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Time of Life

Time of Life and Time Travel Management

What is it, Time of Life? How to change Time of Life? Time of Life meaning Time of MY Life Time of Life synonym and Time synonymous Time of Life in Bible Intuitive Information Sight – complex of practical trainings developed by Dr. Zolotov and his group – ability to see (receive information), without using eyes. Intuitive Information Sight Technologies developed in 80-90 of XX century by Dr. Boris Zolotov (1947-2015) and his group in Soviet Union Boris Zolotov was born in 1947 and gives his seminars in the former USSR and some neighboring countries (Bulgaria, Hungary) from 1988. Before taking this “job” he worked for Soviet Academy of Sciences on a high level on the edge between science and paranormal like dolphin research. Some things Boris Zolotov and his team are doing – expert-operator interaction: operator sends signals, expert receives them. He is teaching this on seminars. (More about EOI) If one learned how to be an expert, one can easily give a medical diagnosis, making the sick person an operator. Supposedly, a team of Zolotov trained operators monitors Russian submarines in Pacific ocean and fixes problems before they occur. I know it sounds unreal. Some insiders link the “Kursk” submarine tragedy to the fact that one of the girls from Zolotov team suddenly left it to pursue life outside “the system”. – your usual contacts with alien civilizations. They are very good at this. – fast learning through love. Supposedly, if you really-really strongly love each other with somebody and you managed to open to each other completely, you can “glean” the knowledge from your partner.

What is it Time of Life? IIS technologies – Intuitive Information Sight Technologies by Dr. Boris Zolotov developed in Soviet Union at the end of XX century (1988). More details about Intuitive Information Sight Technologies here. What does the phrase “time of life” mean in Genesis 18:10? And he said, I will certainly return unto thee according to the Time of Life; and, lo, Sarah thy wife shall have a son. And Sarah heard it in the tent door, which was behind him. More about Time of Life in Bible here

Any Research is Symbolism

Time Symbolism, or time semiotics as it’s known in technical circles, plays such a large part in human communication because people are constantly looking for deeper meaning. Whether it’s in the stars, drawn on a cave wall or in the newest visual content, we add such meaning to our communication through the use and interpretation of signs. The multiplication sign, also known as the times sign or the dimension sign, is the symbol X The multiplication sign (×), often attributed to William Oughtred (who first used it in an appendix to the 1618 edition of John Napier’s Mirifici Logarithmorum Canonis Descriptio), apparently had been in occasional use since the mid 16th century. Time Travel + Time Management = Time Travel Management Time Travel Management is Time Travel Reality and Time Management system, using time management tools, for organizing Time-Space Time Travel Management TTM training on My Hourglass Collection project using the Biointernet modes (trainings) and the Biointernet Equipment Bio-Net, The Biointernet Mask, The BLAGA System and more TTM training is the Biointernet Mode, Practice developed by Dr. Boris Zolotov and coordinate by Kirill Korotkov and Sergey Avdeev TTM based on Dynamic Vision Board technologies by Kirill Korotkov Intuitive Information Sight mode using the Biointernet Mask and Translighters Games – basic level for TTM training The Time of My Life Lyrics Now I've had the time of my life No, I never felt like this before Yes I swear it's the truth And I owe it all to you'Cause I've had the time of my life And I owe it all to youI've been waiting for so long Now I've finally found someone to stand by me We saw the writing on the wall And we felt this magical fantasy Now with passion in our eyes There's no way we could disguise it secretly So we take each others hand 'Cause we seem to understand the urgencyJust remember You're the one thing I can't get enough of So I'll tell you something This could be loveBecause I've had the time of my life No, I never felt this way before Yes I swear it's the truth And I owe it all to you Hey babyWith my body and soul I want you more than you'll ever know So we'll just let it go Don't be afraid to lose control, noYes, I know what's on your mind when you say "Stay with me tonight" (stay with me) And remember You're the one thing I can't get enough of So I'll tell you something This could be loveBecause I've had the time of my life No, I never felt this way before Yes I swear it's the truth And I owe it all to you 'Cause I've had the time of my life And I've searched through every open door (never felt this way) Till I found the truth And I owe it all to youNow I've had the time of my life No, I never felt this way before (never felt this way) Yes I swear it's the truth And I owe it all to youI've had the time of my life No, I never felt this way before (never felt this way) Yes I swear it's the truth And I owe it all to you 'Cause I've had the time of my life (I had time of my life) And I've searched through every open door (you do it to me, baby) Till I found the truth (you do it to me, baby) And I owe it all to you Source: LyricFind Songwriters: John De Nicola / Donald Markowitz / Frank Previte(I've Had) The Time of My Life lyrics © Sony/ATV Music Publishing LLC, Kobalt Music Publishing Ltd. Dirty Dancing - Time of my Life (Final Dance) Johnny pulls Baby up on stage at the end of season revue at Kellermans. Features the classic "Time of my life". https://youtu.be/WpmILPAcRQo

See also:

Time symbolism

Time is… The Full History of Time Time in physics and time Science Symbolism of Melencolia I by Albrecht Dürer Time and Text

DADA Time

Text, Time, MHC Extinction Rebellion – Time against Life The End of Time Hourglass and Death on St Thomas’ Church Hourglass – symbol of Death Death does not Exist Hourglass and Skeleton “Hourglass and Cards” Exhibition Father and Mother of Time Time Hub Time Philosophy Time synonyms Time perception and Sense of Time Time Travel + Time Management = Time Travel Management The Hourglass, Hourglass History Hourglass symbolism Hourglass Figure Hourglass Tattoo Symbols of Time Beauty Bio-Net Father Time Department Father Time and Mother Nature Lunar calendar and Moon’s phases Time Management Time Management tools Time Travel Management MHC SM: MHC Flikr, MHC Pinterest, MHC Facebook, MHC Instagram, MHC YouTube, MHC Twitter

The Hourglass Figure:

MHC Exhibitions: Hourglass Figure Sophia Loren by Adam PierceHourglass Figure Marilyn Monroe About Hourglass Body or Hourglass Figure Hourglass body measurements – body shape online calculator Hourglass Figure Celebrities on MHC Hourglass Figure, the movie MHC hourglass figure workout by Marten Sport Hourglass Figure Department on MHC Virtual Museum Read the full article

#BioInternet #Time #TimeManagement #TimeManagementStrategy #timemanagementtools #TimeofLife #TimeofMyLife #TimeofMyLifelyrics #Timesymbolism #TimeTravel #TimeTravelManagement

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IUMAB Congress Abstracts 1998

IUMAB Archive 1998 IUMAB Congress Abstracts 1998 Science Information Spirit Bondarev Human Monopulse Plasmography IUMAB Congress Abstracts 1998. Bioelectrography Research. Welcome to IUMAB! Science Information Spirit on IUMAB Library! GDVCAMERA

Konstantin Korotkov 1998 ИССЛЕДОВАНИЕ ПРОЦЕССА ФОРМИРОВАНИЯ ИЗОБРАЖЕНИЙ ПРИ ГАЗОРАЗРЯДНОЙ ВИЗУАЛИЗАЦИИ ТЕЛЕВИЗИОННЫМ КОМПЬЮТЕРНЫМ МЕТОДОМ К.Г. Коротков, А.Л. Кузнецов, Б.А.Крылов В последнее время все большее распространение приобретает методика исследования характеристик свечения различных объектов в электромагнитных полях высокой напряженности — метод газоразрядной визуализации (ГРВ). Устройство для ГРВ схематически выглядит следующим образом. Скользящий разряд от исследуемого объекта (например, палец руки) развивается по поверхности стеклянной пластины с токопроводящим покрытием, на которую подаются импульсы напряжения от специализированного генератора “Корона”. Изображение проецируется на ПЗС телевизионную матрицу, фокальная плоскость которой совмещена с плоскостью изображения. Стандартный ТВ сигнал выводится на монитор или через видеобластер вводится в компьютер. Созданный комплекс позволяет не только получать одиночные (покадровые) изображения ГРВ свечения, но и исследовать динамику формирования изображений в реальном масштабе времени путем записи последовательности кадров. При наблюдении четко видно, что для объекта, не ��меющего выраженных поверхностных или объемных неоднородностей (специально обработанный заземленный металлический цилиндр) разрядные стримеры возникают равномерно и стохастично вдоль всей поверхности. Для неоднородного объекта (палец руки) стримеры имеют выраженные точки локализации, которые, однако, формируются не сразу, а примерно через 0,2 с после начала разряда. Таким образом, мы имеем возможность исследовать динамическое влияние очень важных факторов формирования ГРВ изображений — количества подаваемых импульсов напряжения (или, что эквивалентно, частоты напряжения) и длительности экспозиции. Уменьшение величин этих параметров приводит к стохастичности изображения за счет флуктуаций разрядного процесса, их увеличение выше некоторого предела ведет к изменению характеристик объекта под влиянием разряда. Поэтому принципиально важно выбрать оптимальную область параметров, обеспечивающих информативность и не приводящую к возмущению объекта. Для выявления степени вариабельности последовательных изображений одного и того же объекта применялось их компьютерное суммирование с усреднением. При этом значение яркости каждого пикселя суммарного изображения представляет собой усредненную величину яркостей соответствующих пикселей исходных картин . RS (x, y)  ( Rn (x, y)) / n . Таким образом стример, повторяющийся в одном месте nn раз с определенной яркостью, даст на суммарной картине изображение такой же яркости, в то время как если он появляется стохастично, на суммарной картине его яркость будет ослаблена в n раз. Очевидно, что аналогичный процесс происходит на фотоэмульсии при экспонировании ее последовательностью импульсов или повторяющейся частотой. APPLICATION OF THE GDV TECHNIQUE FOR STUDY OF WATER AND LIQUIDS Informativeness of the GDV images of liquid objects was demonstrated in our works with Kirlian photography in the process of study of microbiological cultures (pp.112-119 of ). Computerized GDV technique opened new perspectives for this method. It was demonstrated the changes of water GDV patterns under the influence of pyramids (colour fig.14 of this book), directed consciousness influence of a trained person (pp.155-157 of ), difference in GDV patterns for homeopathy remedies and flower essences. GDV-grams of a blood samples depend on the health state of a patient (pp.132-141 of and ). Hypotheses of the molecular structure of “charged” water have been developed Three main techniques of water GDV images registration have been developed: with lying drop, with suspended drop and in a closed capsule (Fig.1). In the first case (Fig.1a) calibrated drop from the dispenser is placed on the transparent film on the instrument window and grounded electrode is inserted inside the liquid about one millimeter above the glass. This technique has low reproducibility and operates not with all the liquids due to the out-flow of drop under electrostatic forces. In the second method with suspended drop (Fig.1b) it is important providing the stable configuration of the liquid’s meniscus and stability of its distance to the window that creates some experimental difficulties. The third method is simpler (Fig.1c), but it is less sensitive compared with previous two. Special installation for the realization of the second method is available from Kirlionics Technologies Ltd. Results obtained and techniques developed reveal perspectives of wide application of GDV technique for control of structural properties of liquids. This opens interesting new perspectives, for example, creating principally new biofeedback system of structurization of liquids for the controlled influence to the biological objects. Let us discuss the results of one of the experiments. STUDY OF FLOWER ESSENCES (FE) GDV PARAMETERS. Early in the 20th century, a London doctor and homeopath, Dr. Edward Bach developed Flower Remedies for suppression of harmful emotions, such as despair or fearfulness. Now they are being made commercially and available worldwide. In modern complementary medicine practice different types of flower essences (FE) are used. The positive effect of their application has been demonstrated and empirical methods of the preparation and keeping have been carried out . At the same time the only method used for the evaluation of their energetic value and quality was dowsing. This fact does 28 not allow revealing the influence of the preparation and storage conditions, comparing different FE. GDV technique has been applied for studying characteristics of different FE. Methods of the experiment. Standard FE prepared in Frantsila Farm company (Finland) from the crops of 1998 have been studied. Sample FE was taken in standard 1.0 ml syringe which was placed on the special appliance of the GDV instrument (of the fig.1b type). There were carried out 5 shots of each sample, the received data were analyzed by means of “GDV-Analysis” program, computed parameters were loaded in ‘MS EXCEL’ program where statistical parameters and diagrams were created. Experiments were assisted by Mario Urbanski (Finland). Results of the experiments. It was revealed that GDV-grams of FE differ much from the basic spirituous solution both by the type and by the quantitative parameters. It is possible to distinguish several types of FE GDV-grams, which differ from each other by type (fig.2) and parameters of the glow (fig.3). It was checked the influences of the way of plants preparation on the FE GDV-grams. They tested the FE prepared by drying (A) and boiling (B) of basic plants. As it is seen from fig.4 no difference was revealed for blueberry leaves (13), birch has more energy after boiling (2), for greater plantain and Marsh tea (16 and 21) the energy gets bigger after drying. The results seem to be natural it we pay attention at the fact that drying is more positive for flowers and boiling for leaves. There were compared the solutions containing different amount of tincture drops. As it becomes clear from the Fig.5, samples with 0.5-2 drops have the most energy, when the number of drops rises, the energy falls. The data correspond to existing notions. Conclusion. The received results testify to change of energetic state of the solution whilst adding in it some drops of tincture, which is a direct experimental evidence of intuitively created FE methods. GDV method can be used for selecting and checking of energetic features and effectiveness of FE. For computer classification of GDV images algorithms based on Bayesian classifier have been developed. The program was tested with GDV images of solutions of different NaCl concentration taken with a GDV instrument in a hanging drop installation. The system could 29 distinguish the correspondent GDV-grams of water drops practically without mistakes. At the next stage different examples of structured water were successfully classified. The first studies have proved the soundness of the selected approach and enabled us to start several sets of experiment in different scopes of medicine and biology. The work is being done now by several groups and the results are very optimistic. Literature 1. Kukuy L., Gudakova G. GDV Technique application for the evaluation of treatment effects for the patients of cardiological and surgical departments. In: Proceedings of the Fourth International Conference for Medical and Applied Bio-Electrography “Kirlionics98”. 1998, St- Petersburg. 2. Karvarainen A., “Hierarchic concept of matter and field”. NY. 1995 3. Garner C., Hock N. Chaos theory and homeopathy. The Berlin Journal on Research in Homeopathy, 1 (4/5), 236-242, 1991. 4. Smith C.W. Measurements of the Electromagnetic Fields Generated by Biological Systems. Neural Network World. 5: 819-829, 1995. 5. Smith C.W. In: High Dilution Effects on Cells and Integrated Systems. Eds. C. Taddei- Ferretti, P.Marotta. Vol.3. Singapore: World Scientific, 1998. 6. Anagnostatos G.S. In: High Dilution Effects on Cells and Integrated Systems. Eds. C. Taddei-Ferretti, P.Marotta. Vol.3. Singapore: World Scientific, 1998. 7. Woodham A., Peters D. Encyclopedia of Complementary Medicine. Dorling Kindewrsley. London. 1997. 8. Korotkov K. Aura and Consciousness: New Stage of Scientific Understanding. SPb 1998. Pictures. Different methods of liquids GDV characteristics study. 1 – glass window of the GDVCamera; 2 – liquid; 3 – grounding electrode; 4 – glass tube (syringe); 5 – glass bottle.GDV-grams of different Flower Essences.GDV parameters (area) of Flower Essences compared with initial solution.GDV parameters (area) of Flower Essences prepared differently. A - drying B and boiling.GDV parameters (area) of Flower Essences with different drops of essence. Read the full article

#BioField #Biointernet #HumanBioField #HumanLightSystem #HUMANMONOPULSEPLASMOGRAPHY

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Beauty Bio Net-10

3DHM Dynamic Vision Board Mental Model by Adam Pierce on MHC Virtual Museum Beauty Bio Net Exhibition 3DHM Dynamic Vision Board Mental Model by Lena Rhomberg and Adam Pierce on MHC Virtual Museum Mental Model Key Words: Beauty, Beginning, Beautiful Power, Infinity https://www.myhourglasscollection.com/beauty-bio-net-26/ You can download images from Beauty Bio Net Gallery and use it like Translighters Digital – files with functions. How to use Translighters Digital. Beauty Bio Net Mental Model Key Words: Beauty, Beginning, Beautiful Power, Infinity. Beauty Bio Net curators: Lena Rhomberg and Adam Pierce You can download for free from the list here or Hi-Res photos with the best quality for 20 EUR. Full Hi-Res Beauty Bio Net Gallery for 250 EUR. Beauty Bio Net-10

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Time symbolism

Time is… The Full History of Time Time in physics and time Science Symbolism of Melencolia I by Albrecht Dürer Time and Text

DADA Time

The Hourglass Figure:

MHC Exhibitions

Exhibitions:Beauty Bio NetHourglass and CardsArt GlassMHC Dead Sea CollectionThe Full History of Time3DHM ExhibitionHourglass Figure Sophia Loren

Time History

The Hourglass, Hourglass HistoryTime symbolismHourglass symbolismHourglass CollectionMHC InstagramMHC PinterestHourglass and SkeletonThe Hourglass FigureHourglass on FlagHourglass post stampsHourglass postersHourglass TattooHub

New Times

#335 Flow away MHC Flikr Time synonyms Cyclocosmia hourglass spider The End of Time MHC hourglass figure workout MHC museum Twitter MHC Dead Sea Collection on the Mediterranean Sea What is it, Time of Life? Hourglass Figure Celebrities Read the full article

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Hourglass 52/Einstein

Hourglass Medical Series, Soviet Union, second part of XX Hourglass 52/Einstein - vintage green, plastic, medical hourglass from Soviet Union and poster with Einstein Plastic medical hourglass, 3 min, Soviet Union 80-90 of XX century Einstein's theory of special relativity says that time slows down or speeds up depending on how fast you move relative to something else. Approaching the speed of light, a person inside a spaceship would age much slower than his twin at home.

Hourglass 52/Einstein Time is a relative concept and the higher you live above sea level the faster you should age. The only true constant, is the speed of light, meant that time can run faster or slower depending on how high you are, and how fast you are traveling. Albert Einstein — 'Play is the highest form of research.'

Hourglass 52/Einstein Hourglass History Hourglass – measurement device The Hourglass, sand glass, sand timer or sand clock An hourglass (or sandglass, sand timer, or sand clock) is a device used to measure the intervals of time It comprises two glass bulbs connected vertically by a narrow neck that allows a regulated trickle of material (historically sand) from the upper bulb to the lower one. Factors affecting the time interval measured include sand quantity, sand coarseness, bulb size, and neck width. Hourglasses may be reused indefinitely by inverting the bulbs once the upper bulb is empty.

Hourglass 52

Hourglass 52/Einstein

The Full History of Time

Exhibition MHC by Lena Rhomberg Time Travel: Theories, Paradoxes & Possibilities The Full History of Time Main Topics: Art, Science, Love, Magic, Technologies, Human Light System, Time Philosophy

Hourglass 52 The Biointernet School Games Translighters Games MHC Virtual Museum about Time and Space relations Welcome to the Biointernet interdisciplinary project! About Krtek

The meanings of symbols

The symbols carved in stone provide some of the best examples of folk art in Dumfries and Galloway. Richly decorated stones are often very attractive and combine emblems with different meanings. The first being symbols that represent mortality / immortality / biblical references, the second type representing the occupation and status of the people commemorated. Many headstones include a collection of emblems which may vary in style and sophistication even within the same churchyard.

Symbol of Time –��The Hourglass

Quotes About Time And Space by Albert Einstein: “Creativity is the residue of time wasted.” “I never think of the future - it comes soon enough.” “The only reason for time is so that everything doesn't happen at once.” “Time and space are modes by which we think and not conditions in which we live.” “The distinction between the past, present and future is only a stubbornly persistent illusion.” “There comes a time when the mind takes a higher plane of knowledge but can never prove how it got there.” “When forced to summarize the general theory of relativity in one sentence: Time and space and gravitation have no separate existence from matter.” “Formerly, people thought that if matter disappeared from the universe, space and time would remain. Relativity declares that space and time would disappear with matter.” “A human being is a part of the whole called by us universe; a part limited in time and space. He experiences himself, his thoughts, and his feelings as something separate from the rest - a kind of optical delusion of consciousness.” “I cannot seriously believe in it because the theory cannot be reconciled with the idea that physics should represent a reality in time and space, free from spooky actions at a distance. See also:

Time symbolism

Hourglass and Death on St Thomas’ Church Hourglass – symbol of Death Hourglass and Skeleton “Hourglass and Cards” Exhibition Father and Mother of Time Time Hub The Hourglass, Hourglass History Hourglass symbolism Hourglass Body Hourglass Tattoo Symbols of Time Lunar calendar https://www.space.com/21675-time-travel.html Day & Night Symbols Through the ages, celestial happenings and natural phenomenon have been used to symbolize important thoughts and concepts. The cyclical occurrence of day and night was one of the things occurring in nature that was believed to hold specific meaning. While different civilizations had different day & night symbols to record the passage of time, Day and Night, by themselves, were thought to have strong symbolic meanings. The recurring phenomenon of day and night was always considered very meaningful as it was believed that the survival of human species depended majorly on synchronizing the bodily and mental functions with the peculiar demands of day & night. The Day and the Night seem to present two entirely different worlds. Day and night changes even seem to have biological effects on mankind. The creatures that are aggressive, alert and seeking in the day become quiet and inactive at night. The dramatic contrast presented by Day and Night is equated with the disparity between life and death, light and darkness, consciousness and unconsciousness. Day and Night symbolize, respectively, the birth of the Sun and its death. With the rising Sun, the Day is considered representative of new life, and fresh beginnings, possibilities, hopes, and opportunities. It also symbolizes the active, masculine principle and the rise of consciousness. Hourglass – Torus form Time is … Hourglass collection Hourglass 154, Slughorn’s HourglassHourglass Toy Set

Did Einstein really say that?

https://www.nature.com/articles/d41586-018-05004-4 MHC Online Museum

Beauty Bio Net Exhibition

Hourglass History

The Hourglass, Hourglass HistoryTime symbolismHourglass symbolismHourglass CollectionMHC InstagramMHC PinterestHourglass and SkeletonHourglass BodyHourglass on FlagHourglass post stampsHourglass postersHourglass TattooHub Exhibitions:Beauty Bio NetHourglass and CardsArt GlassDead Sea Collection

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Experiments

Time ExperimentsBeauty Bio NetMHC Ticket – Magic JPGSchrödinger’s Hourglass #145Half an Hour for you :*MHC web siteHub Hourglass 52/Einstein Russian Cosmism is a philosophical and cultural movement that emerged in Russia on the Edge of 20th century Russian Cosmism emerged in the late nineteenth and early twentieth century as a tendency in Russian thought to view traditional Russian Orthodox Christianity as a futuristic task of social activism and scientific technology. Did Einstein really say that? “If you can't explain it to a six year old, you don't understand it yourself.” Read the full article

#Albert Einstein #biointernet #DidEinsteinreallysaythat?#Einstein #Experiments #HumanLightSystem #Plasticmedicalhourglass #Playisthehighestformof research #QuantumFoam #QuotesAboutTimeAndSpacebyAlbertEinstein #sablier #SandClock #sanduhr #Time #timequotes #timequoteseinstein

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Krtek Series set

“The time will come when diligent research over long periods will bring to light things which now lie hidden. A single lifetime, even though entirely devoted to the sky, would not be enough for the investigation of so vast a subject... And so this knowledge will be unfolded only through long successive ages. There will come a time when our descendants will be amazed that we did not know things that are so plain to them... Many discoveries are reserved for ages still to come, when memory of us will have been effaced.” ― Seneca, Natural Questions KRTEK Series set - Hourglasses ## 36, 37, 38, 39 Krtek Mole is an animated character in a series of cartoons, created by Czech animator Zdeněk Miler. The premiere of the first short film with the Mole was on Venice Film Festival in 1966.

KRTEK Series set KRTEK Series set - Hourglasses ## 36, 37, 38, 39 Krtek Series

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The meanings of symbols

Symbol of Time – The Hourglass

See also:

Time symbolism

Hourglass and Death on St Thomas’ Church Hourglass – symbol of Death Hourglass and Skeleton “Hourglass and Cards” Exhibition Father and Mother of Time Time Hub The Hourglass, Hourglass History Hourglass symbolism Hourglass Body Hourglass Tattoo Symbols of Time Lunar calendar Day & Night Symbols Through the ages, celestial happenings and natural phenomenon have been used to symbolize important thoughts and concepts. The cyclical occurrence of day and night was one of the things occurring in nature that was believed to hold specific meaning. While different civilizations had different day & night symbols to record the passage of time, Day and Night, by themselves, were thought to have strong symbolic meanings. The recurring phenomenon of day and night was always considered very meaningful as it was believed that the survival of human species depended majorly on synchronizing the bodily and mental functions with the peculiar demands of day & night. The Day and the Night seem to present two entirely different worlds. Day and night changes even seem to have biological effects on mankind. The creatures that are aggressive, alert and seeking in the day become quiet and inactive at night. The dramatic contrast presented by Day and Night is equated with the disparity between life and death, light and darkness, consciousness and unconsciousness. Day and Night symbolize, respectively, the birth of the Sun and its death. With the rising Sun, the Day is considered representative of new life, and fresh beginnings, possibilities, hopes, and opportunities. It also symbolizes the active, masculine principle and the rise of consciousness. Hourglass - Torus form Time is ... Hourglass collection Read the full article

#biointernet #Krtek #KrtekMole #Magic

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Really Big Hourglass

Time has two aspects. There is the arrow, the running river, without which there is no change, no progress, or direction, or creation. And there is the circle or the cycle, without which there is chaos, meaningless succession of instants, a world without clocks or seasons or promises. URSULA K. LE GUIN, The Dispossessed

Shimane hourglass recognized by Guinness as world's largest

One ton of the sand is designed to fall through the glass container over a year... An hourglass at a museum in Shimane Prefecture that measures the duration of a year has been recognized by Guinness World Records as the world’s largest, the museum said Sunday.

Largest Hourglass - one year hourglass Located in the tallest of the six pyramids that house the Nima Sand Museum, Japan, is a 5.2-m-tall (17-ft 0.72-in) 560-kg (1,234.6-lb) hourglass with a diameter of 1 m (3 ft 3.37 in). It is filled with 629,100,000,000 grains of the “singing” Osodani sand, which weigh 1,000,368 g (2,205 lb 6.88 oz). The sand, sifted to ensure that each grain measures an average of 0.11 mm, flows continuously through a nozzle measuring 0.84 mm in diameter. The hourglass, built at the Nima Sand Museum in Oda, is 5.2 meters tall and has a diameter of 1 meter.

Nima Sand Museum

The subject matter of this museum is the singing sand of Kotogahama. The design of this museum will catch your eye with its small and large glass pyramids.

Nima Sand Museum There is a one year hourglass here that uses the singing sand The girl’s manga Sand Chronicles that is set in the Sand Museum is popular and become famous overnight when it was turned into a drama and movie. The Festival of Time is held on New Year’s Eve every year to half-turn the one year hourglass. You can also try making glass crafts. You can produce original pendants and clear candles. The Biggest Hourglass - One Year Hourglass

List of largest hourglasses

Built in 2000, this hourglass is located in Ybbsitz and is called Panta Rhei. The hourglass Panta Rhei was built during the Ferraculum 2000 at Ybbsitz. Work was guided and lead by Alfred Habermann.Built in 1984 and located in Mainz, this hourglass was donated by Schott Glaswerke.Unveiled in 2008 and located at the Red Square in Moscow. For the European launch of the latest model of BMW 7 series, a gigantic hourglass construction was placed on the Red Square in Moscow, Russia. The world’s largest hourglass was filled with more than 180,000 shiny silvery balls. The balls slipped through the hourglass and gradually revealed the hidden BMW flagship model in a style never seen before. The 12-meter-high glass contraption was the centerpiece of the launch reception.Budapest time wheel. Called Timewheel, this hourglass is located in Hungary near Hősök tere and was first revealed in 2004 in commemoration of Hungary's accession to the EU. The monument was constructed by the notion of Herner János philosopher, and by the draft plans of Janáky István architect, who made their plans in the 1990’s. Although many different dates were considered for the implementing, the sculpture was finally inaugurated on April 30th 2004, in memory of Hungary’s European Union accession.Semi-Transparent. Built in 1991 and located in the Nima Sand Museum, this hourglass is 5.2 metres high and contains around 1 ton of sand. Built in 1991, the huge sand timer is flipped over at midnight every 31 December, with the upper globe taking exactly one year to empty into the lower globe. It began ticking on Jan. 1, 1991, using quartz sand from Yamagata Prefecture.Built in 1999 and located on Jeongdongjin Beach it takes one year for the sand to fall to the bottom. Jeongdongjin Hourglass Park is a sunrise spot with the world's largest hourglass which has a diameter of 8.06 meters, a width of 3.20 meters and a sand weight of 8 tons. Every midnight on December 31st, you can see a huge hourglass rotating to greet the New Year. The relationship between Jeongdongjin and the Hourglass began in the 1990s, with the fame of the popular korean drama “ Hourglass ” ‘which was filmed in Jeongdongjin.A two metre high hourglass, filled with artificial blood, was installed at Downing Street in London as part of a protest demanding British intervention in the Darfur conflict.In 2009, a number of large hourglasses were installed in several major cities in Brazil to mark the enaction of an anti-smoking law.Filled with ground ivory, this hourglass was on display from mid 2005 to mid 2006. https://en.wikipedia.org/wiki/List_of_largest_hourglasses

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Qualia and Time Sense

Time perception and Sense of Time Time Travel + Time Management = Time Travel Management Symbols of Time Beauty Bio-Net Father Time Department Father Time and Mother Nature Lunar calendar and Moon’s phases Time Management Time Management tools Time Travel Management MHC SM: MHC Flikr, MHC Pinterest, MHC Facebook, MHC Instagram, MHC YouTube, MHC Twitter

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MHC Exhibitions GIANT HOURGLASS BY Jean-Bernard Métais

GIANT HOURGLASS BY Jean-Bernard Métais The monumental work of Jean-Bernard Métais reinforces the cultural vocation of this space located behind the Museum of Tessé. In June 2009, a giant hourglass, huge cube of metal and glass while transparencies, work of the sculptor Jean-Bernard Métais, found its place in the heart of the garden of Tessé, in Le Mans, on a pavement which seems to float in the surface of the water. It is a second life for "Temps imparté éclipse", first installed at the Jardin des Plantes in Paris, with the National Museum of Natural History, on the occasion of the eclipse of summer 1999. Le Mans, in competition with other major European cities, had been able to acquire it after just over two years of exposure. The 40 tonnes of sand flow from a height of three meters via 160 openings operated independently by computer. This sand, white and extremely fine, is brought up every six months, at the time of the solstices. SABLIER GÉANT

GIANT HOURGLASS BY Jean-Bernard Métais L'œuvre monumentale de Jean-Bernard Métais renforce la vocation culturelle de cet espace situé à l'arrière du Musée de Tessé. En juin 2009, un sablier géant, immense cube de métal et de verre tout en transparences, œuvre du sculpteur Jean-Bernard Métais, a trouvé sa place au cœur du bassin du Jardin de Tessé, au Mans, sur un dallage qui semble flotter à la surface de l'eau. C'est une seconde vie pour "Temps imparti éclipse", d'abord installée au Jardin des plantes de Paris, auprès du muséum national d'Histoire naturelle, à l'occasion de l'éclipse de l'été 1999. Le Mans, en lice avec d'autres grandes villes européennes, avait pu l'acquérir à l'issue d'un peu plus de deux années d'exposition. Les 40 tonnes de sable s'écoulent d'une hauteur de trois mètres via 160 ouvertures actionnées indépendamment par ordinateur. Ce sable, blanc et extrêmement fin, est remonté tous les six mois, au moment des solstices. https://www.lemans-tourisme.com/fr/architecture-patrimoine/sablier-geant.html https://www.japantimes.co.jp/news/2015/09/20/national/jumbo-shimane-hourglass-recognized-guinness-worlds-largest/ https://www.guinnessworldrecords.com/world-records/largest-hourglass?fb_comment_id=755929204528052_1842360642551564 http://www.sandmuseum.jp/ https://dailynewshungary.com/the-biggest-hourglass-of-the-world-in-budapest/ Read the full article

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Hourglass Magic Cards

Hourglass Magic Cards Series

Download MHC Magic Ticket on GDVPLANET MHC Art Objects EstepaFamily insideMade with LoveHorse by Mezen’Art Glass Hourglass, Sand Clock, Sand Watch, Egg Timer, Sablier, Sanduhr, Reloj de arena, الساعة الرملية, Rellotge de sorra, přesýpací hodiny, velago, itula tioata, Clessidra, 砂時計, timeglass, Zandloper, Timglas, Isikhwama, Soatglass

Hourglass Collection: Hourglass 14 – Exit the SystemHourglass 20, LightKRTK Series set – Hourglasses ## 36, 37, 38, 39Hourglasses 65, 66, 67, phone card, FinlandHourglass 134, Father TimeHourglass 133, Operation HourglassHourglass 132, FloreinHourglasses 128, 129, 130, 131Hourglass 127, blue, microHourglass 126Hourglass 150, KRTKSchrödinger’s Hourglass, #145Made_with_Love, #144Estepa, #143Horse by Mezen’, #142Hourglass 157, Philip Morris hourglassHourglass 158, Sablier République et Canton de GenèveFather and Mother of TimeHourglass 163, Ross, London and more on MHC Virtual Museum Read the full article

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Time of Life

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Any Research is Symbolism

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Time perception or sense of time

Time perception or sense of time is a subjective experience

Time perception is measured by someone's perception Time perception is a construction of the brain Understanding of Subjective Time & Objective Time Time perception online experiment - Half an Hour for you :*

Time perception or sense of time The Experience and Perception of Time We see colours, hear sounds and feel textures. Some aspects of the world, it seems, are perceived through a particular sense. Others, like shape, are perceived through more than one sense. But what sense or senses do we use when perceiving time? It is certainly not associated with one particular sense. In fact, it seems odd to say that we see, hear or touch time passing. And indeed, even if all our senses were prevented from functioning for a while, we could still notice the passing of time through the changing pattern of our thought. Perhaps, then, we have a special faculty, distinct from the five senses, for detecting time. Or perhaps, as seems more likely, we notice time through perception of other things. But how? Time perception raises a number of intriguing puzzles, including what it means to say we perceive time. In this article, we shall explore the various processes through which we are made aware of time, and which influence the way we think time really is. Inevitably, we shall be concerned with the psychology of time perception, but the purpose of the article is to draw out the philosophical issues, and in particular whether and how aspects of our experience can be accommodated within certain metaphysical theories concerning the nature of time and causation. What is ‘the perception of time’?Kinds of temporal experienceDurationThe specious presentPast, present and the passage of timeTime orderThe metaphysics of time perception Bibliography Academic Tools Other Internet Resources Related Entries

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You can make your life longer for the Half an Hour. This is free 30 min for your Life. Use it fo free and enjoy MHC Time experiments. How to use this Time (30 min)

What is ‘the perception of time’?

The very expression ‘the perception of time’ invites objection. Insofar as time is something different from events, we do not perceive time as such, but changes or events in time. But, arguably, we do not perceive events only, but also their temporal relations. So, just as it is natural to say that we perceive spatial distances and other relations between objects (I see the dragonfly as hovering above the surface of the water), it seems natural to talk of perceiving one event following another (the thunderclap as following the flash of lightning), though even here there is a difficulty. For what we perceive, we perceive as present—as going on right now. Can we perceive a relation between two events without also perceiving the events themselves? If not, then it seems we perceive both events as present, in which case we must perceive them as simultaneous, and so not as successive after all. There is then a paradox in the notion of perceiving an event as occurring after another, though one that perhaps admits of a straightforward solution. When we perceive B as coming after A, we have, surely, ceased to perceive A. In which case, A is merely an item in our memory. Now if we wanted to construe ‘perceive’ narrowly, excluding any element of memory, then we would have to say that we do not, after all, perceive B as following A. But in this article, we shall construe ‘perceive’ more broadly, to include a wide range of experiences of time that essentially involve the senses. In this wide sense, we perceive a variety of temporal aspects of the world. We shall begin by enumerating these, and then consider accounts of how such perception is possible. More

time perception

Time Perception

Time perception is a distinct area of study with its own psychophysical methods designed for assessing the perceived duration of a temporal interval. From: International Encyclopedia of the Social & Behavioral Sciences, 2001 What part of the brain controls time perception? Moreover, the diverse brain regions associated with the sense of time (frontal cortex, basal ganglia, parietal cortex, cerebellum, and hippocampus) are responsible for receiving, associating and interpreting information in fractions of milliseconds, seconds and minutes. The kappa effect The kappa effect or perceptual time dilation is a temporal perceptual illusion that can arise when observers judge the elapsed time between sensory stimuli applied sequentially at different locations. In perceiving a sequence of consecutive stimuli, subjects tend to overestimate the elapsed time between two successive stimuli when the distance between the stimuli is sufficiently large, and to underestimate the elapsed time when the distance is sufficiently small. Time perception refers to a person’s subjective experience of the passage of time, or the perceived duration of events, which can differ significantly between different individuals and/or in different circumstances. Although physical time appears to be more or less objective, psychological time is subjective and potentially malleable, exemplified by common phrases like “time flies when you are having fun” and “a watched pot never boils”. This malleability is made particularly apparent by the various temporal illusions we experience. Biopsychology Time is not directly perceived, and so time perception is essentially a construction of the brain, which can therefore be manipulated and distorted in various ways (see the section on Temporal Illusions). Biopsychology, also sometimes known as behavioural neuroscience or psychobiology, studies the way the brain (at the level of nerves, neurotransmitters, brain circuitry and basic biological processes) does that. Although another person’s perception of time obviously cannot be directly experienced or understood, there are techniques within psychology and neuroscience that can allow us to objectively study the phenomenon.

Beauty Bio Net-6 Time Perception Internal Clock The actual mechanism by which the brain perceives and processes the concept of time is complex and not fully understood. The judgement and perception of time is known to involve different part of the brain in a highly distributed system, and the cerebral cortex, cerebellum and basal ganglia are all involved to some extent. However, experiments on rats that have had their cortexes completely removed show that they can still successfully estimate a time interval of about 40 seconds, suggesting that time estimation may actually be a more low-level or sub-cortical process. Neurotransmitters such as dopamine and norepinephrine (adrenaline) are integrally involved in our perception of time, although the exact mechanism is still not well understood. Some neuropharmacological research indicates that the human brain possesses some kind of “internal clock” (distinct from the biological or circadian clock), that is typically used to time durations in the seconds-to-minutes range. This timing mechanism appears to be specifically linked to dopamine function in the basal ganglia region of the brain, and norepinephrine also serves to slow down our internal clock (as do some drugs – see the section on Temporal Illusions). Neuroscientist Warren Meck has carried out experiments showing how specific neurons near the base of the brain become active when a person is asked to estimate a duration of time. Neurochemicals are released by these cells that trigger other cells in the frontal cortex, which is what allows us to judge the passing of time. Meck also believes that the brain may have several different clocks working together but independently, and that the brain selects a “winner” from these different possible timings depending on the context. In experiments with rats in conditions of sensory deprivation, psychologist Howard Eichenbaum discovered that certain neurons in the hippocampus region of the brain (an area important in memory function among other things) seem to fire in sequence almost like the ticking of a clock. For example, some cells fired when the rat first enters the sensory deprivation area, some in the next second, some in the third second, some in the fourth, etc. Over extended periods, some cells drop out of the “ticking”, some fire at different times, and some that were not firing earlier begin to fire. Eichenbaum has called these neurons “time cells”, similar to the “place cells” which are also found in the hippocampus (i.e. some cells seem to respond mostly to distance or location, while some respond mostly to time).

Time perception Human time perception and its illusions David M. Eagleman

SUMMARY

Why does a clock sometimes appear stopped? Is it possible to perceive the world in slow motion during a car accident? Can action and effect be reversed? Time perception is surprisingly prone to measurable distortions and illusions. The past few years have introduced remarkable progress in identifying and quantifying temporal illusions of duration, temporal order and simultaneity. For example, perceived durations can be distorted by saccades, by an oddball in a sequence, or by stimulus complexity or magnitude. Temporal order judgments of actions and sensations can be reversed by exposure to delayed motor consequences, and simultaneity judgments can be manipulated by repeated exposure to non-simultaneous stimuli. The confederacy of recently discovered illusions points to the underlying neural mechanisms of time perception. Keywords: time, time perception, temporal illusions, duration, temporal order, causality, psychophysics

Introduction

The visual system brags a long history of parlaying illusions into an understanding of the neurobiology, but only recently has the study of temporal illusions begun to blossom. New illusions of duration, order and simultaneity illustrate that temporal introspection can often be a poor guide to the timing of physical events in the world. Temporal judgments are constructions of the brain, and, as we will see below, surprisingly easy to manipulate experimentally. Time perception is a term that encompasses many scales. For the purpose of this review, we will only address illusions of time perception at the ‘automatic’ or ‘direct sensation’ time scales – that is, sub-second timing. Timing of longer scales, such as second and minutes and months, are categorized as ‘cognitive’ and appear to be underpinned by entirely different neural mechanisms. More Delays in Time Perception Although thought and perception appear to take no time at all, they are nevertheless constrained by the speed of neurological processes (e.g. the time for signals to leap across synapses, for action potentials to move along the axons of neurons, etc). The brain processes different types of sensory information (e.g. auditory, tactile, visual, etc) at different speeds using different neural architectures. But it appears to be able to overcome these speed disparities in order to achieve a temporally unified representation of the outside world, through a process sometimes referred to as temporal binding. As an example, if touch our nose and our toes at the same time, the signal from our distant toes must take longer to arrive at the brain than the signal from our nearby nose, but we perceive them as occurring simultaneously. The brain also uses this process, also known as integration, to integrate our sense of time into a seamless and fluid experience. This works in a similar way to the way in which the brain makes our sense perceptions of the outside world into a complete and unitary picture, glossing over any discontinuities and inconsistencies (e.g. the way we perceive a smoothly-moving movie, rather than a series of discrete and separate frames, and the way we can usually piece together meaning from a partially heard sentence). Neuroscientists have found that our brain actually waits about 80 milliseconds for all the relevant input to come in before we experience a “now”, rather like a time delay in broadcasting “live” television or radio. So, if the discrepancy in time between different inputs is less than about one-tenth of a second, the brain is able to process the different sensory input together. If two images are flashed in fast enough succession, therefore, we are not able to tell which came first and which second. To use a real-world example, so long as television audio and video signals are synchronized to within one-tenth of a second, viewers’ brains are able to automatically re-synchronize the signals; any more of a delay and a mis-synchronization becomes noticeable.

Hourglass 304, small, Magic Card Time Expectations There is an increasing body of research suggesting that the brain operates on some kind of an expected order and speed of events, and alterations to these expectations may lead to illusions like the kappa effect (see the section on Temporal Illusions). One study has shown how, when a video game player becomes used to a slight delay in computer mouse reaction time, and that delay is then removed, they may even experience a reversal in temporal perception judgement, feeling as though the effect on the screen happened just before they commanded it. Other studies have shown that, when a pair of tactile stimuli are delivered to each hand in rapid succession, and the subject then crosses their arms across the body’s midline, they may experience the order of the stimuli as reversed. Interestingly, this reversing effect was not observed among congenitally blind subjects (as opposed to late-onset blind subjects), suggesting that the brain has a whole set of tactile/visual/spatial associations as regards time perception, which it develops during childhood. Tests have shown that a person under hypnosis can judge time more accurately than the same person in a normal waking state. Unconscious time perception may therefore actually be more accurate than conscious time perception, possibly due to the lack of trained or conditioned responses and expectations that are present in the conscious state. Mental Chronometry The speed of neuron firing in the brain is also of interest to psychologists and neuroscientists for other reasons. Mental chronometry is a technique used in experimental and cognitive psychology to assess how fast an individual can execute certain mental operations. This involves measuring a person’s reaction time, i.e. the elapsed time between the presentation of a sensory stimulus and their subsequent behavioural response, typically the pressing of a button or sometimes an eye movement or vocal response. This can then be used as a measure of cognitive processing speed and efficiency, from which an assessment of the person’s general intelligence or IQ can be made. Mental chronometry techniques are also used in other areas of cognitive and behavioural neuroscience and psychophysiology.

Hourglasses 299, post card Wiki https://en.wikipedia.org/wiki/Time_perception http://www.exactlywhatistime.com/psychology-of-time/time-perception/ http://www.exactlywhatistime.com/psychology-of-time/biopsychology/ https://plato.stanford.edu/entries/time-experience/

Hourglasses 299, post card Time travel is the traveling between certain points in time, analogous to movement between different points in space Today, you canTime travelwith the Biointernet Equipment See also:

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The Hourglass of Emotions

Erik Cambria, Andrew Livingstone, Amir Hussain Abstract Human emotions and their modelling are increasingly understood to be a crucial aspect in the development of intelligent systems. Over the past years, in fact, the adoption of psychological models of emotions has become a common trend among researchers and engineers working in the sphere of affective computing. Because of the elusive nature of emotions and the ambiguity of natural language, however, psychologists have developed many different affect models, which often are not suitable for the design of applications in fields such as affective HCI, social data mining, and sentiment analysis. To this end, we propose a novel biologically-inspired and psychologically-motivated emotion categorisation model that goes beyond mere categorical and dimensional approaches. Such model represents affective states both through labels and through four independent but concomitant affective dimensions, which can potentially describe the full range of emotional experiences that are rooted in any of us. Keywords Cognitive and Affective Modelling, NLP, Affective HCI LNCS 7403 - The Hourglass of Emotions

The Hourglass of Emotions Introduction Emotions are an essential part of who we are and how we survive. They are complex states of feeling that result in physical and psychological reactions in- fluencing both thought and behaviour. The study of emotions is one of the most confused (and still open) chapters in the history of psychology. This is mainly due to the ambiguity of natural language, which does not allow to describe mixed emotions in an unequivocal way. Love and other emotional words like anger and fear, in fact, are suitcase words (many different meanings packed in), not clearly defined and meaning different things to different people . Hence, more than 90 definitions of emotions have been offered over the past century and there are almost as many theories of emotion, not to mention a complex array of overlapping words in our languages to describe them. Some cat- egorisations include cognitive versus non-cognitive emotions, instinctual (from the amygdala) versus cognitive (from the prefrontal cortex) emotions, and also categorisations based on duration, as some emotions occur over a period of seconds (e.g., surprise), whereas others can last years (e.g., love). Full text PDF The Hourglass of Emotions: Download The Hourglass of Emotions

The Hourglass of Emotions NLP References 1.Minsky, M.: The Emotion Machine: Commonsense Thinking, Artificial Intelligence, and the Future of the Human Mind. Simon & Schuster (2006)2.James, W.: What is an emotion? Mind 34, 188–205 (1884)3.Dalgleish, T.: The emotional brain. Nature: Perspectives 5, 582–589 (2004)4.Broca, P.: Anatomie comparée des circonvolutions cérébrales: Le grand lobe limbique. Rev. Anthropol. 1, 385–498 (1878)5.Papez, J.: A proposed mechanism of emotion. Neuropsychiatry Clin. Neurosci. 7, 103–112 (1937)6.Maclean, P.: Psychiatric implications of physiological studies on frontotemporal portion of limbic system (visceral brain). Electroencephalogr Clin. Neurophysiol. suppl.4, 407–418 (1952)7.Ledoux, J.: Synaptic Self. Penguin Books (2003)8.Vesterinen, E.: Affective computing. In: Digital Media Research Seminar, Helsinki (2001)9.Pantic, M.: Affective computing. In: Encyclopedia of Multimedia Technology and Networking, vol. 1, pp. 8–14. Idea Group Reference (2005)10.Cambria, E., Hussain, A.: Sentic Computing: Techniques, Tools, and Applications. Springer, Dordrecht (2012)11.Cambria, E., Grassi, M., Hussain, A., Havasi, C.: Sentic computing for social media marketing. Multimedia Tools and Applications 59(2), 557–577 (2012)12.Cambria, E., Song, Y., Wang, H., Hussain, A.: Isanette: A common and common sense knowledge base for opinion mining. In: ICDM, Vancouver, pp. 315–322 (2011)13.Cambria, E., Havasi, C., Hussain, A.: SenticNet 2: A semantic and affective resource for opinion mining and sentiment analysis. In: FLAIRS, Marco Island, pp. 202–207 (2012)14.Cambria, E., Benson, T., Eckl, C., Hussain, A.: Sentic PROMs: Application of sentic computing to the development of a novel unified framework for measuring health-care quality. Expert Systems with Applications 39(12), 10533–10543 (2012)15.Charles, D.: The Expression of the Emotions in Man and Animals. John Murray (1872)16.Ekman, P., Dalgleish, T., Power, M.: Handbook of Cognition and Emotion. Wiley, Chichester (1999)17.Scherer, K.: Psychological models of emotion. The Neuropsychology of Emotion, 137–162 (2000)18.Parrott, W.: Emotions in Social Psychology. Psychology Press (2001)19.Prinz, J.: Gut Reactions: A Perceptual Theory of Emotion. Oxford University Press (2004)20.Douglas-Cowie, E.: Humaine deliverable d5g: Mid term report on database exemplar progress. Technical report, Information Society Technologies (2006)21.Kapoor, A., Burleson, W., Picard, R.: Automatic prediction of frustration. International Journal of Human-Computer Studies 65, 724–736 (2007)22.Castellano, G., Kessous, L., Caridakis, G.: Multimodal emotion recognition from expressive faces, body gestures and speech. In: Doctoral Consortium of ACII, Lisbon (2007)23.Averill, J.: A constructivist view of emotion. Emotion: Theory, Research and Experience, pp. 305–339 (1980)24.Russell, J.: Core affect and the psychological construction of emotion. Psychological Rev. 110, 145–172 (2003)25.Osgood, C., Suci, G., Tannenbaum, P.: The Measurement of Meaning. University of Illinois Press (1957)26.Russell, J.: Affective space is bipolar. Journal of Personality and Social Psychology 37, 345–356 (1979)27.Whissell, C.: The dictionary of affect in language. Emotion: Theory, Research, and Experience 4, 113–131 (1989)28.Plutchik, R.: The nature of emotions. American Scientist 89(4), 344–350 (2001)29.Frijda, N.: The laws of emotions. American Psychologist 43(5) (1988)30.Freitas, A., Castro, E.: Facial expression: The effect of the smile in the treatment of depression. empirical study with portuguese subjects. In: Emotional Expression: The Brain and The Face, pp. 127–140. University Fernando Pessoa Press (2009)31.Mehrabian, A.: Pleasure-arousal-dominance: A general framework for describing and measuring individual differences in temperament. Current Psychology 14(4), 261–292 (1996)32.Fontaine, J., Scherer, K., Roesch, E., Ellsworth, P.: The world of emotions is not two-dimensional. Psychological Science 18(12), 1050–1057 (2007)33.Cochrane, T.: Eight dimensions for the emotions. Social Science Information 48(3), 379–420 (2009)34.Lazarus, R.: Emotion and Adaptation. Oxford University Press, New York (1991)35.Lewis, M.: Self-conscious emotions: Embarrassment, pride, shame, and guilt. In: Handbook of Cognition and Emotion, vol. 2, pp. 623–636. Guilford Press (2000)36.Scherer, K., Shorr, A., Johnstone, T.: Appraisal Processes in Emotion: Theory, Methods, Research. Oxford University Press, Canary (2001)37.Tracy, J., Robins, R., Tangney, J.: The Self-Conscious Emotions: Theory and Research. The Guilford Press (2007)38.Ma, C., Osherenko, A., Prendinger, H., Ishizuka, M.: A chat system based on emotion estimation from text and embodied conversational messengers. In: Int’l Conf. Active Media Technology, pp. 546–548 (2005)39.Alm, C., Roth, D., Sproat, R.: Emotions from text: Machine learning for text-based emotion prediction. In: HLT/EMNLP, pp. 347–354 (2005)40.Lin, W., Wilson, T., Wiebe, J., Hauptmann, A.: Which side are you on? identifying perspectives at the document and sentence levels. In: Conference on Natural Language Learning, pp. 109–116 (2006)41.D’Mello, S., Craig, S., Sullins, J., Graesser, A.: Predicting affective states expressed through an emote-aloud procedure from autotutor’s mixed-initiative dialogue. Int’l J. Artificial Intelligence in Education 16, 3–28 (2006)42.Danisman, T., Alpkocak, A.: Feeler: Emotion classification of text using vector space model. In: AISB (2008)43.Strapparava, C., Mihalcea, R.: Learning to identify emotions in text. In: ACM Symp. Applied Computing, pp. 1556–1560 (2008)44.D’Mello, S., Dowell, N., Graesser, A.: Cohesion relationships in tutorial dialogue as predictors of affective states. In: Proceeedings of Conf. Artificial Intelligence in Education, pp. 9–16 (2009)45.Grassi, M., Cambria, E., Hussain, A., Piazza, F.: Sentic web: A new paradigm for managing social media affective information. Cognitive Computation 3(3), 480–489 (2011)46.Zeki, S., Romaya, J.: Neural correlates of hate. PloS One 3(10), 35–56 (2008)47.Cahill, L., McGaugh, J.: A novel demonstration of enhanced memory associated with emotional arousal. Consciousness and Cognition 4(4), 410–421 (1995)48.Bradford Cannon, W.: Bodily Changes in Pain, Hunger, Fear and Rage: An Account of Recent Researches into the Function of Emotional Excitement. Appleton Century Crofts (1915)49.Barrett, L.: Solving the emotion paradox: Categorization and the experience of emotion. Personality and Social Psychology Review 10(1), 20–46 (2006)50.Krumhuber, E., Kappas, A.: Moving smiles: The role of dynamic components for the perception of the genuineness of smiles. Journal of Nonverbal Behavior 29(1), 3–24 (2005)51.Lewis, M., Granic, I.: Emotion, Development, and Self-Organization: Dynamic Systems Approaches to Emotional Development. Cambridge University Press (2002)52.Csikszentmihalyi, M.: Flow: The Psychology of Optimal Experience. Harper Perennial (1991)53.Minsky, M.: The Society of Mind. Simon and Schuster, New York (1986) About this paper Cite this paper as: Cambria E., Livingstone A., Hussain A. (2012) The Hourglass of Emotions. In: Esposito A., Esposito A.M., Vinciarelli A., Hoffmann R., Müller V.C. (eds) Cognitive Behavioural Systems. Lecture Notes in Computer Science, vol 7403. Springer, Berlin, Heidelberg Publisher Name Springer, Berlin, Heidelberg Print ISBN 978-3-642-34583-8 Online ISBN 978-3-642-34584-5 eBook Packages Computer Science The Hourglass of Emotions See also:

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