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Dark Matter Quotes

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Dark Matter Quotes

“Kuna mambo yanatokea hapa ulimwenguni ambayo yanafanya nikiri uwepo wa Mungu kwa asilimia kubwa. Wanasayansi wanasema ulimwengu ulianzishwa na mlipuko wa ‘Big Bang’, uliotokea takribani miaka bilioni 14 iliyopita, kutoka katika kitu kidogo zaidi kuliko ncha ya sindano, lakini hawatuambii nini kilisababisha mlipuko huo utokee au hicho kitu kidogo kuliko ncha ya sindano kilitoka au kilikuwa wapi. Wanaendelea kusema kuwa baada ya ‘Big Bang’ kutakuwepo na ‘Big Crunch’, ambapo ulimwengu utarudia hali yake ya awali ya udogo kuliko ncha ya sindano, na kila kitu kinachoonekana leo ulimwenguni hakitaonekana tena. Hapo sasa ndipo utata unapokuja. Mlipuko wa ‘Big Bang’ ulipotokea ulimwengu ulilipuka na kusambaa pande zote nne za ulimwengu kwa mwendokasi wa zaidi ya kilometa milioni 2 kwa saa, mpaka hivi leo unavyoonekana na bado unaendelea kusambaa. Kutokana na dhana ya ‘Big Crunch’, wanasayansi wanaamini ulimwengu utapanuka ila baadaye utapungua mwendo na utarudi mwanzo kabisa mahali ulipolipukia. Lakini mwaka 1995 wanasayansi hao hao waligundua kitu. Ulimwengu – badala ya kupungua mwendo wa kupanuka kama wanasayansi walivyokuwa wakitabiri – sasa unaongeza mwendo, tena kwa mwendokasi ambao haujawahi kutokea. Hiki ni nini kinachosababisha ulimwengu uongeze mwendokasi kiasi hicho badala ya kuupunguza? Hicho ni nini ambacho ulimwengu unapanukia? Wanasayansi hawana jibu. Wanasingizia kitu kinaitwa ‘dark matter’, maada ambayo haijawahi kuonekana, kwamba ndicho kinachosababisha ulimwengu uongeze mwendokasi kwa kiwango hicho ambacho hakijawahi kutokea; na hicho ambacho ulimwengu unapanukia wanahisi ulimwengu wetu unapanukia katika ulimwengu mwingine, kwa mujibu wa dhana nyingine kabisa iitwayo ‘multiverse’ au ‘meta-universe’. Kuna kitu kinaitwa ‘Higgs boson’ – chembe ndogo inayosemekana kuhusika na uzito (‘mass’) wa chembe ndogo 16 zilizomo ndani ya atomu, kasoro chembe ya mwanga, iliyopotea mara tu baada ya mlipuko wa ulimwengu wa ‘Big Bang’ miaka bilioni 13.7 iliyopita katika kipindi kilichoitwa ‘epoch’ – ambayo ilianza kutafutwa katika maabara za CERN, Uswisi, toka mwaka 1964, maabara ambazo kazi yake kubwa ni kutengeneza mazingira ya mwanzo kabisa ya mlipuko wa ‘Big Bang’, kusudi wanasayansi waone kama wanaweza kubahatisha kuiona na kuidhibiti hiyo bosoni. Bosoni itakapopatikana wanasayansi watajua siri ya ‘dark matter’, watajua jinsi ulimwengu unavyofanya kazi na jinsi ulivyoumbwa na jibu la kitendawili cha ‘Standard Model’ litapatikana. Hiyo ni kazi ngumu. Ndiyo maana ‘Higgs boson’ mwaka 1993 iliitwa ‘The God Particle’. Yaani, wanasayansi wanahisi kuna muujiza wa Kimungu na huenda wasiipate kabisa hiyo bosoni. Wanasema waliipata mwaka 2013. Lakini hiyo waliyoipata bado ina utata. Kutokana na kushindwa huko kwa sayansi na historia, kutokana na kushindwa kwa sayansi kutengeneza binadamu au mnyama, kutokana na miujiza iliyorekodiwa katika vitabu vitakatifu; naamini, Mungu yupo.”

“Wanasayansi wana uwezo wa kupeleleza hadi kipindi cha karne ya kwanza ambapo Yesu aliishi, alikufa, alifufuka na alipaa kwenda mbinguni, na wana uwezo wa kujua mambo mengi kwa hakika yaliyofanyika katika kipindi hicho na hata katika kipindi cha kabla ya hapo. Kuna miujiza ambayo Yesu aliifanya ambayo haiko ndani ya Biblia. Kwa mfano, Biblia inasema Yesu alizaliwa ndani ya zizi la ng’ombe wakati sayansi inasema alizaliwa nje ya zizi la ng’ombe; na muujiza wa kwanza kuufanya ambao hauko ndani ya Biblia ni kutembea mara tu baada ya kuzaliwa, na watu na ndege wa angani kuganda kabla ya kuzaliwa Masihi na kabla ya wakunga kufika kumsaidia Maria Magdalena kujifungua. Akiwa na umri wa miaka sita, sayansi inasema, Yesu alikuwa akicheza na mtoto mwenzake juu ya paa la nyumba ya jirani na mara Yesu akamsukuma mwenzake kutoka juu hadi chini na mwenzake huyo akafariki papo hapo. Watu walipomsonga sana Yesu kwa kumtuhumu kuwa yeye ndiye aliyesababisha kifo cha mwenzake, na kwamba wangemfungulia mashtaka, Yesu alikataa katakata kuhusika na kifo hicho. Lakini walipozidi kumsonga, aliusogelea mwili wa rafiki yake kisha akamwita na kumwambia asimame. Yule mtoto alisimama! Huo ukawa muujiza mkubwa wa kwanza wa Yesu Kristo, kufufua mtu nje ya maandiko matakatifu. Kuna mifano mingi inayodhihirisha uwepo wa Mungu ambayo wanasayansi hawawezi hata kuipatia majibu. Tukio la Yoshua kusimamisha jua limewashangaza wanasayansi hadi nyakati za leo. Mwanzoni mwa miaka ya 70 wanasayansi walijaribu kurudisha muda nyuma kwa kompyuta kuona kama kweli wangekuta takribani siku moja imepotea kama ilivyorekodiwa katika Biblia. Cha kushangaza, cha kushangaza mno, walikuta saa 23 na dakika 20 zimepotea katika mazingira ambayo hawakuweza na hawataweza kuyaelewa. Walipochunguza vizuri walikuta ni kipindi cha miaka ya 1500 KK (Jumanne tarehe 22 Julai) ambacho ndicho tukio la Yoshua la kusimamisha jua na kusogeza mwezi nyuma digrii 10, ambazo ni sawa na mzunguko wa dakika 40, lilipotokea. Kwa kutumia elimu ya wendo, elimu ya kupanga miaka na matukio ya Kibiblia, dunia iliumbwa Jumapili tarehe 22 Septemba mwaka 4000 KK. Hata hivyo, mahesabu ya kalenda yanaonyesha kuwa Septemba 22 ilikuwa Jumatatu (si Jumapili) na kwamba kosa hilo labda lilisababishwa na siku ya Yoshua iliyopotea. Hayo yote ni kwa mujibu wa Profesa C. A. Totten, wa Chuo Kikuu cha Yale, katika kitabu chake cha ‘Joshua’s Long Day and the Dial of Ahaz: A Scientific Vindication and a Midnight Cry’ kilichochapishwa mwaka 1890. Kama hakuna Mungu iliwezekanaje Yoshua aombe jua lisimame na jua likasimama kweli? Iliwezekanaje Yesu aseme atakufa, atafufuka na atapaa kwenda mbinguni na kweli ikatokea kama alivyosema? Ndani ya Biblia kuna tabiri 333 zilizotabiri maisha yote ya Yesu Kristo hapa duniani na zote zilitimia – bila kupungua hata moja. Utasemaje hapo hakuna Mungu? Mungu yupo, naamini, sijui. Tukio la Yesu kufa, kufufuka na kupaa kwenda mbinguni si la vitabu vitakatifu pekee, hata sayansi inakubaliana na hilo.”

“Even today, more than eighty years after Oort's bold guess, we still don't have a clue what this dark matter is made of. We know it exists. We know where it is. We have maps of its presence within and around galaxies throughout the universe. We even have stringent constraints on what it is not, but we have no clue what it is. And yes, its presence is overwhelming: for every one kilogram of ordinary matter made out of neutrons and protons and electrons, there are five kilograms of dark matter, made out of who-knows-what.”

“If we imagined “space” before any universe came into Being, there would be only an absolute vacuum. Absolute vacuum is not “contaminated” by anything; no matter, no energy, everything is pure because only nothing can be completely pure. Primordial vacuum, as we know, is not space because where every imaginary point is the same, there is no point and no distance from anything to anything; this means there is only a zero.”

“If this something is only the Universe we are able and capable of experiencing, or if we imagine the Universe, which is, most likely, the real, much bigger one, the space would still bear the characteristics and “colors” of the one we can experience. Beyond this realm, there would be no other point of reference (Universe), and this Universe would be only a speck in the realm of nothingness. Even if this Universe emanates some of its fundamental forces into the realm of nothingness, this would still be of minimal reach regarding the potential “vastness” of “space” (vacuum) outside that universe. With one Universe like this, there would still be no distance between it and anything else and outside of it (or, precisely, after some point outside of it); time and space, as we understand them, would not exist.”

“Regardless of how far or how close any hypothetical point in space and time would be, it would still be the same point because nothingness is the same everywhere. The only point of nothingness is nothingness itself. There is no real space beyond nothingness and no real-time. The only way for nothingness to “survive” or “outlive” its nothingness is to live with the Being and move into the Being. The symbiosis of the Being with the Nonbeing is the source of life and space and time (space-time continuum).”

“If there is only one small Universe, as ours is, in comparison to the vast potential of the Being and the Nonbeing, then this Universe would be smaller, in comparison to this potential, than quark is in comparison to our Universe. At this point, we will bring in Einstein’s Cosmological Constant (“biggest blunder”) to clarify and present this idea within the context of dark energy and the Macro-Universe.”

“Suppose we use cosmological constant interchangeably with dark energy. That leads us to conclude that this kind of a universe, like our own if limited to our perception of it, would not be a sound basis for explaining dark energy or cosmological constant within the realm of the Absolute or its potential. The real meaning of the Absolute is not the Absolute itself but its potential. Its potential is both in the Being and in the Nonbeing.”

“Not only the “infinitesimal” Universe like ours (from the point of the Absolute) would not meet the standard of the cosmological constant, it would not explain the dark energy, but it also would not meet the standard of nothingness or the absolute vacuum concerning their potential respectively. Our Universe does not even remotely reach the unlimited potential as one manifestation of the Absolute.”

“There are two absolute potentials of the Absolute: Absolute potential for particular manifestations and absolute potential for infinity. No specific thing can be infinite, and no particular thing can be absolute. Nevertheless, any thing can possess absolute value within and serve the system. The absolute potential is not in its infinity but in its potential for infinity. Within the realm of the Absolute, if we exclude the material universe, there is no space and time, and our concepts of infinity or finitude are mostly related to our view of space-time relations.”

“If there is only one Universe, like ours, it is too small and does not allow for exercising the highest possible, absolute potential at a given moment. For the highest possible absolute potential, viewed through infinity, to be exercised, there must be not only an infinity of possible worlds (universes) at different points (times) but the highest possible number (in this case, quantity is the main quality) of worlds at the same time at any time. Suppose there is no highest possible number of worlds (not only in variations but structurally). Under such conditions, the highest possible potential at any given time would be impossible because the chance, the main source of a potential infinity, would be unable to function and exercise itself to the highest possible potential.”

“Chance is the source of potential infinity and the primary source of real meaning in the manifestation (Universe) of the Absolute. Regardless of the unlimited potential for variations in quantity and quality within one universe as we understand it, such a world would still be limited in its manifestation and meaning if it were not a part of the Omniverse.”

“The visible universe contains only 5% of visible matter, whereas dark matter constitutes 27%, and 68% is dark energy. According to some scientists, dark matter may be in other dimensions. This idea is compatible with my idea of an Omniverse, although a Multiverse does not need to be in other dimensions. Nevertheless, such a Multiverse may contain material (perhaps unapproachable by human beings) beyond our imagination.”

“Since scientists have no answer to dark matter (except dark matter filament), the most logical explanation is that it is invisible. Some questions remain: 1. Can matter be invisible (or imperceptible by our senses and instruments)? 2. Even if matter could be theoretically invisible, is it possible that such a vast amount of matter, like dark matter, would escape all our knowledge and existing laws of physics and be unidentified until recently but wholly invisible and beyond our reach? 3. If dark matter is imperceptible, what makes it imperceptible? 4. Is it potentially perceptible but not perceptible to us as human beings? 5. Is there anything that would still avoid perception even if we possessed the absolute perceptive ability or technology with these abilities? 6. Or, is dark matter our way of explaining the unexplainable and offering a linguistic form to unknown phenomena? 7. Or, is it our inability to go beyond the spectrum, outside the existing frames, and try to decipher the unknown beyond the known frame of reality or what we see and understand as reality and the Universe? The answer to the first question is known; even atoms are invisible not only to the eyes but to microscopes. It is, therefore, theoretically possible that matter can be hidden and imperceptible. Still, it is hard to imagine that vast amounts of the mass of the Universe would stay unaccounted for within the realm of already advanced understanding of the laws of physics, instruments, and experiments. It would be possible to prove mathematically, based on what we already know about the Universe, the mass, the dispersion of energy and mass, and by these comparisons to conclude, without the CERN accelerator, that this is, most likely, impossible. This was a short answer to the second question. The third question is important because it would lead scientists in the right direction by avoiding the possible net of perplexed ideas. If we have already established that something exists, it would be better to define it as precisely as possible to avoid guessing only. In addition, how do we guess? We do not know anything about its nature, origin, or how it came into existence except that we came to this discovery almost accidentally by pure and relatively simple measurements and experiments. But what about us? How do we think? What methods do we use in experiments and the way we think? The answer to these questions could lead to better discoveries than only focusing on something we do not know and, even worse if we do not know where to look for it. Based on an accidental discovery, it is a good start to conclude that there is more mass in the Universe than can be detected. Still, it would be better and more productive to go beyond the Universe as we see it, beyond our existing knowledge and perception, not toward the stars we already know but toward another bottomless sky of darkness and the unknown. Although light is the source of life, darkness is also the source of light and life. Maybe the brightest “star” sleeps in the darkness and feeds the world from darkness. Is there only one Universe? If we start from the premise of the Big Bang theory, it would be logical to ask why there is only one Big Bang. It is easy to conclude that if there is a Big Bang at one point in “space” (nothingness), there can be another one at another “point,” past or future, although this may sound strange.”

“The source of 68% of the mass-energy density is dark energy. The Universe is one, even if we use the word Multiverse. If it is not one, then it is not a Universe. If what we understand as the Universe is not one, it does not mean that there are multiple universes but that our ideas about the Universe may need to be corrected or that they do not quite correctly represent reality. If this is the case, we should adapt the language to reality, not the reality to language.”

“If we accept a Big Bang (although our view would be the same regardless of this premise), we must accept the possibility of multiple Big Bangs anywhere else. We can imagine many more (some even bigger) Big Bangs and “universes” (like our own) than there are galaxies in our Universe. Now, we will name this Universe, containing all others, Omniverse (Omni-Universe) or Macro Universe. Dark energy is the “unmeasurable” energy of the Omniverse (Macro Universe).”

“To escape the throngs, we decided to see the new Neil Degrasse Tyson planetarium show, Dark Universe. It costs more than two movie tickets and is less than thirty minutes long, but still I want to go back and see it again, preferably as soon as possible. It was more visually stunning than any Hollywood special effect I’d ever seen, making our smallness as individuals both staggering and - strangely - rather comforting. Only five percent of the universe consists of ordinary matter, Neil tells us. That includes all matter - you, and me, and the body of Michael Brown, and Mork’s rainbow suspenders, and the letters I wrote all summer, and the air conditioner I put out on the curb on Christmas Day because I was tired of looking at it and being reminded of the person who had installed it, and my sad dying computer that sounds like a swarm of bees when it gets too hot, and the fields of Point Reyes, and this year’s blossoms which are dust now, and the drafts of my book, and Israeli tanks, and the untaxed cigarettes that Eric Garner sold, and my father’s ill-fitting leg brace that did not accomplish what he’d hoped for in terms of restoring mobility, and the Denver airport, and haunting sperm whales that sleep vertically, and the water they sleep in, and Mars and Jupiter and all of the stars we see and all of the ones we don’t. That’s all regular matter, just five percent. A quarter is “dark matter,” which is invisible and detectable only by gravitational pull, and a whopping 70 percent of the universe is made up of “dark energy,” described as a cosmic antigravity, as yet totally unknowable. It’s basically all mystery out there - all of it, with just this one sliver of knowable, livable, finite light and life. And did I mention the effects were really cool? After seeing something like that it’s hard to stay mad at anyone, even yourself.”

“Everything in all manifested universes is composed of strings. They are created immediately after a Big Bang and they rapidly multiply like viruses or bacteria until they are brought under the control by dark matter and dark energy.”

“Science used to claim it understood the universe fairly well. Now it says that 95% of the universe is unknown to science. Anyone who scored 5% in a science exam would not be allowed to do science. Yet worshippers of scientism believe they are permitted to pontificate on the nature of reality despite being a 95% epic fail. They literally don’t know anything. Even their 5% of supposed knowledge is absurd since the remaining 95% is exceptionally unlikely to offer a defense of the 5%. Science – the Swiss Cheese System. It’s full of holes. It’s springing leaks everywhere. The rats are jumping off the sinking ship.”

“Dark matter and dark energy make up 96 percent of the universe. And: The sun doesn’t rise, the Earth just spins. And: When we breathe, we are breathing in the very same molecules our dead ancestors did. And: One day the sun will obliterate the Earth and all life here will be gone forever. And: Everything you know and will ever know is housed in three pounds of tissue, isolated from the world. And: Color doesn’t even really exist, it’s just how you perceive wavelengths of light; color is all in your head. Or: There are more atoms in my eye than there are stars in the known universe.”

“About the book of Job: If it were today, God might be asking "How does DNA carry traits? How are instincts passed on in animals? How does consciousness arise in the human body and brain, and what is consciousness? What is dark matter? How did the big bang happen? Why does the speed of light appear to be absolute? Is cold fusion possible? How do you program a TV remote control?”

“Terrifying. . . . A Dark Matter is populated with vivid, sympathetic characters, and driven by terrors both human and supernatural. It's the kind of book that's impossible to put down once it has been picked up. It kept me reading far into the night. Straub builds otherworldly terror without ever losing touch with his attractive cast of youngsters, who age beautifully. Put this one high on your list.”

“I've been reading Peter Straub since I was a teenager, and his work is hardwired into my brain. A Dark Matter contains echoes of all that has been great about Straub's previous work and builds upon it. This Rashomon-like tale is as spooky and frightening as anything he has written, but it's also an intense and moving celebration of love. Out of the darkness comes, ultimately, a surprising and haunting sense of joy.”

“The Hubbell space telescope, it's first year up after they fixed it, categorized and counted 500 billion galaxies in any one photograph field of view of dark matter. That's like grains of sand at the beach and you've just got a handful. It's massive amounts. I'm sure that of all of the galaxies, and I'm sure the universe is teeming with life.”