#nrlv

[bisexualgoth]

[heartstoppermybeloved]

Kit Connor best pictures😍 | Nick and Charlie | heartstopper #kitconnor #heartstopper heartstopper #aliceoseman #Netflix #Nick #Charlie #Heartstopper #heartstopper2 #nick&charlie #charliespring #joelocke ... via YouTube https://www.youtube.com/watch?v=dk-nRLv-0oM

[evaruths]

What I like about Kale: Kale is very high in nutrients and very low in calories, making it one of the most nutrient-dense foods on the planet. Who doesn’t want more nutrients in there diet! #eatmorekale . #gettingbettereveryday #fightforyourlife #trynewfoods #wholeplanetbased #gfdiet #celiacdiet #halalcertified #puresafeandbeneficial #glutenfreediet #glutenfree #30daystohealthyliving #whatthehealth #dairyfree #vegan #soyfree #eatmoregreens #freefrom #whatweputinourbodymatters #recalibrateyourbody #recalibrate #heathlygut #Embracingcshange #healthmovement #eatingwellglutenfree #bewellbestrong #veganhustle #theveganvibe I https://www.instagram.com/p/CFZf-u-nRlv/?igshid=et4enr13o8rl

[cesarspeed]

Patojos en el 2035 #elrincondelcesar https://www.instagram.com/p/CDype7-nrLv/?igshid=olnyqeq8hjwt

[only1scoobydoosworld]

The wipe down for spring was coming anyway... might as well comply (at Coatrackrecords2020) https://www.instagram.com/p/B92HqD-nRlv/?igshid=2tkbatfxhr2v

[misternizz]

Elvis lives! At the Darlington House #elvispresley #happybirthday (at The Darlington House) https://www.instagram.com/p/B7NRkg-nrlv/?igshid=uuvixippz9mf

[didanawisgi]

Researchers blur the line between classical and quantum physics by connecting chaos and entanglementJuly 12, 2016 by Sonia Fernandez

Using a small quantum system consisting of three superconducting qubits, researchers at UC Santa Barbara and Google have uncovered a link between aspects of classical and quantum physics thought to be unrelated: classical chaos and quantum entanglement. Their findings suggest that it would be possible to use controllable quantum systems to investigate certain fundamental aspects of nature.

"It's kind of surprising because chaos is this totally classical concept—there's no idea of chaos in a quantum system," Charles Neill, a researcher in the UCSB Department of Physics and lead author of a paper that appears in Nature Physics. "Similarly, there's no concept of entanglement within classical systems. And yet it turns out that chaos and entanglement are really very strongly and clearly related."

Initiated in the 15th century, classical physics generally examines and describes systems larger than atoms and molecules. It consists of hundreds of years' worth of study including Newton's laws of motion, electrodynamics, relativity, thermodynamics as well as chaos theory—the field that studies the behavior of highly sensitive and unpredictable systems. One classic example of chaos theory is the weather, in which a relatively small change in one part of the system is enough to foil predictions—and vacation plans—anywhere on the globe.

At smaller size and length scales in nature, however, such as those involving atoms and photons and their behaviors, classical physics falls short. In the early 20th century quantum physics emerged, with its seemingly counterintuitive and sometimes controversial science, including the notions of superposition (the theory that a particle can be located in several places at once) and entanglement (particles that are deeply linked behave as such despite physical distance from one another).

And so began the continuing search for connections between the two fields.

All systems are fundamentally quantum systems, according Neill, but the means of describing in a quantum sense the chaotic behavior of, say, air molecules in an evacuated room, remains limited.

Imagine taking a balloon full of air molecules, somehow tagging them so you could see them and then releasing them into a room with no air molecules, noted co-author and UCSB/Google researcher Pedram Roushan. One possible outcome is that the air molecules remain clumped together in a little cloud following the same trajectory around the room. And yet, he continued, as we can probably intuit, the molecules will more likely take off in a variety of velocities and directions, bouncing off walls and interacting with each other, resting after the room is sufficiently saturated with them.

"The underlying physics is chaos, essentially," he said. The molecules coming to rest—at least on the macroscopic level—is the result of thermalization, or of reaching equilibrium after they have achieved uniform saturation within the system. But in the infinitesimal world of quantum physics, there is still little to describe that behavior. The mathematics of quantum mechanics, Roushan said, do not allow for the chaos described by Newtonian laws of motion.

To investigate, the researchers devised an experiment using three quantum bits, the basic computational units of the quantum computer. Unlike classical computer bits, which utilize a binary system of two possible states (e.g., zero/one), a qubit can also use a superposition of both states (zero and one) as a single state. Additionally, multiple qubits can entangle, or link so closely that their measurements will automatically correlate. By manipulating these qubits with electronic pulses, Neill caused them to interact, rotate and evolve in the quantum analog of a highly sensitive classical system.

The result is a map of entanglement entropy of a qubit that, over time, comes to strongly resemble that of classical dynamics—the regions of entanglement in the quantum map resemble the regions of chaos on the classical map. The islands of low entanglement in the quantum map are located in the places of low chaos on the classical map.

"There's a very clear connection between entanglement and chaos in these two pictures," said Neill. "And, it turns out that thermalization is the thing that connects chaos and entanglement. It turns out that they are actually the driving forces behind thermalization.

"What we realize is that in almost any quantum system, including on quantum computers, if you just let it evolve and you start to study what happens as a function of time, it's going to thermalize," added Neill, referring to the quantum-level equilibration. "And this really ties together the intuition between classical thermalization and chaos and how it occurs in quantum systems that entangle."

The study's findings have fundamental implications for quantum computing. At the level of three qubits, the computation is relatively simple, said Roushan, but as researchers push to build increasingly sophisticated and powerful quantum computers that incorporate more qubits to study highly complex problems that are beyond the ability of classical computing—such as those in the realms of machine learning, artificial intelligence, fluid dynamics or chemistry—a quantum processor optimized for such calculations will be a very powerful tool.

"It means we can study things that are completely impossible to study right now, once we get to bigger systems," said Neill.

Explore further: Researchers refine method for detecting quantum entanglement

More information: Nature Physics, DOI: 10.1038/nphys3830 , http://www.nature.com/nphys/journal/vaop/ncurrent/full/nphys3830.html

Journal reference: Nature Physics

Provided by: University of California - Santa Barbara

[bilimdehakikatleryergok]

Zaman kristalleri, denge dışı maddenin yepyeni bir manzarası. Normal kristaller, uzayda tekrarlanan atomik bir kafestir, ancak malzemeler zamanla uzayda tekrarlayan atomik bir yapıya sahiplerse, neden zamanda tekrar eden bir yapıya sahip olamazlar? Zaman kristali zaman simetrisine son verir. Sistemde tekrarlar meydana getirir. Termodinamiğin ikinci kanunu, her tersinmez işlem sonucunda evrenin entropisini, yani düzensizliğinin, artacağını söyler. Zamanın yönü böyle oluşur. Zamanın kendisi asimetriktir. Zaman kristalleri termodinamiğin ikinci yasasını ihlal etmese de, fizik yasalarının temel bir simetrisini ihlal ediyor Zaman "tek yönlü" "asimetrik" tersinmezliğin ihlali. Kırık zaman-çeviri simetrisi Entropi dahili tersinmez her unsur düzen içermez düzen oluşturamaz. Düzen için tersinırlik gereklidir Sistem değişime rağmen temelde başlangıçtaki gibi görünüyorsa zamana göre simetri zaman simetrisinden bahsedebiliriz, yani tersinir. Zamana göre simetri zaman simetrisi, yani zamanın akışına göre uzay simetriktir. Uzay ve zaman simetriktir, fizik yasaları, da simetriktir. Yani oluşmuş bir düzen içerir. Sistem periyodik olarak aynı başlangıç durumuna dönebilir düzen oluşur düzenli yapılar oluşur. Doğal işleyişte entropik tersinmez zaman tek yönlü akış asimetrisi altında düzen oluşamaz. Düzeni oluşturan, doğal işleyişin aksi istikametinde uygulanan tersinir sistemler . Öznel bir müdahale bir yaptırım, yasa ve kanunlar düzenlemeler. Yasalar doğal değildir doğaya uygulanır, uygulayan öznenin uygulaması ile tersinir, düzen içeren doğa ve doğal süreçler ortaya çıkar, doğayı yöneten yasalar, doğa yasaları adı verilir. Doğal haline bırakıldığında süreç bozulmaya yıpranmaya parçalanmaya başlar, düzensizliği entropisi artar. Doğanın kendinde barındırdığı, doğanın kendi yasası aslında entropi düzensizlik zamanın tersinmez yönüdür. Bir kristalin termal dengede ısınmadığı, defalarca simetri kırılma durumunda, kristal sistem içinde süresiz olarak kırılabilir. https://futurism.com/loopholes-in-the-laws-of-physics-can-time-crystals-actually-exist/ İyonları dengeden uzak tutmak için, araştırmacılar alternatif olarak bir etkin manyetik alan oluşturmak için bir lazerle atomların spinlerini kısmen çeviren ikinci bir lazerle vurarak, diziyi defalarca tekrar ettiler. Öznel müdahale… Spinler etkileşime girdiğinden, atomlar bir kristal tanımlayan sabit, tekrar eden bir spin çevirme modeli içine yerleşti. https://phys.org/news/2017-01-physicists-unveil-mattertime-crystals.html#nRlv Bilim adamları, sistemlerin zaman kristallerinin karakteristik olduğu ve kendiliğinden kırılan zaman-çeviri simetrisinin göstergesi olduğu periyodik, salınımlı hareketi sergileyeceğini öngörüyor. "zaman-çeviri simetrisi" olarak adlandırılan bu temel simetrinin kendiliğinden gibi doğal süreç içinde sürekli kırılması ve "temel durum" gibi periyodik hareket gösterebileceği de mümkün. https://phys.org/news/2017-01-physicists-unveil-mattertime-crystals.html#jCp Yani her an varlıkta var olmaya devam ederken biz, zamanın akışı dahilinde bir sonraki ve bir sonraki anı yaşıyoruz lakin yaşadıklarımız da kırık zaman-çeviri simetrisi, zaman kristalleri şeklinde varlıkta kalmaya devam ediyor. Zaman kristalleri oluşturmak , öznel müdahale ile mümkün oluveriyor. Belirlemek, ölçüm, tespit, gözlem ile var oluyorsa fizikileşiyorsa şey ler. Biz gözleyemesekte varlar. Gerçek gözlemci Hakk'ın gözlemi, eli, tekvin; Kudreti ile sıfatların varlıklarda olası olabilir olanların ortaya çıkışı ilmindekilerden tercih irade edip kudreti ile yaratması yed-i ile icad dan tercih ile yaratım 'ın mükevven üzerinde ortaya çıkışı. Yaşadığımız her an ve anları varlıkta tutana hamd olsun.

[tasbatamputriols-blog]

FREE ONGKIR♡First Hand👌100% Import👌Berkualitas👌Harga Terjangkau👌Real Pict♡ --🌸~-~🌼~-~🌸~-~🌼-- (TASBATAM FASHION IMPORT) VC86109 IDR.174.900 MATERIAL PU (Kulit Sintetis) SIZE L19XH20XW11CM --🌸~-~🌼~-~🌸~-~🌼~-~🌸-- Info & Order Silahkan langsung klik link di Bio 😘 WhatsApp/Line/Imo : 085815323596 Facebook : Putri OlShop & Testi Putriols --🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼-- ✔BARANG 99,9% SESUAI FOTO (REAL PICT) ✔TIDAK SESUAI GARANSI UANG KEMBALI ✔MEMBERIKAN PENILAIAN JELEK GARANSI HILANG❌ ✔DROPSHIP/RESELLER ARE WELLCOME! ✔FOLLOW AKUN KAMI UNTUK MENDAPATKAN DISCONT & FREE ONGKIR! --🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼~-~🌸-- Mau Jualan Tapi Nggak Punya Modal? DROPSHIP Aja!!! MUDAH, Nggak Ribet, Pasti UNTUNGnya!!! 😘 🚫Hati-hati dengan harga yang lebih murah/lebih mahal, barang tidak sesuai pesanan!.🚫 NB: FREE ONGKIR ✈ Tergantung Kecamatan/Kota Tujuan subsidi Ongkir Rp.30.000,- --🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼-- Happy Shopping💋 💯TRUSTED SINCE 2010 Follow juga @fashionputriols | @kosmetikputriols | @testiputriols | @sahabateverwhite 😘 --🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼~-~🌸~-~🌼~-~🌸-- #tasbatamputriols #tasbatam #tasbatammurah #tasbatamberkualitas #tasselempang #taskorea #tasimportmurah #tasimportberkualitas #tasransel #tasranselbatam #tasranselimport #grosirtas #grosirtasbatam #taspunggung #tasjalan #tasbatamcewek #jualtas #tasbrandedbatam #tasmurah #handbag #tasimport #tasbatammurah #tasimpor #tasreadystock #jualtaspremium #tas #jualtasbatam #jualtasimport #jualtasimpor #jualtasbatammurah (di Putri OlShop) https://www.instagram.com/p/BwE9s--nrlV/?utm_source=ig_tumblr_share&igshid=124b5856cxz5

[bisexualgoth]

Helen ranting winedrunk about princess Diana while Dale does the dishes....... the world is a beautiful place

[daphne66]

Janelle (at Pier 17 - Manhattan) https://www.instagram.com/p/B23CZ0-nrLv/?igshid=1d5zwwatigwof

[post-sapiens]

via Published articles

[ecec333]

https://phys.org/news/2018-11-prehistoric-cave-art-reveals-ancient.html#nRlv