A Course of Meditation

by
Pir Vilayat Inayat Khan
Inspired by the vision of
Hazrat Inayat Khan
 
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Glossary
Welcome
antipodal
atom
Bach, Johann Sebastian
bandwidth
Big Bang Theory
Buddha
Buddhism
catalyst
cell
Church
cross-pollinate
Dervish
Deuter
Earth
Ekagrata
electron
epiphanic
extrapolate
fractal
hadith
hologram
Khan, Hazrat Inayat
Khan, Pir Vilayat Inayat
Khan, Pir Zia
Kirlian photography
light year
magnetic field
maya
molecule
Mosque
n-dimensional
Nirvana
Nirvitarka
peri-personal
perspicacity
Pir o Murshid
quintessence
Reincarnation
retina
Samadhi
Satipathana
Shabistari, Mahmood
stalwart
Synagogue
transducer
Vichara
Vitarka
wave interference
catalyst           Go back
Science

A substance that initiates or increases the rate of a chemical reaction without being permanently changed by the process, often by reducing the activation energy required to get the reaction going. "It brings reactants together but does not end up among the products of the reaction—a function aptly reflected in the Chinese term for catalyst, tsoo mei, which literally means 'marriage broker'"—Molecular Cell Biology, Harvey Lodish, et al.

A catalyst often does its work by combining with an element of a reaction in such a way that the resulting chemical structure is less stable, and therefore more prone to reaction.

Most biological catalysts are proteins called enzymes. There are thousands of enzymes found in a typical animal cell, each playing a part in a different chemical reaction.

RNA can also act as a catalyst within the cell, encouraging such reactions as protein formation and DNA replication. It is such a long and complicated molecule that it is even able to self-catalyze as its parts interact to facilitate internal changes.

Well known catalysts of political and social change are hardship and hope.

© 2002 Pir Vilayat Inayat Khan