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Crosswordist's Handbook

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Religion and mythology / Mythology / Mythological characters of different nations

(2)

MA - Asia Minor goddess, mother of the gods

EA - Sumerian deity

EL (Ilu) - Phoenician god

(3)

ANU - Sumerian deity, god of the sky, patron of the city of Uruk

API - Scythian goddess of the earth

Asy - gods in Scandinavian mythology

BEL - Babylonian god

SIN - Akkadian god of the moon

(4)

AGNI - the god of fire in the Vedic religion

BAAL (Baal) - Semitic god of fertility, waters, war

GNOME - a character of Western European folklore

Kama - Hindu god of love

MANU is the father of mankind in Vedic and Hindu mythology

Nabu - Akkadian god of wisdom

Naga - in Hindu mythology, a semi-divine creature with a snake body and a human head

NANA - Georgian deity

ODIN - the supreme deity in Scandinavian mythology

SOMA - the god of the sacred drink and the moon in the Vedic religion

UZZA - ancient Arabic goddess of the planet Venus

HAYK (Hayk) - the god of the Sun in Armenian mythology

SHIVA - one of the three supreme gods in Hinduism

ELF - the spirit of nature in Germanic folklore

(5)

ANAIT - see Anahit

ASSHUR - the main deity in the Assyrian pantheon

VISHNU - the guardian god in Hinduism and Brahminism

INDRA - the leader of the gods, the god of thunder in the Vedic religion

ISHTAR - Akkadian goddess of fertility and carnal love

MITRA - Indo-Iranian god of the sun, peace, harmony

NANNA - Sumerian god of the moon

NYMPHA - in Western European folklore, the spirit of the natural elements

RUDRA - in Vedic mythology, an evil deity, an archer warrior

FREYA - Scandinavian goddess of love and fertility

FRIGG - Odin's wife in Norse mythology

Shamash - Akkadian god of the sun and justice

ESHMUN - Semitic god of vegetation and fertility, god of healing

(6)

ADONIS - Phoenician god of fertility

ANAHIT - Armenian goddess of fertility and love

BALDR - Scandinavian god of spring, son of Odin and Frigg

BRAHMA - one of the three highest gods in Brahmanism

VARUNA - in the Vedic religion, the god-judge, the god of the sky and the water element

DRAGON - winged fire-breathing serpent

Krishna - Hindu god

MARDUK - the supreme god of the Babylonian pantheon

ORMUZD - Iranian god

Tammuz (Dumuzi, Duuzu) - the dying and resurrecting god in Sumero-Akkadian mythology

TIAMAT - Akkadian chthonic deity

TROLL - in Scandinavian mythology, giants living in the mountains

PHOENIX - a fabulous bird that burns down and rises again young

Shaitan - in Arabic mythology, the genie

SHURALE - goblin in Tatar and Bashkir folklore

ENLIL - one of the supreme deities in Sumerian mythology, the god of air

(7)

ARYAMAN - a deity in Vedic mythology

ASTARTA (Ashtart) - Phoenician goddess of fertility, love, motherhood

Kobold - in Germanic mythology, the inhabitants of the underworld

(8)

MELKART - Phoenician god, patron of navigation

NINGIRSU - Sumerian god, patron of agriculture

(9)

Amaterasu - Japanese goddess of the sun

VALKYRIE - Scandinavian warrior maiden, messenger of Odin

MANTIHORA - in Indian folklore, a man-eating beast with the body of a lion, the head of a man and the tail of a scorpion

NIBELUNGIANS - in Scandinavian mythology, dwarfs, inhabitants of the underworld

Telepinus - Hittite fertility deity

Word search to solve the crossword puzzle:

Replace each unknown letter with *. For example, dog * ka, * oshka, we ** a. Pairs е - ё, and - й are equated.



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The uncertainty principle in quantum mechanics 12.11.2014

Quantum mechanics is the basis of modern physics of the microcosm and, for all its paradoxical nature, works perfectly in all its known sections. Moreover, classical physics can also be deduced from it (as the limit of quantum mechanics, tending to zero Planck's constant h, which determines quantum phenomena). So we can talk about the universality of the laws of quantum mechanics. But, despite the huge success, it has a significant drawback. One of the cornerstones of quantum mechanics, Heisenberg's uncertainty principle (for example, uncertainty in determining position and momentum), has no justification. Of course, practical success is a sufficient justification for accepting this mysterious rule, but this does not stop physicists from searching for its explanation.

Researchers from the University of Southern California, renowned string theorist Professor Yitzhak Bars, and his Russian graduate student Dmitry Rychkov (graduated from Moscow State University in 2005), attempted to explain the origin of the Heisenberg uncertainty principle by deriving it from string field theory. This result is published in Physics Letters.

As you know, string theory was proposed in the 1970s to solve the problems of quantum gravity and the Standard Model. The success of quantum physics in describing the three non-gravitational fundamental interactions leads physicists to the idea that the gravitational interaction can be described in the same way. But, despite active research over many decades, the quantum theory of gravity has not yet been created.

String theory assumes that the basic unit of matter is a microscopic string (on the order of the Planck length of 10?35 m), and not a point, and that the possible interactions of matter are mergers or splittings of these strings. For four decades, physicists have been working in this direction. The theory has gone through two ups-revolutions and periods of decline. The difficulty lies in the fact that there are no experimental data on string theory. Experiments on such small scales are currently beyond the technical possibilities of science. Because of this, a number of physicists even consider string theory to be only "mathematical tricks". The work of scientists is supported by hopes of creating a "theory of everything", as well as answering questions inaccessible to the Standard Model, for example, why quarks and leptons have an electric charge, color and flavor that distinguish them from each other, how to determine the fine structure constant from the theory 1/ 137 and a number of other constants, etc.

But until now, researchers have assumed that string theory is created in accordance with quantum mechanics and have only worked towards using quantum mechanics to try to test string field theory.

The authors of this paper decided to do the opposite. After assuming that string field theory was correct, they used it to try to confirm quantum mechanics itself.

In a paper that reformulates string field theory in clearer language, Itzhak Bars and Dmitry Rychkov have shown that a set of fundamental principles of quantum mechanics known as "commutation rules" (uncertainty principles) can be derived from the geometry of string fusion and splitting. Thus, instead of accepting the quantum commutation rules as a postulate, the authors derive them from the physical process of string interactions.

This result can serve as an argument in favor of the "physicality" of string theory. After all, if with its help it is possible to explain the origin of the laws of quantum mechanics, then, according to Yitzhak Bars, this will not only "may unravel the mystery of where quantum mechanics comes from," but also open the door for recognition of the string field theory, or as yet not developed wider its variant, called M-theory, is the basis of all physics.

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