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#semiclassical
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नृत्य 🦚 . . . #dance #kehnahikya #illustratrice #indiandancer #semiclassical #dancersofinstagram #indianclassicaldance #bollywoodtag #dancecover #womenofillustration #indianartists (at Mumbai, Maharashtra) https://www.instagram.com/p/Cjp3ej8hYP3/?igshid=NGJjMDIxMWI=
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oilofdog · 2 years
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Richard prepares to retire to his bachelor pad in anticipation of this bizarre collection of #NotSoEasyListening #MoodMusic #Semiclassical #BeautifulMusic #ElevatorMusic #Muzak. #Tonight #Sunday and next #Saturday on #OILOFDOG with #GaryStorm on #LKCB streaming at www.lkcb.ca at 8:00 PM Eastern Time. #Music #Radio #Records #Vinyl #CompactDiscs #Cat #Kitty https://www.instagram.com/p/Ch0j3IBrq7K/?igshid=NGJjMDIxMWI=
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passiontalkies · 2 years
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Be courageous❤️❤️❤️❤️❤️ @sindhu7849 @mvmorningmovie @niteshmanchekar #shutterstore #morningmovie #classicalmusic #narthanam #photography #kathakdancers #dancing #artistsoninstagram #bollywood #dancersofindia #kathakali #dancelover #dancelove #classicaldancersofinstagram #kathaklove #semiclassical #instagram #indiandancer #indianculture #kerala #ballet #indiandancers #instagood #bollywooddance #choreography #dancerlife #odissidance #indianclassicaldancer #dancerslife #dancecover (at Cidco Exhibition Centre) https://www.instagram.com/p/CfADYzlqTmJ/?igshid=NGJjMDIxMWI=
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w1yhc3vzbq · 1 year
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aspaceinthecosmos · 3 months
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Hello hello! I was wondering if you could explain to me about black stars? (Sorry if this comes off as bossy!) It's just that I read in a book that they're the stars that are on the brink of dying and someone else (whom I do not think is that much of a reliable source) says they don't exist or that they're black holes, I would not be inclined to believe them, but books *do* get outdated so.. thank you so much if you can satiate my curiosity!
hello anon! i’d never heard of black stars before, so i did a bit of research. something important to note with this information is that i couldn’t find an article or study more recent than 2013, and with how fast astrophysics and cosmology have been changing, it’s likely that these are out of date, so take everything stated here with a grain of salt.
from my understanding, black stars are a theoretical alternative to black holes, utilizing semiclassical general relativity, as opposed to classical general relativity which says that black holes should exist.
the main study i was reading had a bunch of jargon i couldn’t fully understand, but seemingly, the main difference between black stars and black holes are that black stars don’t have to have an event horizon (in a black hole, the event horizon is the “point of no return,” or the point at which the escape velocity is so high it surpasses the speed of light).
another thing i read was that black stars don’t/wouldn’t have a singularity. this would be caused by quantum processes within the star creating degeneracy pressure (think: pressure between subatomic particles), which would prevent the particles within the star from occupying the same point in space and forming a singularity. this lack of a singularity would make it so light can escape the black star, but would be extremely warped and redshifted. this would solve the question of how information can be destroyed in black holes, but again, is very theoretical.
black stars could also be an in-between phase between a red supergiant and it’s collapse into singularity (forming a black hole), which may have been what you were referring to by saying “stars on the brink of dying.”
i would, however, take this all with a grain of salt as i mentioned earlier. these studies are from over 10 years ago, and a lot has changed since then (including actually imaging black holes!), which, as black stars seem to be an alternative to black holes given some inconsistencies in our knowledge, the fact that we’ve imaged black holes makes it more unlikely that they’re real.
i hope that answered your question, if not, feel free to comment or send another ask :)
sources:
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sklogw · 11 months
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just saw a guy with a shirt that said i <3 quantum mechanics but instead of a heart it was. bohr's planetary atom. ya know. a semiclassical model
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pdfelite-store · 8 days
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[PDF] Reviews in Computational Chemistry, Volume 27 This volume, like those prior to it, fea... https://pdfelite.com/product/pdf-reviews-in-computational-chemistry-volume-27/?feed_id=12750&_unique_id=66328fab0c432
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one energy eigenstate of a quantum system to a group of energy eigenstates in a continuum, as a result of a weak perturbation. This transition rate is effectively independent of time (so long as the strength of the perturbation is independent of time) and is proportional to the strength of the coupling between the initial and final states of the system (described by the square of the matrix element of the perturbation) as well as the density of states. It is also applicable when the final state is discrete, i.e. it is not part of a continuum, if there is some decoherence in the process, like relaxation or collision of the atoms, or like noise in the perturbation, in which case the density of states is replaced by the reciprocal of the decoherence bandwidth.
Only the magnitude of the matrix element enters the Fermi's golden rule. The phase of this matrix element, however, contains separate information about the transition process. It appears in expressions that complement the golden rule in the semiclassical Boltzmann equation approach to electron transport.[9]
While the Golden rule is commonly stated and derived in the terms above, the final state (continuum) wave function is often rather vaguely described, and not normalized correctly (and the normalisation is used in the derivation). The problem is that in order to produce a continuum there can be no spatial confinement (which would necessarily discretise the spectrum), and therefore the continuum wave functions must have infinite extent, and in turn this means that the normalisation
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robotpoetry · 1 year
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SMALL
"Small"
The Sun Is Here Z.
Calls Himself A Song About A Gretzky
Eye Could Scarcely Cry Proximal
Trembling Woman Presse With Their Semiclassical
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Full Of Mortal Birth Must Be Tike
Thee To His Work They Teich
To Pray All Our Table With Lee
Souls To Bear To The Church Devotee
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Physical Chemistry
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jjslimz · 1 year
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averycanadianfilm · 1 year
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Traversable wormhole dynamics on a quantum processor - Galina Weinstein - Mon, 9 Jan 2023
Scientific explanation is not truth
We usually proceed from the success of an experiment to the conclusion that our explanation is likely to be approximately true, or true. We think that if an explanation is the best among the competing explanations of the experiment, then it is probably true. But it should be stressed that the fit between the simplified SYK model and the explanation in terms of an emergent wormhole does not mean that the latter explanation is literally true. Neither does it mean that holographic wormholes exist or that they are real. What is meant by saying that this explanation is the simplest among the other hypotheses is mainly that, it is the best fit for the experimental setup, and that holographic teleportation fits the teleportation mechanism at the basis of the said experiment.
The point is that according to the ER = EPR hypothesis, the gravity picture is equivalent to the quantum information picture, and ”The traversable wormhole expressed as a quantum circuit, equivalent to the gravitational picture in the semiclassical limit of an infinite number of qubits” [6]. But although the analogy between the experimental setup and the emergent geometry is suggestive, it does not follow from the experiment that the wormhole gravitational picture is real. We can only say that teleportation-by-size is the hypothesis that explains the experiment best. This is so even if it explains the evidence. ”Truth” requires a step beyond the judgment that the holographic wormhole hypothesis fits the experimental setup and the data and is better than all of its rivals.
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cravenmerrill81 · 1 year
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What's the outcome of outdoors IPOM vs . sublay strategy within the treatments for bigger incisional hernias?: A propensity score-matched assessment involving 9091 individuals from the Herniamed Computer registry.
Right after Five, Something like 20, Forty five and 2 months associated with improved intraocular force, distinct retinal cell sorts ended up determined and/or quantified simply by immunohistochemistry with regard to proteins kinase D alpha, glial fibrillary acid health proteins, parvalbumin and calretinin. Apoptotic cellular material have been identified by TUNEL and also cleaved caspase-3 immunohistochemistry. Results: Elevations within intraocular strain inside the range 22-30 mmHg had been developed along with sustained inside rodents for up to Sixty days. Health proteins kinase Chemical alpha immunoreactivity localized to the illness tissues was unchanged. We seen an immediate boost in glial fibrillary acidic necessary protein appearance within Muller tissues plus a progressive loss in parvalbumin-labelled ganglion tissue. Soon after Sixty days involving raised intraocular stress, calretinin-immunoreactive mobile matters decreased simply by Fityfive.4% and Fouthy-six.4% inside the interior fischer and ganglion mobile or portable levels, respectively. Nonetheless, at all time factors examined, the particular indicators of cell dying ended up just seen in the particular ganglion mobile or portable layer, not in the internal fischer layer. Conclusions: Together with ganglion mobile or portable loss of life along with reactive Muller cell changes, long-term fresh level associated with intraocular strain modifies calcium-binding health proteins immunohistochemistry in amacrine cellular material. Nonetheless, these modifications usually are not an indication of amacrine cell decline but will signify early indicators associated with mobile hardship in which precede physiological disorder as well as mobile or portable death.The particular Aharonov-Bohm (Stomach) effect in the photodetachment microscopy from the H- ions in a electric powered industry continues to be researched judging by your semiclassical theory. Following the H- ion is drawn with a laser beam gentle, they offer a new defined electron origin. When the separate electron will be accelerated by the standard electric powered discipline, 2 trajectories of an indifferent electron which in turn run in the source to the very same level on the detector, will hinder one another and also lead to an disturbance structure in the photodetachment microscopy. After the solenoid is actually electrified alongside the H- ion, despite the fact that absolutely no Lorentz force operates around the electron away from solenoid, the particular photodetachment microscopy disturbance structure on the detector is changed using the variation within the permanent magnetic flux surrounded from the solenoid. This can be caused by the particular Abdominal result. Under certain conditions, the interference pattern gets to the particular macroscopic sizes and is observed in a direct Stomach result research. The examine provides several estimations money for hard times trial and error research from the AB result from the photodetachment microscopy associated with damaging ions.Undesirable reaction to material debris (ARMD) involving the stylish combined offers emerged as an essential reason behind failure and revision amongst people using metal-on-metal (Mother) hip arthroplasty. Towards the authors' knowledge, there are no accounts regarding adverse radiographic sequelae from the increased trochanter succeeding version RepSox clinical trial for ARMD. Your authors identify medical and radiographic findings by 50 % patients whom developed better trochanteric fragmentation 1 to 2 many years after transformation of the failed Mum body for you to polyethylene bearings. Equally people acquired strong pseudotumors along with tissue necrosis. Numerous reviews identify a variety of specialized medical features of ARMD. Though very poor outcomes have been demonstrated after some Mother changes, to the authors' information, simply no studies report higher trochanter fragmentation in ARMD. The actual patients high light the fact injury happening using MOM having sides could require bone tissue together with gentle muscle even though a pseudotumor may be taken off and serum material quantities possess diminished to normal quantities right after modification.
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quantumtimemeasure · 1 year
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The Einstein photoelectric condition ℏω>E0 , implying a minimum threshold frequency for photoemission, emerges naturally even from a semiclassical analysis, without explicit introduction of the photon concept.
https://books.google.co.jp/books?id=dVYhAwAAQBAJ&pg=PA444&lpg=PA444&dq=The+Einstein+photoelectric+condition+,+implying+a+minimum+threshold+frequency+for+photoemission,+emerges+naturally+even+from+a+semiclassical+analysis,+without+explicit+introduction+of+the+photon+concept.&source=bl&ots=prXYeKW8Pr&sig=ACfU3U2nPkHrdMltEp-PY7ytfPycaptKPQ&hl=en&sa=X&ved=2ahUKEwjo_diFyJH8AhVKD94KHX16D18Q6AF6BAgzEAM#v=onepage&q=The%20Einstein%20photoelectric%20condition%20%2C%20implying%20a%20minimum%20threshold%20frequency%20for%20photoemission%2C%20emerges%20naturally%20even%20from%20a%20semiclassical%20analysis%2C%20without%20explicit%20introduction%20of%20the%20photon%20concept.&f=false
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Make your event special by having @ambarsariyarockstar_official in your event with his band members as it is the only band in @dubai who play music to soothe your soul and put your steps up for dance... . . . Having 13+ years of experience and performed both at national & international platforms... . . . Functions we deal with := #liveconcerts #clubs #cafes #collegefest #pubs #wedding #houseparty #babyshower #exhibitionevents #sangeet #dholnight #engagement #reception & many more... . . . Genres we play := #bollywood #pollywood #sufi #pop #retro #punjabi #rock #classicalrock #ghazals #semiclassical #contemporary etc (at Dubai, United Arab Emirates) https://www.instagram.com/p/CmR__xKyKSl/?igshid=NGJjMDIxMWI=
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nehapakira10 · 2 years
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Top 10 trending dance forms in 2022
Dance is the best way to express your feelings and emotions. It also shows the reflection of our culture. In this world, there are so many cultures and religions, and every culture has its different types of dance forms. Some people dance for a different purpose, some of them dance for passion, some for entertainment, and some dance to be fit and as well a profession. Dance is a type of art that generally involves the movement of your body. Dance is a rhythmic movement where we take steps according to the rhythm. All dance forms have their way to express emotions. And in dance, we have to follow a single tune and rhythm of a song. To follow, some rules anyone can dance. I’ve listed out some dance forms which are trending all over the world in 2022.
Contemporary
Kathak
Semiclassical
Bharatnatyam
Hip-hop
Salsa
Belly dance
Breakdance
Ballet dance
Zumba dance
To know more about dance forms and choreography visit taalnbeats.com
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