by a parameter, $-1\leq\eta\leq 1$ which determines the net electric charges of these MAP dyons. These dyon solutions are solved numerically when the magnetic charges of the dipoles are $n=\pm 1, \pm 2$ and when the strength of the Higgs field potential $\lambda=0, 1$. When $\lambda=0$, the time component of the gauge field potential is parallel to the Higgs field in isospin space and the MAP separation distance, total energy and net electric charge increase exponentially fast to infinity when $\eta$ approaches $\pm 1$. However when $\lambda=1$, all these three quantities approach a finite critical value as $\eta$ approaches $\pm 1$.Comment: 20 pages, 9 figures, 2 table