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The collective tone demonstrates strong agreement and curiosity, with example comments such as support for the quantum effects in microtubules supporting consciousness theories, detailed references to experimental evidence, and discussions on how this research could impact our understanding of anesthesia and brain function. The frequent use of technical language and emphasis on experimental support contribute to the perception of high engagement and impact.
Most discussions support the findings, with many references indicating strong agreement with the idea that microtubules function as quantum light-harvesting systems and play a role in consciousness.
The comments show high curiosity and enthusiasm, mentioning detailed scientific concepts, experimental results, and implications for consciousness, indicating significant interest.
Participants delve deeply into explanations of quantum effects, anesthesia's role, and experimental data, reflecting thorough engagement with the material.
The discussions suggest that this research could reshape understanding of consciousness and cellular mechanisms, indicating high potential impact on neuroscience and biophysics.
A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities in these cellular structures. Published in the journal ACS Central Science, the study "Electronic Energy Migration in Microtubules" by a coalition of https://t.co/e1XsC11vBH
Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other theories of consciousness combined).And there are others. https://t.co/iO404P3DU6 https://t.co/F78JBR1vAJ https://t.co/QwMlx9op0q
Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtubules https://t.co/1bNFMX6bhL Plus quantum time crystal oscillations and entanglement of angular momentum between separated MTs by @anirbanbandyo https://t.co/xaLqWuevpw
Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dampening quantum oscillations in microtubules (necessary for orchestrated collapse). For example: https://t.co/Hq8mYlbWgk https://t.co/iO404P4bJE https://t.co/0xSlDDtx5k
Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fiber optics. https://t.co/iO404P4bJE We used the Hamming distance to minimize errors in microtubule automata. https://t.co/RsmHNoLZFD https://t.co/NhGcrFEkjZ
This video discusses the intersection of spontaneous radiation research and the Orch OR consciousness theory, highlighting key scientific concepts and recent developments in understanding consciousness.
This presentation explores how microtubules respond to light and electric stimuli, potentially contributing to brain efficiency. Analysis of energy transfer within microtubules suggests a natural light-harvesting-like…
This video presents recent research from August 2024 exploring how microtubules may contribute to consciousness through electronic energy transfer. The study investigates energy diffusion within microtubules and the…
This video explores how energy transfer along microtubules may play a role in consciousness, based on recent research showing efficient electronic energy migration within microtubule structures and potential links to…
In this fascinating video we delve deep into the quantum theory of consciousness specifically exploring the Orchestrated Objective Reduction theory and its profound implications. Join us as we explore how quantum…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
RT @StuartHameroff: Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other…
Here are two experiments supporting microtubules as the biological substrate for consciousness (two more than all other theories of consciousness combined).And there are others. https://t.co/iO404P3DU6 https://t.co/F78JBR1vAJ https://t.co/QwMlx9op0q
RT @CankayKoryak: @DanielLanino AI analysis of two articles : 1. **"Electronic energy migration in microtubules" – Kalra et al.** *(Exact c…
@DanielLanino AI analysis of two articles : 1. **"Electronic energy migration in microtubules" – Kalra et al.** *(Exact citation may vary; likely: Kalra, A. P., et al., *J. Phys. Chem. B* or similar, ~2020–2023)* - **Focus**: Investigates *exciton migration*—i.e., coherent or incoherent
RT @DanielLanino: @CankayKoryak Two of the largest experimental results supporting quantum effects in microtubules have come in the past tw…
@CankayKoryak Two of the largest experimental results supporting quantum effects in microtubules have come in the past two years: Electronic energy migration in microtubules by Kalra et al, and Superradiance in microtubules by Babcock et al Follow-up studies by both authors have continued
RT @StuartHameroff: MT waveguide diameter (15 nm) would be ultraviolet or faster which would be ionizing. (However MT-composed cilia with…
@NADbalancer @DanielLanino 1. Electronic Energy Migration in MTs: https://t.co/RZfdvTRzRg 2. DNA & Golden Ratio: https://t.co/a88kvdLIHl 3. Golden Ratio Self-Replication: https://t.co/800pbSa3Mj 4. MT Time Crystals: https://t.co/z5vGRZVORm
@ThosVarley @chris_percy Waiting on replication to increase certainty is fine. But it feels more like burying your head in the sand at this point against some real "smoking guns". Quantum optical effects in microtubules dampened by anesthesia, quantum is not so extraordinary: https://t.co/GhMJmN2MDF
RT @StuartHameroff: MT waveguide diameter (15 nm) would be ultraviolet or faster which would be ionizing. (However MT-composed cilia with…
RT @StuartHameroff: MT waveguide diameter (15 nm) would be ultraviolet or faster which would be ionizing. (However MT-composed cilia with…
RT @StuartHameroff: MT waveguide diameter (15 nm) would be ultraviolet or faster which would be ionizing. (However MT-composed cilia with…
MT waveguide diameter (15 nm) would be ultraviolet or faster which would be ionizing. (However MT-composed cilia with 150 nm diameter are photo detectors.) Nonetheless MTs are surprisingly efficient light harvesters https://t.co/iO404P4bJE UV gets converted to excitons which https://t.co/9o1lX8M6yv
RT @StuartHameroff: Just curious. What is the Cogitate ecosystem? A slush fund from the failed adversarial collaborations between IIT and…
RT @StuartHameroff: Just curious. What is the Cogitate ecosystem? A slush fund from the failed adversarial collaborations between IIT and…
Just curious. What is the Cogitate ecosystem? A slush fund from the failed adversarial collaborations between IIT and GNW? Orch OR is the only theory in the TWCF ARC program whose experiment actually supported the theory. https://t.co/iO404P4bJE Can we be supported by Cogitate? https://t.co/N3no1cIQHU
9. https://t.co/gEZeyXzzdS Paper shows biomolecular structures like microtubules sustain quantum states, supporting Orch OR’s mechanism for consciousness.
8. https://t.co/8iFJ6qSavJ Research shows electronic energy migration in microtubules, supporting Orch OR’s view of microtubules as quantum systems for consciousness.
Electronic Energy Migration in Microtubules | ACS Central Science https://t.co/L0VBiecgne
https://t.co/CMVxPLGKgE
You just cited strong evidence. Plus there’s genomic, proteomics and optogenetics from Eckenhoff lab at Penn, and https://t.co/iO404P3DU6 I could go on. What evidence is there for anesthesia acting on any other target? https://t.co/I0kD4AM0n6
RT @StuartHameroff: OK. Each neuron has a billion tubulins switching at 10 megahertz for 10^16 ops/sec/neuron for 10^27 ops/sec/brain. But…
@fluxtheorist There is preliminary evidence bro > “Ultraviolet Superradiance from Mega-Networks of Tryptophan in Biological Architectures” - The Journal of Physical Chemistry B, 2024 > “Electronic Energy Migration in Microtubules” - ACS Central Science, 2023
RT @StuartHameroff: Excellent. Anesthetic gases anesthetize all animals and humans at a particular concentration. Find process inhibited by…
RT @StuartHameroff: Not warm, wet and noisy in quantum underground in microtubules where anesthetics block consciousness. But I declined pu…
RT @StuartHameroff: I’m with you Madam M. Mitochondrial UV photons fuel quantum optics in microtubules leading to consciousness. https://…
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules.…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
RT @StuartHameroff: Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fi…
Microtubules are surprisingly good ‘photon harvestors’. and centrioles and cilia can capture photons and behave like fiber optics. https://t.co/iO404P4bJE We used the Hamming distance to minimize errors in microtubule automata. https://t.co/RsmHNoLZFD https://t.co/NhGcrFEkjZ
Electronic Energy Migration in Microtubules https://t.co/liCeL981AX https://t.co/E2Go77N8ss
@OMinazzoli https://t.co/VseBtBBbSv
RT @StuartHameroff: Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules.…
RT @StuartHameroff: Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules.…
RT @StuartHameroff: Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules.…
RT @StuartHameroff: Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules.…
Way more than toy models. Anesthesia selectively blocks consciousness by dampening quantum vibrations in microtubules. https://t.co/Hq8mYlbWgk https://t.co/73drepN6HV https://t.co/iO404P4bJE https://t.co/khdBMxHEB7
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
@NassimHaramein PDF of article: https://t.co/Nyv35N5bRL
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
RT @NassimHaramein: A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities…
A remarkable study on electronic energy migration in microtubules has revealed unexpected light-harvesting capabilities in these cellular structures. Published in the journal ACS Central Science, the study "Electronic Energy Migration in Microtubules" by a coalition of https://t.co/e1XsC11vBH
@jposhaughnessy A lot to unpack here. e.g. https://t.co/kFOSn7amr6 “Electronic Energy Migration in Microtubules” In the next short thread, I’ll add a few related insights. The way light and ionization affect chemistry is both profound and common-sense. Also profound, the way chemistry affects
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
RT @StuartHameroff: Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtu…
Quantum optical fluorescence in microtubules dampened by anesthesia https://t.co/iO404P4bJE …superradiance in microtubules https://t.co/1bNFMX6bhL Plus quantum time crystal oscillations and entanglement of angular momentum between separated MTs by @anirbanbandyo https://t.co/xaLqWuevpw
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
RT @StuartHameroff: Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dam…
Yes. Consciousness can be measured by what goes away with anesthesia. The best evidence is that anesthesia acts by dampening quantum oscillations in microtubules (necessary for orchestrated collapse). For example: https://t.co/Hq8mYlbWgk https://t.co/iO404P4bJE https://t.co/0xSlDDtx5k
RT @StuartHameroff: Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in micro…
RT @StuartHameroff: Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in micro…
RT @StuartHameroff: Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in micro…
RT @StuartHameroff: Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in micro…
RT @StuartHameroff: Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in micro…
Neuroscience had zero progress re consciousness. The study discussed IS published and shows 1) quantum effects in microtubules which are 2) inhibited by anesthetics, as we predicted. Orch OR is the only consciousness theory with any supportive evidence. https://t.co/iO404P4bJE https://t.co/p6P6ZIQoUt
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
RT @StuartHameroff: Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesi…
Tryptophans have highest dipole transitions in tubulin, soak up UV photons, oscillate and propagate excitons. Anesthesia blocks exciton propagation through microtubules. https://t.co/Hq8mYlbWgk https://t.co/iO404P4bJE https://t.co/mSOhhVgSQV
Мощно ! https://t.co/33kMYOoq2d
"Our studies indicate that microtubules are, unexpectedly, effective light harvesters." https://t.co/8i1pcbIGU3
RT @StuartHameroff: If anesthesia dampens quantum optical effects in microtubules, compare potency for each anesthetic gas in dampening vs…
RT @StuartHameroff: If anesthesia dampens quantum optical effects in microtubules, compare potency for each anesthetic gas in dampening vs…
RT @StuartHameroff: If anesthesia dampens quantum optical effects in microtubules, compare potency for each anesthetic gas in dampening vs…
RT @StuartHameroff: If anesthesia dampens quantum optical effects in microtubules, compare potency for each anesthetic gas in dampening vs…
If anesthesia dampens quantum optical effects in microtubules, compare potency for each anesthetic gas in dampening vs rendering animals and humans unresponsive. If they correlate, quantum optics in microtubules putative mechanism for consciousness. https://t.co/iO404P4bJE https://t.co/vo1BJI7sXm
RT @StuartHameroff: I’m with you Madam M. Mitochondrial UV photons fuel quantum optics in microtubules leading to consciousness. https://…
I’m with you Madam M. Mitochondrial UV photons fuel quantum optics in microtubules leading to consciousness. https://t.co/iO404P3DU6 https://t.co/EX9GSnAG79
RT @StuartHameroff: So no evidence for quantum consciousness….? 1) anesthetics selectively block consciousness exclusively by quantum van d…
RT @StuartHameroff: So no evidence for quantum consciousness….? 1) anesthetics selectively block consciousness exclusively by quantum van d…
@tsarnick This paper shows that quantum states form in microtubules and those states are dampened by anesthetics. What other theory has more evidence? What is your favorite theory of consciousness? https://t.co/GUSHudjPQa
RT @StuartHameroff: So no evidence for quantum consciousness….? 1) anesthetics selectively block consciousness exclusively by quantum van d…
@MissSassbox Both etomidate and isoflurane anesthetics significantly inhibit photoexcitation diffusion and electronic energy migration in microtubules (now, my favorite thing) in the brain. ie. Flip that switch off like Data getting his strings cut. https://t.co/XuAn8o6uyG
@shauseth How about this? https://t.co/VA1XXjxES6
RT @TempletonWorld: See the paper on electronic energy migration in microtubules published in/on the cover of @ACSCentSci https://t.co/Rppq…
See the paper on electronic energy migration in microtubules published in/on the cover of @ACSCentSci https://t.co/RppqrBea1q Authors incl: @AaratKalra, #GregScholes #RogerPenrose, @StuartHameroff, Jack Tuszyński. Image: @AlfyBenny
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @ACSCentSci: Electronic Energy Migration in Microtubules NEW #ASAP by Gregory Scholes & team @PrincetonChem Read it here: https://t.co/…
Electronic Energy Migration in Microtubules NEW #ASAP by Gregory Scholes & team @PrincetonChem Read it here: https://t.co/b8ctYS4EFr https://t.co/2o2Jdkqgk5
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @PrincetonChem: New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,…
RT @PrincetonChem: New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,…
RT @PrincetonChem: New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,…
RT @PrincetonChem: New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,…
RT @PrincetonChem: New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,…
New collab research from the Scholes Lab, @PrincetonMolBio, and colleagues:“Electronic Energy Migration in Microtubules,” in ACS Central Science: https://t.co/ZVeUAm38xe Well done Aarat, Alfy, Sophie, Eric, Austin, Daniel, Travis, Stuart, Bruce, Jack, Sabine, Roger, Greg. https://t.co/I5Ir5TZU4w
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
RT @AaratKalra: Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
Thrilled to share our paper on electronic energy migration in microtubules! Now published in @ACSCentSci
Electronic Energy Migration in Microtubules: https://t.co/sfKSVgphsL The repeating arrangement of tubulin dimers confers great mechanical strength to microtubules, which are used as scaffolds for intracellular macromolecular transport in cells and exploited in biohybrid devices.
RT @_arXiv_physics: [2208.10628] Aarat P. Kalra, Alfy Benny, Sophie M. Travis et al.: Electronic Energy Migration in Microtubules https://t…
RT @_arXiv_physics: [2208.10628] Aarat P. Kalra, Alfy Benny, Sophie M. Travis et al.: Electronic Energy Migration in Microtubules https://t…
Electronic Energy Migration in Microtubules. (arXiv:2208.10628v1 [physics.bio-ph]) https://t.co/oqpBcxYDxj
[2208.10628] Aarat P. Kalra, Alfy Benny, Sophie M. Travis et al.: Electronic Energy Migration in Microtubules https://t.co/aMkN6TrW5h https://t.co/SEE7DkHKoU #physics_bio_ph
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