Quantum Optics Quotes

Quantum wall creates the time, temperature and space - kind of optical delusion of quantum consciousness.

Einstein said: “A human being is part of a whole, called by us the ‘Universe,’ a part limited in time and space. He experiences himself, his thoughts and feelings, as something separated from the rest—a kind of optical delusion of his consciousness. This delusion is a kind of prison for us, restricting us to our personal desires and to affection for a few persons nearest us. Our task must be to free ourselves from this prison by widening our circles of compassion to embrace all living creatures and the whole of nature in its beauty.

Biological quantum coherence process is different from optical quantum coherence. Biological quantum coherence is long, and more robust in warm, noisy, and complex environment. They are the fundamental process of all living organisms.

For many decades quantum theory was regarded primarily as a mathematical description of phenomenal accuracy and reliability, capable of explaining the shapes and behaviours of molecules, the workings of electronic transistors, the colours of nature and the laws of optics, and a whole lot else. It would be routinely described as ‘the theory of the atomic world’: an account of what the world is like at the tiniest scales we can access with microscopes. Talking about the interpretation of quantum mechanics was, on the other hand, a parlour game suitable only for grandees in the twilight of their career, or idle discussion over a beer. Or worse: only a few decades ago, professing a serious interest in the topic could be tantamount to career suicide for a young physicist. Only a handful of scientists and philosophers, idiosyncratically if not plain crankily, insisted on caring about the answer. Many researchers would shrug or roll their eyes when the ‘meaning’ of quantum mechanics came up; some still do. ‘Ah, nobody understands it anyway!

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 feeling as something separated from the rest, a kind of optical delusion of his consciousness. This delusion is a kind of prison for us, restricting us to our personal desires and to affection for a few persons nearest to us. Our task must be to free ourselves from this prison by widening our circle of compassion to embrace all living creatures and the whole of nature in its beauty.” —Albert Einstein

I was provided with an escape from my constant worry about cancer. When we were talking quantum optics, the world seemed wonderful and exciting.

The physics of vibration tends to emerge as perceptions of harmonics. Insights into the field optics have revealed that human eyes perceive only a window of light called the visible spectrum, we know that a broader range of light surrounds us at all times on this globe, sailing through the cosmos as we do so.

EXPERIMENT 4. In our fourth experiment, we tested a “nonlocal” aspect of the consciousness collapse interpretation. This is a bit tricky to grasp at first, because it invokes the timeless nature of the quantum world. I’ll go through this slowly. The idea that the quantum wave function collapses due to observation implies that the collapse occurs only when observation occurs, and not when the data are generated.295 That is, unlike events in the everyday world, where actions occur in particular locations and unfold in ordinary clock time, events in the quantum domain do not occur in time as we normally experience it. This is what is meant by the spooky “nonlocal” nature of quantum mechanics—events are connected across the usual limitations of space and time. When an elementary quantum object is not being observed, it remains in what’s called an “indeterminate state.” In that unobserved condition, the object has no definite properties yet—no size, shape, location, polarization, spin, or any other property that we ascribe to ordinary real objects. The consciousness collapse idea further proposes that when, and only when, an object is consciously observed does it take on real properties. To repeat—because this concept may make your brain hurt the first time you encounter it—if you take measurements of a quantum system using an inanimate recording device, like a camera, then that system will remain in an indeterminate state until it is observed. This ridiculous-sounding idea has been tested in conventional physics labs and it has definitely been shown to exist. That type of study is called the delayed-choice experiment.154, 324 We tested this idea in the present context by using a time-reversed version of our double-slit experiment, somewhat like the studies that Daryl Bem conducted, as discussed earlier in the chapter on precognition. This test also provided a more rigorous way for us to test the effect of participants being located within a few meters of the optical system, because all the data in this study were generated and recorded with the apparatus located by itself inside the shielded chamber, and with no one else present in the laboratory.

This session showed intriguing objective evidence for a mind-matter interaction effect, but an unusual subjective event also happened that is worth mentioning. For this session, knowing that the planned participant was a highly experienced meditator, I decided to have it filmed for future reference. I asked two videographers to shoot the session as it unfolded. They set up their cameras and started filming, the meditator prepared himself mentally for about ten minutes, then signaled that he was ready to begin. I started the experiment and it proceeded without incident until about halfway through the session. Then for a few seconds I felt strangely disoriented, as though all my mental activity suddenly stopped. I shook off this odd sensation, and the disorientation soon passed. The session ended, I thanked the meditator, and he left. Then I spent a few minutes discussing the session with the two videographers as they gathered up their gear. I didn’t attribute much meaning to that moment when my mind was strangely suspended, but I’ve learned that when studying effects that span the subjective-objective gap, it’s important to pay attention to internal states. So I mentioned it to the videographers, and they were both taken aback. It turns out that they had independently experienced the same phenomenon. We had all shared a moment when our minds seemed to go blank. At this point I didn’t know yet whether the objective evidence collected during that session was significant or not. When I found that it was, I contacted the meditator, who by then was back at his ashram in India. I asked if he felt that he was being successful in doing something during the session. He said yes, but that it took until about halfway through the session before he figured out how to do it. As an anecdote, this episode doesn’t count as scientific evidence. But it’s still interesting that the experiment obtained objective evidence of a mind-matter interaction effect at precisely the same time that three people unexpectedly felt something strange occur. The Michelson interferometer experiment suggested that an observed optical system does behave differently than an unobserved system, and in a way that’s suggestive of the quantum observer effect. In other words, we—like others before us—had once again found evidence for a direct mind-matter interaction. This was interesting, but it wasn’t enough. What we wanted to know was whether mind-matter interaction effects were consistent with the notion that consciousness “collapses” the quantum wave function. If it turned out that this was the case, then the most successful physical theory in history might contain the seeds of psychokinesis within it.

What causes the collapse of the wave function? It is the entry of stimuli into the sensory apparatus of a conscious observer, such as photons of the right wave length hitting the human eye and entering the eye through a lens which focuses the light on to the retina. The retina then sends a signal to the brain via the optic nerve and the brain turns the information into the images we see. Those images and information from the other senses constitute the human sensory world. Clearly the images and other information could not exist without observation. Nothing else in the human sensory world exists without an observation being made, so why should the results of experiments, indicating the presence of quantum entities, which show in macro level experimental apparatus be any different?

I believe that science is not simply a matter of exploring new horizons. One must also make the new knowledge readily available .. of such a pedagogical effort.

Back in 1956, they had one-way broadcast radio communications for voice and limited black and white video that were limited by transmission power and two-way communications either by line of sight radio or copper wires. The best speed of communications for the next seventy-five years was the speed of light by radio, laser, or fiber optic. Even after sending probes to Jupiter and Saturn it would take more than a day for a single still image to be received on Earth. Today, we have the Ansible, utilizing applied quantum entanglement; providing near-instantaneous communication at bandwidth and distances that back then only science fiction authors dreamed of achieving.

Einstein said, “A human being is part of the whole, called by us the universe. He experiences his thoughts and feelings as something separate from the rest … this a kind of optical delusion of his consciousness.

The ultimate transgression of everything that we take to be nature’s immutable laws might be something called delayed-choice quantum erasure, and any plausible theory of post-death reality would almost certainly have to involve something this outlandish. It has been well established that observing a double-slit experiment forces photons to act like particles rather than waves and go through one slit at a time, whereas unobserved photons go through both. And it has been well established that particles “entangled” at the quantum level affect each other instantaneously across any distance, including the entire universe. In an attempt to go back in time and erase reality, physicists combined those two phenomena into one experiment that tested entangled particles on the island of La Palma, in the Canaries archipelago, and on the island of Tenerife, eighty-eight miles distant. (For the brave or merely curious, a slightly abbreviated version of the technical description of this experiment is: “Linearly polarized single photons are sent by a polarization beamsplitter through an interferometer with two spatially separated paths associated with orthogonal S and P polarizations. The movable output beamsplitter consists of the combination of a half-wave plate, a polarization beamsplitter, an electro-optical modulator with its optical axis oriented at 22.5° from input polarizations, and a Wollaston prism. The two beams of the interferometer, which are spatially separated and orthogonally polarized, are first overlapped by the beamsplitter but can still be unambiguously identified by their polarization.”) That is to say, on one island, researchers shot a particle at the double slits, and it passed through both of them as an unobserved wave function. Eighty-eight miles away, via fiber optics cable, they then shot its entangled twin at double slits while observing it with a photon detector; as expected, its wave function collapsed, and it passed through only one slit. But now the universe had a problem: Entangled particles have to do the exact same thing, but the delayed choice had tricked them into acting differently. That was impossible. When researchers checked the strike plate of the first test, though, they found that the wave function had been retroactively collapsed by the second test and forced through a single slit. Quantum information had been erased.

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【V信83113305】：The Institute of Optics Graduate School (Institut d'Optique Graduate School), also known as SupOptique, is a prestigious French institution specializing in optics and photonics. Founded in 1920, it is renowned for its cutting-edge research and education in optical theory and applications. Located in Palaiseau, near Paris, the school collaborates closely with leading research centers like CNRS and industrial partners such as Thales and Essilor. SupOptique offers advanced programs in optical engineering, quantum optics, imaging, and nanophotonics, attracting students worldwide. Its research spans fundamental science to industrial innovation, contributing to breakthroughs in telecommunications, healthcare, and aerospace. The institute’s alumni include Nobel laureates and industry leaders, cementing its reputation as a global hub for optical science. With state-of-the-art labs and a strong entrepreneurial culture, it bridges academia and industry, driving technological progress in photonics.，IOGS文凭制作流程确保学历真实性, 定制IOGS毕业证, 法国留学成绩单毕业证, 购买IOGS毕业证, Institut d'Optique Théorique et Appliquée光学理论与应用学院颁发典礼学术荣誉颁奖感受博士生的光荣时刻, 留学生买毕业证Institut d'Optique Théorique et Appliquée毕业证文凭成绩单办理, 法国毕业证学历认证, 光学理论与应用学院毕业证-IOGS毕业证书

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【V信83113305】：The Institute of Optics Graduate School, known as Institut d'Optique or SupOptique, is a premier French grande école dedicated to the science and application of light. Founded in 1917, it is a pivotal institution in the global optics, photonics, and imaging landscape. The school excels in training highly specialized engineers and cutting-edge researchers, seamlessly blending a rigorous theoretical curriculum with hands-on experimental work. Its research laboratories are at the forefront of innovation, making significant contributions to fields like quantum technologies, nanophotonics, biophotonics, and augmented reality. With campuses in Paris, Palaiseau, and Saint-Étienne, the institute maintains a unique synergy between academia and industry, fostering a dynamic ecosystem that transforms fundamental discoveries into groundbreaking technological applications.，定做光学理论与应用学院毕业证IOGS毕业证书毕业证, IOGS毕业证成绩单办理光学理论与应用学院毕业证书官方正版, 100%收到-IOGS毕业证书光学理论与应用学院毕业证, 办光学理论与应用学院毕业证Institut d'Optique Théorique et Appliquée-Diploma, 办理法国-IOGS毕业证书光学理论与应用学院毕业证, IOGS毕业证成绩单学历认证最安全办理方式, Institut d'Optique Théorique et Appliquée学位证书办理打开职业机遇之门, 法国硕士毕业证, offer光学理论与应用学院在读证明

【V信83113305】：France's prestigious optical institutes, such as the Institut d'Optique Graduate School, are global epicenters for photonics and optical science. For over a century, these *grandes écoles* have fused rigorous theoretical education with cutting-edge applied research, training elite engineers and scientists. Their work is foundational to countless modern technologies, from advanced microscopy and medical imaging to high-speed telecommunications and quantum computing. Collaborating closely with industry leaders and CNRS research labs, these institutions drive innovation, pushing the boundaries of light-matter interaction. They are not merely schools but powerful engines of technological progress, cementing France's enduring legacy as a world leader in optics and shaping the future of how we see and manipulate light.，办理光学学院毕业证成绩单办理, IOGS毕业证定制, 网上制作IOGS毕业证-光学学院毕业证书-留信学历认证放心渠道, 网上购买假学历IOGS光学学院毕业证书, 666办理IOGS光学学院毕业证最佳渠道, IOGS光学学院毕业证制作代办流程, 办理IOGS光学学院毕业证文凭, 100%加急制作-IOGS毕业证学校原版一样, 光学学院文凭Institut d'Optique Graduate School

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