| Biological Information Processing in Single Microtubules |
15 Feb 2012 |
8 pages |
| Authors:
Anirban Bandyopadhyay; NATIONAL INST OF MATERIALS AND CHEMICAL RESEARCH TSUKUBA (JAPAN)
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 | By measuring fundamental electronic properties of a single brain microtubule, the researchers have found that it learns 500 states by loss-less ferroelectric memory switching. They confirm that a single microtubule is a resonator with large quality factor, simultaneously operating with three distinct resonance bands, in the kHz, MHz and in the GHz frequency domain. It operates in the pico/femto-watt (1mV, 1pA) domain. They have underpinned its wireless communication and information ... |
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| Study of Opto-Electronic Properties of a Single Microtubule in the Microwave Regime |
11 Dec 2011 |
5 pages |
| Authors:
Anirban Bandyopadhyay; NATIONAL INST FOR MATERIALS SCIENCE TSUKUBA IBARAKI (JAPAN)
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| This is the first annual report of a three-year project. In progress to date, the research group has isolated a single brain microtubule and measured its electronic properties using a four probe technique. For the first time in the world we have isolated single brain microtubule and measured its electronic properties using four probe technique. One of the greatest challenges of the AC measurement on the nanowires is that the ... |
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| Biological Information Processing in Single Microtubules |
20 Aug 2011 |
5 pages |
| Authors:
Anirban Bandyopadhyay; NATIONAL INST FOR MATERIALS SCIENCE TSUKUBA IBARAKI (JAPAN)
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| This is the first annual report of a project isolate single brain microtubules reproduced 200,000 times faster than by conventional methods, by using radio wave controlled technology. This radio wave controlled technology to condense proteins adopting protein synchrony. We could take proteins from various samples and could generate synchrony in the water solution; this technology in future would help us in instant testing of inventory drug molecules. Until date it ... |
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| State of the Art Review: Information Processing in Microtubules |
06-Oct-2009 |
49 pages |
| Authors:
Anirban Bandyopadhyay; NATIONAL INST FOR MATERIALS SCIENCE TSUKUBA IBARAKI (JAPAN)
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| It is very well regarded that the intelligence of a single cell, information-processing and communication is controlled by bundles of microtubules. One of the fundamental aspects of future nano-robots to carry out bloodless, fatal less medical surgery is to understand the fundamentals of this information processing so that it does not destroy the entire system rather than saving it from degradation. Therefore, revealing the mysterious electronics and communication properties of ... |
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