Anirban Bandyopadhyay
| Dr Anirban Bandyopadhyay | |
|---|---|
| Born | 25th November 1975 Khaskol village, Malda District, West Bengal, India |
| 🏳️ Nationality | Indian |
| 🎓 Alma mater | North Bengal University (1998-2000), Indian Association for the Cultivation of Science (2001-2004), Massachusetts Institute of Technology (2013-2014) |
| 💼 Occupation | Senior Scientist at National Institute for Materials Science, Tsukuba, Japan |
| 🏢 Organization | North Bengal University, Indian Association for the Cultivation of Science, Massachusetts Institute of Technology, National Institute for Materials Science |
| Known for | Molecular electronics, Scanning Tunneling Microscopy, Microtubule, Protein, Nanomachines, Hypercomputing, Cellular Automaton, Nanobot as drug for Cancer and Alzheimers, Neuroscience |
| Notable work | Nanobrain: The making of an artificial brain from time crystal |
| 🏡 Home town | Malda District, West Bengal, India |
| 👶 Children | Archisha Bandyopadhyay |
| 👴 👵 Parents |
|
| Twitter= | |
Anirban Bandyopadhyay[1], an Indian experimental physicist (born in 25th November 1975) is known for linking two different research fields, artificial intelligence with molecular electronics and photonics for the development of a new kind of natural intelligence. He is noted as a pioneer[2] for mimicking biological nested rhythmic network to reverse engineer a human brain.[3]
He came to limelight for inventing nanobrain[4], in 2008, built a 16 Duroquinone molecule-based brain-like computer[5] that looks like a wheel or sliced neuroglia[6] acts like a brain for nanomachines. Building such a brain for nanobots is useful for medical science[7].[8] [9][10] Then in 2010, he emulated natural phenomena like diffusion and evolution of cancer or radioactive explosion on the molecular surface[11] [12] as a precursor to build an organic brain.[13] He continuously advanced nanobrain to the development of brain jelly[14], an organic molecular gel that works like a neural network of a human brain.[15] He measured protein, filaments and neurons to propose a resonance chain model in 2014 ("Bandyopadhyay coherence")[16] the chain is proposed to integrate biosystems like brain components as nested clock architecture[17]. The majority of his reverse engineering of brain research uses electromagnetic resonance induced quantum vibrations of proteins.[18] It is considered a significant contribution to understand the role of scale free fractal resonance of neurons leading to human consciousness.[19] It is one of the keys to explore the quantum mind.[20][21][22]
An early life:[edit]
Born in a musical family,[1] father, late Ajoy Kumar Banerjee and mother Chhanda Banerjee, he grew up in Malda district of West Bengal, India. He studied in Ramkrishna Mission Vivekananda Vidyamandir, Malda and completed an honors degree in Physics from Malda college. He completed a master's degree in Solid state physics, with specialization in Astrophysics from North Bengal University (1998-2000). His master's thesis was on Gravitational wave. He did a doctorate in Indian Association for the Cultivation of science, IACS, from 2001 to 2005. In PhD, he was involved in inventing plastic memory[23] and organic memory switching devices. He joined as ICYS fellow at the International Center for Young Scientists, ICYS in 2005 for building artificial brain. From 2008 April, he is continuing as a permanent faculty in National Institute for Materials Science, NIMS, Japan and developing artificial brain. He was a visiting researcher at Massachusetts Institute of Technology, MIT, 2013–2014. Currently he is jointly at the World Premier Institute (WPI) International Center for Materials and Architectronics (MANA), and Research Center for advanced measurement and characterization (RCAMC) in Japan.
Scale free protein resonance: Microtubule & neuroscience of filaments[edit]
In 1982, Stuart Hameroff predicted that deep inside the neuron cell, microtubule stores memory and processes information. In 2010, in Google techtalk,[24] Bandyopadhyay first disclosed the experimental verification that microtubules (published later) demonstrate memory-switching properties. Protein's electromagnetic resonance has been measured since 1930, but Bandyopadhyay's resonance is a bit different. Several incredible properties of proteins for example carbon nanotube like quantum interference generate only if the biomaterial is pumped at its electromagnetic resonance frequencies.[25] Even in the hippocampal neuron cells, microtubules were found to demonstrate unique resonant oscillations. If deep inside the neuron cell,[26] microtubule, actin like filaments fine tune neuron spikes regulating the human cognition, it would not just change the very idea of Hodgkin Huxley paradigm, the ripple effect would encompass the entire field of artificial intelligence.[27] Most brain building projects consider the neuron membrane as an absolute signal transmitter, if one has to include filaments inside, then, building an artificial brain would be extremely complicated.
Nanobrain, brain jelly and resonance chain[edit]
Nanobrain is the brain for nanobots, the textbook of quantum nanoelectronics writes that hydrogen bonding of 16 DRQ molecules, each molecular switch can take 4 decisions, collectively builds intelligence.[28] In 2010, inspired by Feynmann’s 1962 proposal for developing a futuristic science where there will be no equations and physics laws be played by rules on a checker board, he invented molecular pattern-based computing. 18th Century diffusion law and cancer evolution theories were generated on a bimolecular layer of DDQ molecules.[29] Large scale orbital coupling was used to build molecular cellular automaton realizing geometrodynamics at the molecular scale.
Awards, nominations, fellowships, Public meetings:[edit]
Awards and nominations:[edit]
He won Young Physicist award in 2003 by the Indian Physical Society (IPS). Nominated and finalist of Feynmann prize 2009 in Nanotechnology for inventing nanobrain.[30], became Inamori Foundation Fellow in 2011,[31] Murata Foundation Fellowship, 2011 and Hitachi science and Technology award 2011;[32] Nominated for 1million$ Palo Alto prize, among top five breakthrough ideas to arrest aging by tuning biological rhythms,[33] in 2019, where no clear winner was declared among ten teams made it to the top.[34] Won gold medal from the systems society of India in 2018 (SSI Gold medal)[35]; ex President of India & scientist A. P. J. Abdul Kalam is one of the recipients of this award.
Three days public meeting on demonstrating brain jelly, neuron measurement tools, protein vibration[edit]
"Penrose, Hameroff and Bandyopadhyay will explore their theories during a session on “Microtubules and the Big Consciousness Debate” at the Brainstorm Sessions, a public three-day event at the Brakke Grond in Amsterdam, the Netherlands, January 16–18, 2014", reviewed Kurzweil AI.[36]
Day 1; January 16. Consciousness: Orch-OR and scale free protein resonance: Sir Roger Penrose, Stuart Hameroff and Anirban Bandyopadhyay.
Day 2; January 17. Brain jelly and coaxial probe experiments on neurons: An exhibition of how measurements are done in a lab.[37]
Day 3; January 18. Inventing new musical instrument to replicate protein's scale free triplet of the triplet resonance band[38]
Detailed report on the programs[39] suggest that Frank Theys, known for scientific documentaries curated and organized the entire event, sponsored by Belgium science and culture Ministry.
External links: Plenary, Keynote lectures, Interviews & Book series[edit]
Bandyopadhyay's initial basic microtubule and protein studies in 2010 took the shape of a rhythmic model for the brain. Currently it seems universal time crystal model of the human brain is the complete temporal model of the human brain as he has published a monograph, Nanobrain: the making of an artificial brain made of a time crystal.. Bandyopadhyay argued in 2016 in the plenary discussions that it is inevitable that Robots would rule, unless we make conscious machines at the quantum security in the project Q3 funded by UNESCO in 2016, Sidney, Australia. He outlined human threats in a personal interview on robots taking over the human race. A short byte on consciousness emphasized time crystal based mathematical or geometric bonding of rhythms in biology MindByte, he argued for nested rhythms regulating decision-making in the life forms.
Professor Kanad Ray from Amity University, Anirban Bandyopadhyay and Professor Chi-Sang Poon from MIT were noted as series editors of international book series on Systems of Rhythm Engineering (SRI) along with a conference series Trends in Computational and Cognitive Engineering (TCCE), both initiatives help global research efforts on nested rhythms from economics to astrophysics, computer science to the building of artificial brain. SRI and TCCE are extensions of philanthropic efforts by Anirban Bandyopadhyay as his mother has set up an International Institute of invincible Rhythms (IIIR) in Shimla, India. IL Foglio called IIIR a Himalayan dream for humanity.[40]
References:[edit]
- ↑ 1.0 1.1 Victoria Adelaide | OCT 23. 2017, Anirban Bandyopadhyay, Beautiful Humans: A magazine with a purpose: An interview series of celebrities; Interviewed on how Bandyopadhyay's musical and cultural background impacted his research on protein, neuron and artificial brain.
- ↑ Brad Steiger, Sherry Hansen Steiger noted "pioneer in protein frequencies" in the book "Real Visitors, Voices from Beyond, and Parallel Dimensions"; Visible Ink Press, Mar 21, 2016 - Body, Mind & Spirit - 448 pages; ISBN 1578596017, 9781578596010 Search this book on
.
- ↑ R. Kuhn, a series of nine interviews, Closer to truth, series of interviews were published between 2015-2018
- ↑ Jonathan Fildes, Chemical brain controls nanobots, BBC News, 11 March 2008
- ↑ Michael Gross, Chemical wheel could boost computers; March 2008, Chemistry world published by Royal Society of Chemistry,
- ↑ Tiny Brain-Like Computer Created By Charles Q. Choi March 10, 2008; LiveScience
- ↑ The HealthWire: One World Interview series: "Dr. Anirban Bandyopadhyay: The Purpose of Our Human and Universal Evolution"]
- ↑ Christine Peterson, japans-molecular-machine-to-control-nanotechnology-medical-robots Foresight Institute
- ↑ Small Brain Goes Digital : Cybernetic brain prototype created Mar 11, 2008 14:30 GMT By Gabriel Gache
- ↑ Tiny Brain-Like Transistor Controls Nanobots by Lisa Zyga, 12 March 2008; Phys.org; via The Telegraph, Roger Highfield
- ↑ Saswato R. Das; A Molecular Computer That Mimics the Brain: "Weird" computer is made of two layers of organic material; IEEE Spectrum, March 2010
- ↑ Marcia Goodrich; Lessons from the Brain: Toward an Intelligent Molecular Computer; April 25, 2010; Phys. Org.
- ↑ Charles Q. Choi; Molecular Computer Mimics Human Brain April 26, 2010; LiveScience
- ↑ Editorial Review of "Brain Jelly – An Organic, Brain-Like Computer without Circuits or Logic Gates"; Posted on 3 June 2014 by MDPI Magazine
- ↑ Michael Berger, Brain jelly - design and construction of an organic, brain-like computer; Spotlight of Nanowrek, February 10, 2014; Brain jelly was reviewed from neuromorphic computing and brain-building perspective here
- ↑ Stuart Hameroff and Roger Penrose; Consciousness in the universe: A review of the ‘Orch OR’ theory; Physics of Life Reviews; Volume 11, Issue 1, March 2014, Pages 39-78; cited 717 times on 11th June 2020. The paper identified unique protein resonance as "Bandyopadhyay coherence"
- ↑ Tam Hunt, Resonance chains and new models of the neuron, June 16, 2019; The article was a revised form of an original article by Tam Hunt "How Deep is the Neuron?" published February 17, 2017; in the journal for the society for the advancement of metadarwinsm
- ↑ Mareike Gutschner, Discovery of Quantum Vibrations in “Microtubules” Inside Brain Neurons Corroborates Controversial 20-Year-Old Theory of Consciousness; Elsevier, Amsterdam, January 16, 2014
- ↑ Tam Hunt and Jonathan W. Schooler; The Easy Part of the Hard Problem: A Resonance Theory of Consciousness; Front. Hum. Neurosci., 31 October 2019. The paper notes the Fractal Information Theory, FIT proposed by Anirban Bandyopadhyay | doi:10.3389/fnhum.2019.00378
- ↑ Potter R., Quantum Consciousness, Lulu Press, Inc, Nov 17, 2019; ISBN 024483718X, 9780244837181 Search this book on .; Bandyopadhyay is noted in page 136
- ↑ Thow Yick Liang, Complexity-intelligence Strategy: A New Paradigmatic Shift; World Scientific Publishing Company, Dec 15, 2016 - 740 pages ISBN 9813200650, 9789813200654 Search this book on .; Bandyopadhyay is noted in page 514
- ↑ Alexander Wendt; Quantum Mind and Social Science; Cambridge University Press, Apr 23, 2015 - Psychology - 354 pages; page 106, Wendt suggested that Bandyopadhyay's study is related to single microtubule, single neuron
- ↑ Kimberly Patch, Plastic computer memory advances, Technology Research news, July 03, 2002
- ↑ Google tech talk organized by Hartmut Neven delivered on 22nd October 2010 is a detailed analysis of experimental set ups "microtubule as a fourth circuit element" single microtubule meaurement.
- ↑ Elva Carri, editorial, Good quantum vibrations, Good vibrations just got physical, Psoitive Life
- ↑ Ganapati S Mudur, Deep inside the cells, key to the mind, The telegraph, 03,04.2015
- ↑ Steve Volk, Can Quantum Physics Explain Consciousness? One Scientist Thinks It Might; Discover, March 2, 2018
- ↑ Edward L. Wolf, Quantum Nanoelectronics: An introduction to electronic nanotechnology and quantum computing, Wiley-VCH (Physics textbook studied in several universities), ISBN 978-3-527-40749-1 Search this book on .; Nov 2015; page 123 describes foundation of Nanobrain
- ↑ Adamatzky, A. A review of Bandyopadhyay's work "Aromatic arithmetic". Nature Phys 6, 325–326 (2010). doi:10.1038/nphys1663
- ↑ List of the finalists of 2008 Feynmann prize, awarded by Foresight Institute
- ↑ For the discovery of nanobrain and brain jelly, the fellowship offered lifetime fellowship of the foundation and SSS philanthropic society membership, lifetime
- ↑ Murata science foundation awards young scientists various recognitions every year. The award sponsored by Hitachi science and technology foundation for 2011 recipient Aniran Bandyopadhyay
- ↑ Marguerite McNeal. The race for reverse aging: Five breakthroughs that could cheat death
- ↑ Ten teams were selected globally who fought for the prize, Palo Alto foundation offered 1 million USD
- ↑ On December 13th 2017, at the DEI, Agra, India, the gold medal was handed over to Dr. Bandyopadhyay by SSI president, list of awardees are here
- ↑ Discovery of quantum vibrations in microtubules inside brain neurons corroborates controversial 20-year-old theory of consciousness; January 16, 2014; Kurzweil AI; AI (Accelerating Intelligence, Stories in progress, SIP)
- ↑ Metropolis M reported and reviewed the exhibition hall and captured event images.
- ↑ The conference day proceedings detail the concepts and key discussions. The correlation between Indian raga and protein vibrations was demonstrated using Santoor modified musical instrument. Incognito invited for public event
- ↑ Expositie Neurons Firing: Onderdeel van The Brainstorm Sessions; scroll down to find program details in English
- ↑ Il campus futurista sull'HimalayaL' International Institute of Invincible Rhythms che tra musica e neuroscienze studierà i ritmi dell'universo di Massimo Piattelli Palmarini, 18 Novembre 2017 alle 06:22
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