Sentences with phrase «synthesis method of»

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In the preface to Creative Synthesis and Philosophic Method, Hartshorne celebrates «our English inheritance of critical caution and concern for clarity»; he seeks to learn more from Leibniz, «the most lucid metaphysician in the early modern period,» as well as from Bergson, Peirce, James, Dewey, and Whitehead, «five philosophers of process of great genius and immense knowledge of the intellectual and spiritual resources of this century.

Following Leibniz, both Deleuze and Whitehead agree that the actualization of individuals and worlds is subject to a condition of conjunctive synthesis, conceived, in Deleuze's terms, as «a method of constructing convergent series» (LS 174) or, in Whitehead's terms, as «that principle by which the many (disjunctively)» become one (conjunctively)» (cf. PR 21).

In such books as Beyond Humanism, Man's Vision of God, A Natural Theology for Our Time, Creative Synthesis and Philosophic Method, and The Logic of Perfection, Hartshorne has been indefatigable in the presentation of this «di - polar» position.

During thisperiod our knowledge of the natural sciences has progressed and there are now significant tensions between the Thomistic synthesis and what the scientific method has revealed about our world.

In his review article of Hartshorne's Creative Synthesis and Philosophic Method (PS 2:49 - 67), Robert Neville remarks that «one of Hartshorne's most important contributions» has been his concern to deal «with problems as formulated by public discussion, usually that of analytical philosophers.»

We will soon see that more recently he gave a negative answer to the first of these questions in Creative Synthesis and Philosophic Method.

Review of Creative Synthesis and Philosophic Method (hereafter CSPM), Inquirer, London, Feb. 13, 1971, 6.

Continue reading «Experience and Philosophy: A Review of Hartshorne's Creative Synthesis and Philosophic Method ``

This phase aims at the synthesis of the conflicted or competing «subpersonalities» around the conscious self or ego (a method for doing this is described later in this chapter).

This method of creative synthesis has two particularly important features for the future.

The analysis and synthesis of the philosopher, the imagination and insight of the poet and artist, the experience of the prophet and the mystic — these involve distinctive categories, distinctive methods, and distinctive languages of communication.

The chapter headings give us an overview of the work: Ignorance of Scripture is ignorance of Christ: the theological project of Joseph Ratzinger; The critique of criticism: beginning the search for a new theological synthesis; The hermeneutic of faith: critical and historical foundations for a biblical theology; The spiritual science of theology: its mission and method in the life of the church; Reading God's testament to humankind: biblical realism, typology, and the inner unity of revelation; The theology of the divine economy: covenant, kingdom, and the history of salvation; The embrace of salvation: mystagogy and the transformation ofsacrifice; The cosmic liturgy: the Eucharistic kingdom and the world as temple; The authority of mystery: the beauty and necessity of the theologian's task.

I've developed six of them in my book Creative Synthesis and Philosophic Method.

In Creative Synthesis and Philosophic Method Charles Hartshorne demonstrates that his is among the few.1 Of course, completeness in a philosophy is relative to what the philosophy says it should contain.

This disturbed processing, embedded as it became in the dialectical method of inquiry (thesis, antithesis, synthesis), generated polarized and competing forces: rival powers (such as popes versus emperors), competing orders (such as the simple Franciscans versus the sophisticated Dominicans), competing pieties (such as natural realism versus Gothic symbolism), and competing inquiries (such as nominalism's empiricism versus realism's idealism) The dialectic between spirit and matter was pressed beyond its limits, resulting in both collapse and rigidification.

Let us begin by reformulating the ultimate issue in Hartshorne's terms through a sketch of his metaphysics derived largely from his Creative Synthesis and Philosophic Method.

See, for instance, Whitehead's RM; Hartshorne's Creative Synthesis and Philosophic Method (La Salle, Ill.: Open Court, 1970); John B. Cobb, Jr.'s «Buddhist Emptiness and the Christian Cod,» Journal of the American Academy of Religion 45/1 (March, 1977), 11 - 26; and Christ in a Pluralistic Age (Philadelphia: Westminster, 1975); for several critical dialogues on this issue, see John Cobb's Theology in Process, edited by David Ray Griffin and Thomas J. J. Altizer (Philadelphia: Westminster, 1977).

«The Aesthetic Matrix of Value,» in Creative Synthesis and Philosophic Method.

My table of ultimate contrasts (in Creative Synthesis and Philosophic Method) is supposed to throw light on the matter.

A synthesis of growth concepts and methods from various psychotherapeutic approaches.

Both topics are the subjects of chapters in my Creative Synthesis and Philosophic Method.

Se √ ± or's own training methods are a synthesis of his long apprenticeship with his father's horses in Argentina and his careful observations of Americans like Ben Jones.

Similar to how biotech experts generate large quantities of genetically engineered proteins for drugs, this batch method could slash the cost of DNA synthesis to roughly $ 200 per gram, Dietz says.

For example, genetically engineered organisms used in the research laboratory to develop new chemical synthesis methods are not likely to require the same level of public dialogue as products that have more uncertainty associated with them, such as organisms with gene drives, which enhance organisms» ability to pass certain genetic traits on to their offspring.

While many methods are now available for synthesizing amines containing aryl groups, the synthesis of amines containing alkyl groups still pose a challenge.

They did this using the Merrifield method of protein synthesis, which effectively builds up a protein an amino acid at a time.

Chemists at the Institute of Transformative Bio-Molecules (ITbM), Nagoya University and the JST - ERATO Project have developed a new method to accomplish the programmed synthesis of benzene derivatives with five or six different functional groups that enables access to novel functional organic materials that could not have been reached before.

We then improved this method to extend it to the synthesis of multi-substituted benzenes.»

A team of Lehigh University engineers have demonstrated a bacterial method for the low - cost, environmentally friendly synthesis of aqueous soluble quantum dot (QD) nanocrystals at room temperature.

«Biomanufacturing of CdS quantum dots: A bacterial method for the low - cost, environmentally - friendly synthesis of aqueous soluble quantum dot nanocrystals.»

The process, using room temperature mechanical ball milling, provides a lower cost method to produce these alkali metals which are widely used in industrial processes as reducing and drying agents, precursors in synthesis of complex metal hydrides, hydrogen storage materials, and in nuclear engineering.

By mimicking the molecular self - assembly process that occurs in living organisms, chemists can learn new methods of chemical synthesis of nano / micro-structures.

High - pressure synthesis (over 10 GPa) is not a commonly used method in the field of materials science, write the researchers in their study published in the Journal of the American Chemical Society.

«This latest finding provides a concise and direct synthesis pathway that, due to the structure of the products delivered, will likely be quite valuable for the discovery and development of therapeutic agents,» says Micalizio, whose work focuses on the design of organic chemical reaction methods and strategies to improve medicine and human health.

«We are using synthesis, processing and characterization methods that are robust and widely applicable, with an eye toward scaling these methods to facilitate the future industrial adoption of block polymers,» says Thomas H. Epps, III, who leads the group.

Li Ying, a retired chemist at the Chinese Academy of Sciences Institute of Materia Medica in Shanghai, who worked on the synthesis of artemisinin derivatives, wrote in an article in 2008 that Tu's method of extraction and purification yielded crystals containing artemisinin mixed with other chemicals, giving rise to toxicity in clinical trials.

A new slow - motion method of controlling the synthesis of polymers, which takes inspiration from both trees and Celtic Knots, opens up new possibilities in areas including medical devices, drug delivery, elastics and adhesives.

However, in reality this synthesis method could be used for a wide range of materials outside the biomedical field.»

«Future research will focus on pushing the size limits of chemical protein synthesis even further and developing methods to improve the efficiency, quality, and yield of the synthetic process,» says Jacobsen.

«This method should allow synthesis of gram quantities of few - layer - thick molybdenum disulfide sheets, which is very crucial for applications such as flexible batteries, supercapacitors, and polymer composites.

For the last two years the researchers have been developing new methods for quick and cost - effective synthesis of atomically thin two - dimensional materials — graphene, molybdenum and tungsten disulfide — in gram quantities, particularly for rechargeable battery applications.

DAG proceeds in a low chemical yield of 40 percent by this synthesis method, with the remaining 60 percent of the possible product being lost.

Using their new method, the researchers demonstrated the synthesis of a fluoroalkene compound designed to mimic the biologically active molecule atorvastatin.

Thus, although the conventional graphene fabrication method of chemical vapor deposition is widely used for the large - area synthesis of graphene on copper and nickel films, the method is not suited for silicon microelectronics, as chemical vapor deposition would require a high growth temperature above 1,000 degrees Celsius and a subsequent transfer process of the graphene from the metallic film to the silicon.

«Our synthesis method is controllable and scalable, allowing us to obtain graphene as large as the size of the silicon wafer [over 300 millimeters in diameter],» Kim said.

Plasma synthesis, which consumes large amounts of energy and involves significant material wastage, is another generally used method.

«However, the problem was that in order to move from qualitative to quantitative regimes a large family of molecules would be required to make the method robust, but their synthesis was not reliable,» added Professor Liddle.

The synthesis method also gives rise to the potential for new strategies for controlling the crystalline phase of nanomaterials made from the noble metals.

«We were really excited to develop this simple yet powerful method to achieve the synthesis of external - stimuli - response materials,» said Professor Kenichiro Itami, director of the JST - ERATO project and center director of ITbM.

A team of Hokkaido University researchers has developed a novel material synthesis method called proton - driven ion introduction (PDII) which utilizes a phenomenon similar to «ion billiards.»