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"The Way We Think is concerned with the issue of developing thinking in education. It seeks to move beyond current predominant approaches, which take their cue from a limited conception of both the experience of thinking and die human being who thinks. This approach is referred to throughout the text as 'rationalistic,' designating both its abstracted, disengaged conception of the human being and its representational, intellectualised image of the ways we think --In order to offer a more adequate conception of thinking, the author investigates the philosophical accounts of Ryle, Martin Heidegger, John Austin, and Jacques Derrick. She argues that these thinkers provide accounts that strive to open up the 'possibilities' of human thought, in the sense of revealing both what makes thought happen and what happens when we think. The conclusion explores how thinking education might thereby he reconceived, in ways that are richer than rationalism, and indicates how this alternative conception of thought might he translated into the classroom. The result is a method that provides new possibilities and new avenues for an education that takes its cue from the ways we think, in all their variety. --Book Jacket."

"The regime of navigations for the straits of Mallaca (and Singapore) would be the regime of "Transit passage" as stipulated in Part III of the 1982 UNCLOS...."

"ABSTRACTSelat Malaka sebagai salah satu selat yang memiliki nilai strategis dalam perdagangan dunia kerap menghadapi berbagai ancaman keamanan non-tradisional. Sesuai dengan UNCLOS, littoral states seperti Indonesia, Singapura, dan Malaysia berkewajiban untuk menjaga keamanan di wilayah perairan Selat Malaka agar perdagangan dan ekonomi dunia tidak terganggu. Penelitian ini menganalisis bagaimana kerangka kerjasama Malacca Straits Patrol (MSP) dibentuk sebagai sebuah kerjasama yang dibentuk oleh littoral states dalam rangka menjaga stabilitas keamanan di wilayah perairan Selat Malaka. Peneliti menggunakan metode penelitian kualitatif melalui studi pustaka. Data yang diperoleh dianalisis menggunakan konsep kerja sama pertahanan dan diplomasi pertahanan. Hasil penelitian menjelaskan bahwa MSP yang terdiri atas Malacca Straits Sea Patrol (MSSP), Eyes-in-the-Sky Combined Maritime Air Patrols (EiS), dan MSP Intelligence Exchange Group (IEG) merupakan salah satu bentuk aktivitas diplomasi pertahanan berupa multilateral contacts between military officials dan multilateral military exercise yang bertujuan untuk meningkatkan rasa percaya dan kapabilitas pertahanan masing-masing negara."

"Malacca Strait, as one of the strategic straits in world trade, often face various nontraditional security threats. In accordance with United Nations Convention on the Law of The Sea (UNCLOS), littoral states such as Indonesia, Singapore, and Malaysia are obligated to maintain the security in Malacca Straits, to ensure that world trades and world economic are not disrupted. This study analyzes how the Malacca straits patrol (MSP) framework is formed by littoral states in order to maintain the security stability in Malacca Strait. The authors employ qualitative method through literature study. The obtained data were analyzed using the theory of defense cooperation and concept of defense diplomacy. The results of the study conclude that MSP, which is consisted of the Malacca Straits Sea Patrol (MSSP), "Eyes-in-the-Sky" Combined Maritime Air Patrols (EiS), and the MSP Intelligence Exchange Group (IEG), is classified as a defense diplomacy activity in the form of multilateral contacts between military officials and multilateral military exercises aimed at increasing mutual trust and defense capabilities of each country."

"Selat Sunda terletak diantara dua struktur subduksi yang berbeda yaitu subduksi miring pada bagian barat daya Sumatera serta subduksi normal pada bagian se- latan Jawa. Selat Sunda dan sekitarnya juga dilalui oleh jalur cincin gunung api aktif. Hal tersebut membuat keberagaman struktur geologi serta vulkanik di bawah selat sunda dan sekitarnya menjadi penting untuk dipahami untuk meningkatkan kewaspadaan terhadap kejadian gempa di masa mendatang. Pada penelitian kali ini digunakan tomogra kecepatan seismik 3D untuk mencitrakan bawah permukaan Pada wilayah barat Jawa, khususnya pada Selat Sunda hingga kedalaman 150 km. Data waktu tempuh gelombang P dan S dari periode April 2009 hingga Desember 2021 sejumlah 1418 event gempa dengan minimal 15 fase dengan magnitudo M >3 digunakan untuk mendapatkan citra tomogram Vp, Vs, dan Vp/Vs. Proses inversi dan relokasi hiposenter dilakukan menggunakan SIMULPS12 dengan algoritma to- mogra waktu tempuh. Tomogra waktu tempuh berhasil mencitrakan perubahan kecepatan yang signi kan pada struktur geologi yang berpotensi menjadi sumber gempa seperti lempeng subduksi, struktur vulkanik, serta zona seismogenic lain- nya. Pelelehan sebagian (partial melting) pada bawah Gunung Sekincau, Krakatau, Prakasak, serta kompleks Gunung Salak dan Guntur berhasil tercitrakan dengan anomali kecepatan P dan S yang rendah serta nilai rasio Vp/Vs yang tinggi. Lem- peng subduksi Indo-Australia dengan Eurasia juga terlihat sebagai anomali peruba- han kecepatan P dan S yang tinggi.

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The Sunda Strait is located between two different subduction structures: oblique subduction in southwestern Sumatra and normal subduction in southern Java. The Sunda Strait and surrounding areas are also traversed by an active volcanic ring. This makes the diversity of geological and volcanic structures under the Sunda Strait and surrounding areas important to understand to increase awareness of fu- ture earthquake events. In this study, 3D seismic velocity tomography is used to image the subsurface in the western region of Java, especially in the Sunda Strait to a depth of 150 km. P and S wave travel time data from April 2009 to December 2021 totaling 1418 earthquake events with at least 15 phases with magnitudes of M >3 are used to obtain Vp, Vs, and Vp/Vs tomogram images. The inversion process and hypocenter relocation were performed using SIMULPS12 with the traveltime tomography algorithm. Travel-time tomography successfully imaged signi cant ve- locity changes in geological structures that are potential earthquake sources such as subduction plates, volcanic structures, and other seismogenic zones. Partial melt- ing beneath Mount Sekincau, Krakatau, Prakasak, and the Mount Salak and Guntur complexes was successfully imaged with low P and S velocity anomalies and high Vp/Vs ratio values. The Indo-Australian subduction plate with Eurasia is also seen as low anomalous changes in P and S Velocity."