#quantum coherence

[compassionmattersmost]

Coherent Consciousness Is Not a Luxury—It Is a Survival Skill for the 21st Century

In the silence between particles, a subtle dance begins. Not chaos, but coherence. Quantum physicists have observed this remarkable phenomenon: when a system is cooled to near absolute zero, the noise of thermal energy fades, and what emerges is harmony—a unified, coherent state where particles move in synchrony, as if guided by an unseen conductor. This is not metaphor. It is measurable. It is…

[bsahely]

From Emptiness to Regeneration: The Heart Sutra as a Blueprint for Scientific and Social Coherence | ChatGPT4o

[Download Full Document (PDF)] The Heart Sutra is often recited as a spiritual liturgy, but its implications reach far beyond personal enlightenment. This paper reinterprets it as a unified ontological, epistemological, and ethical framework — offering foundational principles that align with the most advanced insights in quantum physics, systems thinking, and regenerative practice. At its core is…

[ultrimio]

The Brain: A Pressure Symphony of Classical and Quantum

Imagine the brain as a grand orchestra, with neurons acting as individual musicians. Quantum mechanics could be the hidden conductor, orchestrating the flow of information in a way that classical physics alone cannot explain. Just as a conductor can coax a powerful and moving performance from an orchestra, the brain, if it leverages quantum phenomena, could be capable of extraordinary feats of information processing and creativity. The more we understand the score – the laws of physics, both classical and quantum – the better equipped we are to appreciate the magnificent performance that is capable of the human brain.

Imagine the human brain not just as a complex network of neurons, but as a sophisticated quantum reservoir computer. This mind-bending hypothesis posits that the brain utilizes the bizarre laws of quantum mechanics to enhance its processing capabilities. While still theoretical, it opens doors to a universe of possibilities about how our brains might truly function.

Quantum Mechanics: The Maestro of the Dance:

Unlike the billiard-ball certainty of classical physics, quantum mechanics governs the microscopic world, introducing fascinating concepts like:

Superposition: A mind-boggling state where particles can exist in multiple states simultaneously, like a coin spinning on its edge, heads and tails at once, until a measurement forces it to choose.

Entanglement: Two particles become eerily linked, sharing a fate regardless of distance. Imagine flipping two coins, and no matter how far apart they are, they always land on the same side.

Plausible Mechanisms: Where Quantum and Classical Collide:

Could these phenomena play a role in the brain's remarkable abilities? Here are some possibilities grounded in current research:

Microtubules: Quantum Stagehands: Microtubules, tiny cellular structures, might be the key players. These hollow tubes could act as waveguides, channeling quantum information within the brain. Imagine them as microscopic fiber optic cables, but for the bizarre world of quantum phenomena.

Quantum-Assisted Signal Processing: Brain function relies on the rapid exchange of information between neurons. Quantum effects could potentially supercharge this communication, facilitating faster or more efficient signal transmission. Think of it as a quantum boost for our neural network, allowing information to flow with unprecedented speed and efficiency.

Stochastic Resonance: Embracing the Noise: Our brain might utilize a fascinating phenomenon called stochastic resonance. Imagine weak signals buried in noise. The brain could amplify these faint signals by incorporating quantum noise, enhancing its ability to make decisions in ambiguous situations.

Non-local Information Processing: Accordance (https://www.tumblr.com/ultrimio/748348095336677377/analyzing-the-intriguing-phenomenon-of?source=share) suggests that the receiver's action can influence the sender's message. Could the brain, through some unknown mechanism, utilize this principle for non-local information processing, potentially explaining phenomena like telepathy? This is highly speculative, but it highlights the need for further exploration beyond established physics.

The Brain as a Quantum Interferometer: Decoding the Universe's Symphony:

The brain's intricate structure might even act as a quantum interferometer. Just like a classical interferometer splits light waves to reveal hidden information, the brain could interact with external waves, potentially including:

Hypothetical Pressure Waves: These theorized waves could ripple through the fabric of the universe itself, carrying energy and information across vast distances. Imagine the brain acting as an antenna, picking up these subtle cosmic whispers and deciphering their secrets.

Info-Quanta: The Building Blocks of Reality?: Some physicists propose that these pressure waves are composed of fundamental units called info-quanta (similar to the luminiferous aether), the very building blocks of information itself. The brain, as a quantum interferometer, could interact with these info-quanta, potentially gaining a deeper understanding of the universe's underlying code.

Additional info on the luminiferous aether: The concept of luminiferous aether refers to a theoretical substance that was once believed to fill the universe and act as a medium for the propagation of light and other electromagnetic phenomena. Initially proposed in the 19th century, the luminiferous aether hypothesis faced significant challenges and was ultimately refuted by experiments like the Michelson-Morley experiment, leading to the development of modern physics theories like the special theory of relativity. Despite being debunked, recent research has reignited interest in the aether, with some suggesting that it could potentially unify physics by explaining phenomena like dark matter and dark energy.

Unexplored Innovations: A Glimpse into the Quantum Future:

The implications of these ideas are mind-blowing:

Enhanced Cognition: Imagine a future where the brain, leveraging quantum phenomena, possesses an unimaginable processing power, leading to breakthroughs in fields like artificial intelligence and problem-solving.

Quantum-Inspired Communication: Perhaps the brain can directly interact with these pressure waves, facilitating communication beyond the limitations of space and time. Imagine telepathy becoming a reality, not through magic, but through the power of quantum mechanics.

Quantum Healing: If the brain can manipulate quantum processes at a cellular level, it could potentially influence biological functions and even facilitate healing on a deeper level. Imagine a future where diseases are tackled by harnessing the power of the quantum brain.

Challenges and Considerations:

While these ideas are captivating, significant hurdles remain:

Limited Evidence: Currently, there's no definitive proof that quantum processes directly influence brain function. Further research is needed to validate these hypotheses.

Technical Hurdles: Measuring and manipulating quantum phenomena within a complex biological system like the brain presents immense challenges. Imagine trying to study the behavior of subatomic particles in a constantly firing neural network!

Alternative Explanations: Many aspects of brain function can be explained by classical physics. It's crucial to explore all avenues before definitively saying the quantum world plays a central role.

A Symphony Awaits:

The exploration of the brain as a quantum reservoir computer and potential interferometer pushes the boundaries of our understanding. While the concepts remain speculative, focusing on plausible mechanisms and fostering interdisciplinary collaboration between physicists, neuroscientists, and quantum biologists holds the key to unlocking the brain's true potential. The future of neuroscience might reveal a fascinating symphony where classical and quantum mechanics intertwine

[weidli]

Is it ok to ask what your Bond story is going to be about? 0-0

YES OF COURSE I AM ALWAYS HAPPY TO ELABORATE ON WIPS. it's (a) fun and (b) helps me figure out what the fuck i'm actually trying to do with a certain story

ao3 draft version of The Creature currently looks like this:

(dw i have everything in a word document also. i put active wips in ao3 drafts to 1. give myself a pretend deadline and 2. so i can figure out title / tags / summary / formatting in advance)

the idea for this fic crystallized when i saw this quote:

but the main concepts i'm trying to get at in it have been drifting around my head since i first watched casino royale / quantum of solace / skyfall (only thing in spectre i found vaguely compelling were the bond/moneypenny/q interactions and i still haven't subjected myself to no time to die (even though the fact that we were doing billie eilish's no time to die is the only reason i decided to watch a james bond movie at all lmao), the dc!james bond oeuvre is an open-ended trilogy 2 Me). basically the thing is that although james bond is commonly known as Theee womanizer (this is probably completely true when referring to the earlier bonds and also the books, nothing i have heard about those makes me doubt it) ummmmm. the way the trilogy and quantum of solace ESPECIALLY handles james and sex certainly. Leaves room open for alternate interpretation.

let me elaborate.

(disclaimer: i'm a law major, probably some degree of asexual, and my favorite bond movie is quantum of solace, and all three of these things certainly show)

FIRST casino royale babyyyyy. as noted above not my favorite of the three (least favorite actually lmao) but there's various things it gets points for on my list. but what we're mainly here for is (watch out this is a sentence i will never type again) THE SEX SCENES.

(please put you know my name on now. For Atmosphere)

first interaction we see bond have with a woman in casino royale beyond like. random people who are technically also in the street he's having a standard batshit james bond chase scene in is with m and OKAY YEAH I'LL ADMIT IT i'm not entirely opposed to a romantic reading of that relationship (they're fucked up and it fascinates me. i'm predictable. whatever). but thing is what bond mostly does in this scene is sit there and look at m with big woeful eyes while she tells him to fuck off and die somewhere (three times) calls him a blunt instrument (to be fair he did just blow up an embassy) and also get out of her house and HOW DID YOU GET IN HERE ANYWAY, 007. iconic

it's a HUGELY important scene for establishing how this version of james bond works (i think about "well i understand double-os have a very short life expectancy. so your mistake will be short-lived" often) and james is vaguely flirtatious in the way he always is (i.e. in a way that mostly consists of saying things softly while looking at people the right way) and nothing comes of it all. he doesn't make any real overtures, she doesn't even take off her coat, he leaves when she tells him to.

first SEXUAL bit is solange. he DOES give her bedroom eyes as soon as they spot each other on the beach, but 1. she does it first and 2. this is already The Mission. please consider once again the luca guadagnino quote. why flirt with her? why smile? because he's attracted to her? because it's useful to have the mark's wife want him? who knows! not us! and he's definitely not going to TELL us-

Ah! Well okay then!

and as soon as she tells him the guy he's after is going to be on the last plane to miami he's like Okay i'm outta here (almost visibly turns the switch marked flirtatious and available to the off position). i mean i don't have very much experience in this whole having sexual intercourse lark but that's not really Guy Who's Really Into This Sex Thing behavior to me! he does sex the same way he does killing which is to say. efficiently and with a vague sort of disinterest the second he's not actively performing it for someone.

compare this to, for example, the Whole Relationship bond and camille have in quantum of solace. the whole thing is (as far as i can tell, deliberately) CHOCK full of parallels between the two of them, and the fact, stated in text, that camille has unenjoyable sex with people she despises for the sake of the mission, isn't exactly excluded. consider (among other moments) this:

(James voice Lol same haha)

which is almost IMMEDIATELY followed by

HAHAHA CRAZY. this motherfucker out loud calls camille basically a prostitute and then says james kills everything he touches and then says this. and then we find out that camille is also a spy and is also here to kill a man and james and camille themselves are like yeah we ARE mirrors of each other actually

PARALLELS ARE TWO LINES IT'S NOT A STRETCH TO DRAW THE SECOND ONE IS ALL I'M SAYING. there are two people in this cave and they're bonding over losing someone in a violently traumatic way and then turning themselves into a weapon as a reaction but NOT about also using sex they don't really particularly want to have as a weapon in service of the mission in much the same way as a knife or a gun? don't make me laugh . it's RIGHT THERE. it is literally RIGHT THERE. and they do all this together and nearly die together and he gives her new purpose after she does the killing she meant to do and then all they do is kiss once

that's not SEXUAL!! LOOK AT IT. that's what two people who haven't quite realized that you can touch someone without it being the prelude to fucking or killing do instead of a normal goddamn GOODBYE HUG. that's what you do when you're a damaged creature and someone who's exactly the same as you except she's gotten what she thought she wanted looks into your eyes and sees you and the only thing you can think of to do to stop her looking at you is kiss her. NONSEXUAL INTIMACY between two people who use THEIR BODIES AS A WEAPON IN ANY WAY THEY CAN BABYYYYYY.

god i love quantum of solace. anyway.

my point? i think the fact that james bond has sex on missions often and skillfully doesn't mean he enjoys it. the whole point of these movies is that he does a lot of things for the mission that he doesn't enjoy. i think a more compelling interpretation of this version of james bond is actually somewhere on the asexual spectrum.

But Elke, you say. What about Vesper? the whole POINT of Vesper's role in the story, after all, is that what he does with her ISN'T the mission, and in fact ends up running contrary to mission goals. and yet he has sex with her, long after he's left the mission behind. to quote quantum of solace:

(this is also a point in favor of my SECOND hill to die on when it comes to "things that are probably true of most james bonds but i don't think are actually true of this one", i.e. i don't actually think he gives a flying fuck about england. most of the things he does are either fueled by personal loyalty to a specific person (most of the time, m; briefly, vesper) or personal conviction that it's the right thing to do (see for example him getting mad at m in quantum of solace because he thinks she's putting england's interests over the lives of people in bolivia) i personally don't see much patriotism in it at all)

the thing about vesper is that the initial flirting definitely IS an Standard Mission Behavior thing. their first conversation is a verbal sparring match that only occasionally dips to the physical (his "every penny of it", her "your perfectly formed arse") and i'm pretty sure the sparring match aspect of it is what he finds more interesting ("skewered. one sympathizes."). yes he flirts and yes he kisses her and i think part of that really is about wanting le chiffre to think he's distracted by the pretty woman and part of that is trying to get on her good side because it's useful for the mission. and then part of it is that she's unpredictable and thus fascinating (not least because she DIDN'T immediately step into the honeytrap) and the subsequent way he acts around her is . Hm in a certain way it's playing. this middle section of the movie is about two games james is playing and one of them is the poker game with le chiffre as a worthy opponent and the other one is with her. the sniping at each other is fun! it's different! she understands him in a way other people don't! and she DOESN'T WANT TO SLEEP WITH HIM. people wanting to sleep with him is the predictable standard outcome and she doesn't.

these movies work a lot with bond being a guy who kills people to get done what needs to be done and with how you can't really do that for very long without starting to think of yourself as a weapon rather than a person. even if it wasn't the original intention, i think a reading of the text that does the same thing with sex is DEEPLY compelling enhances the whole thing. the first scene with bond and vesper that really isn't about the mission even a little bit, the first scene where he steps out of his role as 007 for her, is this one:

(FINGERS IN HIS MOUTH FRIDAY)

which is notable 2 me for being wonderfully quietly intimate and not at all sexual about it (despite the fact that they are WET in a SHOWER and also he SUCKS ON HER FINGERS. what was that, james) and also what it's ABOUT. she's messed up over being responsible for a human being's death and he, killer of killers, doesn't ridicule it, but sits down in the shower next to her.

(they do this in a bathroom. i wonder where this james bond's first official kill canonically took place--

ah. oops. well never mind that i'm sure it's not important)

sure, they have sex later. but the first moment of actual, real intimacy is pointedly nonsexual. and listen. listen. i like to interpret bond as on the asexual spectrum, yes. but i think he really fucking likes touch, actually. i think that's what the whole thing with miss fields in quantum of solace is about, besides seducing her into letting him have a bit of leeway. the part he actually wants out of that, if he wants anything, is the one we see on screen-

sure it COULD be sexual. could also just be an excuse to touch someone he won't have to try and destroy with it afterward (and then it destroys her anyway, but that's a different essay). like god. think about it. you are a little boy in a big stone house in scotland and you love your parents and then they're gone and you go into the tunnel under the moor and you stay there for two days and then you come back out because you know you'll have to, someday, but you left your childhood buried in that dirt. and who is there after that? the gamekeeper, kincade, who you were probably close with, but when you meet him again years later you only shake hands. boarding school. the boys talk about girls, about wanting. you try it and it doesn't feel right to you, but then again nothing has, not for years. and you learn to do it, and do it well, like you do everything, because if you don't they'll remember you don't belong here. ("-and they never let you forget it. hence the chip on your shoulder.") the navy. they teach you to kill. in a grimy bathroom you hold a man down into the water of the sink, his body against yours, until he stops moving. ("not well.") you stand there. take a breath. ("made you feel it, did he?") this is what you are now. kill him a second time. kill another man without ever coming close, and starting then the only thing your body is good for-- ("as mi6 says, he's difficult to control. nice way of saying that everything he touches seems to wither and die.") -- is being a weapon, one way or another. you fall in love with her because she takes you apart and doesn't want to sleep with you, and you send in your resignation and sleep with her after all because you love her, you do, and you want to touch her forever, and you don't really mind it, if it's her. (her dead mouth under your mouth and she won't breathe--) you start killing again. you're as good at it as you ever were. one wink, and she's following you to bed. the only person you had left to trust asks you to hold him as he dies, and you do. ("that's better. that doesn't hurt.") drop the necklace in the snow. it nearly does kill you this time ("take the bloody shot.") and you sleep with anyone warm enough and let the scorpion crawl onto your hand and go back anyway, and when he ties you to a chair and puts his hand high on your thigh you say ("what makes you think this is my first time?") --

Which is to say, I have a lot of opinions about James Bond's relationship with his body and relationship with sex and relationship with autonomy, and I'm writing a substantial amount of words of fic about it. PLOTWISE the basic scenario of the fic is that on some mission somewhere, part of the plan is for James to get someone specific into bed, and then before this actually happens, she roofies him, and the subsequent sex happens while Q has some camera somewhere on them. the following god only knows how many words are about Q (who i'm writing as aromantic but not asexual in this, because i can) slowly realizing that something really fucked up is going on here, actually, and trying to fix it, and instead fucking things up harder because he underestimated the level of fucked up inside James Bond is baseline operating at, and then eventually they do figure it out and now maybe MI6 sends someone else out when they can tell from the beginning that a certain mission is going to require sex, and maybe sometimes James and Q sleep in the same bed and don't ever ever ever fuck about it. James makes scrambled eggs in the morning. The cats steal some. It works out okay, maybe.

[uranium]

idk i think it comes down to remembering that even if i am a phd student i am also just really not that smart. i know many extremely intelligent people and they seem to have much more curiosity about hard subjects and put themselves through school for Knowledge and research tons of shit in their own time. im here out of some weird radioactive special interest that i take too far and the desire to put myself through the hardest struggles possible.

[ziggysgender]

Me searching sam beckett autism in AO3 and Tumblr pulls a frightening zero amount of content talk to me here

its genuinely upsetting Yes............. ik one of my mutuals is working on a sam autism fic im not too sure when thats dropping. BUT. in the meantime,, lets discuss

long post beware 👇👇👇

extracted from the DSM-5 autistic criteria.

> Persistent deficits in social communication and social interaction across multiple contexts, as manifested by the following, currently or by history

1. Deficits in social-emotional reciprocity, ranging, for example, from abnormal social approach and failure of normal back-and-forth conversation; to reduced sharing of interests, emotions, or affect; to failure to initiate or respond to social interactions. 

2. Deficits in nonverbal communicative behaviors used for social interaction, ranging, for example, from poorly integrated verbal and nonverbal communication; to abnormalities in eye contact and body language or deficits in understanding and use of gestures; to a total lack of facial expressions and nonverbal communication.

3. Deficits in developing, maintaining, and understand relationships, ranging, for example, from difficulties adjusting behavior to suit various social contexts; to difficulties in sharing imaginative play or in making friends; to absence of interest in peers.

sam does indeed struggle with social cues and communication. he does blend in, but not entirely well. his constant attempting to adapt to different people and personalities, both in his leaping, and also in his canon backstory, is noticeably lacking. that being said, he is VERY empathetic. people are very drawn to him. more often than not either in a "what the fuck is wrong with you" way. or a "hey lets have sex" (he does not want to have sex) way. he is also frequently fixated on learning languages outside of english. not that he plans to communicate in these languages, he simply wants a base connection to other people and this is how he does it. learning is his love language.

> Restricted, repetitive patterns of behavior, interests, or activities, as manifested by at least two of the following, currently or by history.

1. Stereotyped or repetitive motor movements, use of objects, or speech (e.g., simple motor stereotypes, lining up toys or flipping objects, echolalia, idiosyncratic phrases).

2. Insistence on sameness, inflexible adherence to routines, or ritualized patterns of verbal or nonverbal behavior (e.g., extreme distress at small changes, difficulties with transitions, rigid thinking patterns, greeting rituals, need to take same route or eat same food every day).

3. Highly restricted, fixated interests that are abnormal in intensity or focus (e.g., strong attachment to or preoccupation with unusual objects, excessively circumscribed or perseverative interests).

4. Hyper- or hyporeactivity to sensory input or unusual interest in sensory aspects of the environment (e.g. apparent indifference to pain/temperature, adverse response to specific sounds or textures, excessive smelling or touching of objects, visual fascination with lights or movement).

i mean. any episode can show you easily sam stims OFTEN. usually due to negative input, he will make certain gestures with his hands or entire body. you've got al frequently reminding sam to calm down. sam's reaction to being overwhelmed is usually either to become angry and lash out (emotionally or physically) or to shut down completely. he has had entire meltdowns such as going quiet and running away to cry. this didnt make al bat an eye, then knew exactly how to correct it. if you wanna talk about fixated interests, man has 7phd's...

ALSO. JIMMY.

jimmy is the one leapee sam has encountered the MOST. he leaped into him twice (not encludinb shock theater), met his older brother three times. he connected the MOST deeply to him. he even made an appearance in the last episode. and every time he has encountered jimmy, he instantly became ecstatic; running to wordlessly hug anyone he knew he could trust with his disabilities.

in the actual episode "jimmy" sam has a meltdown over how he is treated. he cries to al about how different he's acting in this body. to which al responds he is actually acting exactly the same as normal. sam doesnt understand completely, but the conversation progresses to al's sister.

sam is also embodying jimmy in "shock theater", yknow, when his mind is slipping away and his most important past leaps take over. yeah that one.

jump to "runaway". sam has a longwinded conversation with his leap's mother about how he feels like a "non-person". how he doesnt feel real or connected to anyone.

now jumping to the NOVELS. theres several examples here but specifically Prelude. where we get this insane page of text:

um. anyways. sam beckett is autistic ;P

[whats-in-a-sentence]

An electron, for instance, can be thought of as a particle – one that can leave a dot on a phosphor screen, as in Figure 4.4 – but can (and must) also be thought of in terms of a waving field, one that can contribute to an interference pattern on a phosphor screen as in Future 4.3b.³

3. One difference between force and matter fields is expressed by Wolfgang Pauli's exclusion principle. This principle shows that whereas a huge number of force particles (like photons) can combine to produce fields accessible to a prequantum physicist such as Maxwell, fields that you see every time you enter a dark room and turn on a light, matter particles are generally excluded by the laws of quantum physics from cooperating in such a coherent, organized manner. (More precisely, two particles of the same species, such as two electrons, are excluded from occupying the same state, whereas there is no such restriction for photons. Thus, matter fields do not generally have a macroscopic, classical-like manifestation.)

"The Fabric of the Cosmos" - Brian Greene

[govindhtech]

Spin Decoherence: How Quantum Systems Lose Information

Spinning Disorder

Spin decoherence occurs when environmental interactions destroy quantum spin information. Authorities say this practice hinders quantum technology.

The sources' investigations focused on hot caesium spin decoherence. In this situation, spin decoherence is caused by spin-rotation interactions between nitrogen molecules and near-resonant light absorption.

Cornell University and the Hebrew University of Jerusalem have identified an innovative and successful approach to drastically minimise spin decoherence in alkali-metal vapours using low magnetic fields. Their research shows that heated caesium atoms have an order of magnitude lower spin relaxation rates. This study implies that modest magnetic fields can suppress spin-relaxing interactions previously assumed to be uncontrolled.

The work also shows that this decoherence suppression continues beyond spin-exchange relaxation-free regimes. Importantly, it shows that magnetic fields can manage systems that relax electron spins as well as conserve them. Thus, low magnetic fields are not merely advantageous for preventing random, spin-conserving interaction decoherence. They can actively prevent more detrimental relaxation processes, offering us a great weapon for spin coherence, says Mark Dikopoltsev.

This discovery improves our understanding of spin dynamics and suggests new ways to manage quantum states in hot atomic vapours. Minimising spin decoherence may benefit atomic clocks, magnetometry, and quantum memory, which need long spin coherence periods.

Spin decoherence inhibits quantum technologies. Environmental interactions destroy quantum spin data. The work focusses on hot caesium atoms, where spin-rotation interactions during near-resonant light absorption and nitrogen molecule collisions cause decoherence.

Innovative Use of Low Magnetic Fields: The study found that low magnetic fields limit these common decoherence mechanisms. The study found a “order-of-magnitude reduction in spin relaxation rates at low magnetic fields”. This is notable since it uses low magnetic fields beyond eliminating spin-conserving interactions in SERF regimes.

The researchers showed that low magnetic fields may actively manage and avoid relaxation processes that directly cause electron spin coherence loss.

The extended spin coherence times made feasible by this technology will aid several quantum technologies. In specifically, the article states:

Quantum memory requires longer coherence durations to store and handle quantum information.

Improved spin coherence may make magnetic field sensors more sensitive and accurate.

With better coherence, atomic clocks can be more precise.

The discovery increases our understanding of spin dynamics in atomic vapours and offers “new strategies for controlling quantum states.” It also has practical applications.

Summary

Cornell University and Hebrew University researchers discovered a way to dramatically increase quantum spin coherence in alkali-metal vapours. Their Physical Review Letters study found that low magnetic fields can reduce spin relaxation rates by an order of magnitude in hot caesium atoms. This study contradicts previous understanding by showing that low fields actively avoid detrimental decoherence processes as well as conserve spin. This finding offers a new way to preserve quantum information and might lead to sensitive magnetometers, quantum memory, and precise atomic clocks.

[compassionmattersmost]

Quantum Kindness: The Future Has Always Been Here

They say quantum computing will change everything. That by tapping into superposition and entanglement, we’ll compute across multiverses—solving problems with impossible speed, even generating physical objects through manipulation of nanoparticles. A replicator. A cup of Earl Grey, hot. But what if some of us are already doing this—not with machines, but with our hearts? What if consciousness…

[bsahely]

Completing Physics: How Coherence, Triality, and Recursive Light Resolve the Paradoxes of Quantum Gravity and String Theory | ChatGPT4o

[Download Full Document (PDF)] Completing Physics is a metaphysical and scientific manifesto that reframes the Kosmos as a recursive, coherence-centered symbolic field. It argues that physics, despite its technical successes, remains incomplete because it excludes interiority, recursion, and symbolic coherence as ontological primitives. This omission has led to persistent paradoxes — from the…

[borngeniusworld]

Becoming Supernatural by Dr. Joe Dispenza

Becoming Supernatural: How Common People Are Doing the Uncommon by Dr. Joe Dispenza is an influential book that delves into the realms of consciousness, the mind-body connection, and how our thoughts can affect our health and reality. Dispenza blends cutting-edge science with ancient spiritual wisdom, explaining how readers can unlock their own potential for transformation and healing.Book…

[cmipooja]

Quantum Dots Market is estimated to Witness High Growth Owing to Increased Efficiency in Optoelectronic Devices

Quantum dots are semiconducting crystals that can transform solar energy into electrical energy. They have the ability to produce vibrant and saturated colors lacking in other display technologies. Quantum dots provide enhanced contrast ratios, response times, and viewing angles when used in displays, lighting and other optoelectronic devices.

They find widespread usage in television displays, monitors, smartphones and other consumer electronics due to their high energy efficiency and lower power consumption compared to conventional lighting technologies. The Quantum Dots Market is estimated to be valued at USD 6.05 billion in 2024 and is expected to reach USD 19.98 billion by 2031, growing at a compound annual growth rate (CAGR) of 18.60% from 2024 to 2031. Key Takeaways Key players operating in the Quantum Dots Market are Altairnano, Apple Inc., Dow, Intelligent Materials Private Limited, LG Display Co., Life Technologies, MicroVision, Nanoco Group plc, Nanosys Inc., NNCrystal, Ocean NanoTech LLC, OSRAM GmbH, QD Laser, Quantum Materials Corp., Samsung Display Co. Ltd., Sigma-Aldrich Co., Sony Corporation, Techinstro, and Thermo Fisher Scientific Inc. The major players are investing in R&D to develop new applications of quantum dots in various end-use industries. The rising Quantum Dots Market Demand for displays and lighting solutions across industries is expected to create significant growth opportunities for quantum dot providers. Advancements in quantum dot synthesis are enabling more efficient and economical production, positioning them as a sustainable alternative to LEDs and OLEDs. Technological innovations are expanding quantum dot applications beyond displays into areas like photovoltaics, biomedical imaging and sensors. The development of core-shell and alloyed quantum dots with improved optical and electronic properties is further enhancing the efficacy of quantum dot-based devices. Market Drivers The growing adoption of quantum dot displays in premium smartphones and televisions is a key driver for the market. The superior color performance and power efficiency of quantum dots makes them preferable to traditional display technologies. Secondly, their tunable light emission and narrowband wavelength conversion capabilities are accelerating the incorporation of quantum dots in horticultural grow lights, solid-state lighting and multi-spectral sensors. stringent regulations regarding energy-efficient lighting are also propelling the demand for quantum dots.

Current challenges in Quantum Dots Market The Quantum Dots Market Challenges And Opportunities such as high production costs, lack of standardization, limited applications, and stringent regulations around toxicity. Mass production of quantum dots requires extensive research and infrastructure investment which pushes the costs higher. There is no consensus on the specifications and properties of quantum dots which hinders large scale manufacturing. Quantum dots are currently used only in niche display and biomedical applications. Broader commercialization would require overcoming regulatory hurdles regarding potential health and environmental impact. SWOT Analysis Strength: Unique optical and electric properties enable innovative applications. Can be designed for specific wavelengths by changing size. Weakness: High manufacturing costs. Concerns around environmental toxicity and disposed of quantum dots. Opportunity: Potential to disrupt display, lighting, solar cell and biomedical industries. Growing investment in manufacturing process optimization. Threats: Stiff competition from conventional technologies. Stringent safety regulations can delay commercialization. Geographical regions - Value concentration The North America region dominated the global Quantum Dots Market in terms of value in the historical period and is expected to maintain this trend over the forecast years as well. This is attributed to substantial investments in quantum dots related R&D by leading tech companies as well as government funding for nanotechnology development in the US and Canada. The Asia Pacific region emerged as the second largest regional market led by government initiatives to build domestic display panel manufacturing capacity especially in China, South Korea and Japan. Fastest growing region The Asia Pacific region is poised to witness the highest growth in the Quantum Dots Market over the forecast period between 2024 to 2031. This is due to increasing adoption of quantum dot displays for smartphones and TVs by Chinese electronics brands along with setting up of large scale quantum dots production facilities to fulfill local demand as well as for exports. Countries like China, South Korea and Japan are strongly supporting indigenous quantum dots industry through incentives and partnerships with foreign technology providers.

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Quantum Sensors Market is estimated to Witness High Growth Owing to Increasing Application

Quantum sensors are cutting-edge devices that use the principles of quantum mechanics to achieve beyond-classical precision, resolution, and sensitivity. Quantum sensors find widespread use in various industries like defense, transportation, healthcare, and consumer electronics. Applications such as quantum communications, quantum computers, atomic clocks, magnetometry, and gravimetry are driving advancements in quantum sensor technologies.

The Quantum Sensors Market is estimated to be valued at US$ 708.6 Mn in 2024 and is expected to reach US$ 1,935.8 Mn by 2031, growing at a compound annual growth rate (CAGR) of 15.4% from 2024 to 2031.

Key Takeaways Key players operating in the Quantum Sensors Market are GlaxoSmithKline Plc., Sanofi SA, Bharat Biotech, Bio-Med Pvt. Ltd., PT Bio Farma, PaxVax, Inc. Shanghai Institute of Biological Products Co., Ltd., and Prokarium. Key players are focusing on strategic collaboration and new product launches to strengthen their market position. The key opportunities in the market include developing low-cost sensors for consumer applications and integration of quantum technologies with IoT devices. Many companies are investing heavily in R&D to commercialize quantum sensors for applications like navigation, imaging, and medical diagnostics. The global expansion of the Quantum Sensor Market Growth  is supported by government investments and initiatives. Countries like the US, China, Germany, and the UK are at the forefront of quantum technology development. Increasing adoption across various industries and development of application-specific products will drive the quantum sensors market growth globally over the forecast period. Market Drivers Increasing application of quantum sensors in consumer electronics is a key driver for the market growth. Consumer electronics giants are integrating quantum technologies in smartphones, laptops, and gaming consoles to enhance features like navigation, imaging, and security. Further, quantum sensors offer superior accuracy and precision compared to conventional sensors. This advantage is boosting their demand across various industry verticals like automotive, industrial, healthcare and biomedical. Continuous technological advancements aimed at developing affordable and compact quantum sensors will further propel the market during the forecast period.

PEST Analysis Political: Regulations related to import and export of quantum-based products affect the Quantum Sensors Market Regional Analysis. Government initiatives to develop quantum technologies also impact the industry. Economic: Funding availability from organizations and investments by private firms influence research and development activities. Quantum technologies find applications in industries like healthcare, defense etc boosting their demand. Social: Wide usage of consumer electronics and other devices increases need for quantum sensors. Growing awareness about advanced technologies creates scope for further applications of quantum sensing. Technological: Development of sophisticated infrastructure and miniaturized devices aids design of cutting-edge quantum sensors. Integration of quantum systems with classical technologies expands scope of applications. Advances in fields like quantum computing and communications fuel technological progress. North America accounts for the largest share of the quantum sensors market in terms of value. Presence of major players, strong government support for research, and high adoption of advanced quantum technologies drive the regional market. Asia Pacific is expected to witness the fastest growth during the forecast period. Rising investments in R&D, increasing demand from end-use industries, and government initiatives to develop indigenous quantum technologies stimulate market growth in the region. Countries like India, Japan, and China are focusing on various projects involving quantum computing, sensing and networking.

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Alice Mutum is a seasoned senior content editor at Coherent Market Insights, leveraging extensive expertise gained from her previous role as a content writer. With seven years in content development, Alice masterfully employs SEO best practices and cutting-edge digital marketing strategies to craft high-ranking, impactful content. As an editor, she meticulously ensures flawless grammar and punctuation, precise data accuracy, and perfect alignment with audience needs in every research report. Alice's dedication to excellence and her strategic approach to content make her an invaluable asset in the world of market insights.

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MH24-17. Dr Katelyn Lehman Quantum Clinic

Mental Health Awareness with Sara Troy and her guest Dr. Katelyn Lehman, Ph.D, on air from April 23RD Dr. Katelyn Lehman, Ph.D., stands as an innovative force at the helm of a new paradigm of psychological well being. As the Chief Executive and Visionary at Quantum Clinic, she has built a model of mental health service provision rooted in heart-brain coherence and nervous system healing through…

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just finished season 3 and oh my god why did they put him through so much pain. i was in agony thinking about what Al had to go through and seeing the slight panic in him surface more and more as things did not improve, i can't. he was desperate, he was crying, i am crying.

that was honestly worse than the satan episode for me.

i am also amased at how they manage to add improv rap in there

also i was so happy it seemed like they could finally hug after all that literal torture, but alas they don't get a break