Volume 5  Issue 1  1000e129J Biosens BioelectronISSN: 2155-6210 JBSB - PDF document

Yupapin PP Human Ad Hoc Networks using Telepathic Connections. J Biosens Bioelectron 5: e129. Page 2 of 3 e human contact memory is established by the rst registration during the rst perception and contact between two people (Alice: Sender and Bob: End user), which will be kept (allocated) within the human brain space permanently. e security codes between them will be generated and the information blocked by their security codes if the end user (Bob) is not the required one. On the other hand, the unlocked information will be transmitted if the required end user is conrmed by the feedback brain signals (spirit signals), i.e. telepathic link, where nally, the required security codes will be opened and the information will be transmitted. Moreover, the quantum ip-op signals can also be generated by using a coherent light source propagates within micro-optical device, where the Rabi oscillation frequency can be established for the started/stopped transmission bits security, in which the stream of information can be securely transmitted in the telepathic communication.e scanning image information will be recognized of the required end users by million brain cells, where they will be addressed within the brain memory by many layers and sub-layers in the brain cloud computing system [14]. e image recovery can be done by the image pattern recognition recovery, in which the probability of image pattern recognition, where the identical image probability is the criteria of recovery decision. e projection of coherent signals will bring the de-coherent states, where the collapse of waves will bring the required results (required image recovery).used as dynamic voiceless networks by using the thin lm electronic The authors would like to acknowledge the King Mongkut’s Institute of Technology Ladkrabang (KMITL), Bangkok 10520, Thailand for giving the research M, Sunat K, Mitatha S, Yupapin PP (2010) Vehicular ad hoc network for a surveillance system using multi-frequency band enhancement. M, Johansson P, Larsson P (2000) Wireless ad hoc networks-The art upapin PP (2013) Nonlinear coupling effects of waves in a panda ring. Science N, Moonfangklang N, Mitatha S, YupapinPP (2012) Novel nano-antenna system design using photonic spin in a panda ring resonator. upapin PP, Thammawongsa N, Ali J (2014) Consciousness and sub-consciousness detection model under Cerenkov radiation. Microw. And Opt. Techn.Lett. In press. amee K, Chaiwong K, Yothapakdee K, Yupapin PP (2013) Brain signal monitoring and encoding for humanoid robots use. J Biosensors and thus, the telepathic signal becomes the stronger signals in this situation. The original telepathic signal without noise is able to link for long distance, for instance, Buddhist saint can have such ability. Figure 2: Tgngrcthke tgngrhopy oodgn, whgtg thkp �no ortkecn ttcpuegkvgt (hotg head tag) can be used incorporating blue tooth (ear tag) for each user. (a) (b) Figure 3: Human ad hoc networks, where (a) telepathic server(b) ad hoc Yupapin PP Human Ad Hoc Networks using Telepathic Connections. J Biosens Bioelectron 5: e129. Page 3 of 3 7. Yupapin PP (2014) Micro-Cloud Computing System by Human Quantum Computer. J Biosensors and Bioelectronics 5: e127. , Purkayastha BS (2010) Development telepathic power of network using neural network approach. Wireless Communication and Sensor Computing, R, Avraamides L (2009) An automated test for telepathy in connection AT, Choudhury T, Hu S, Lu H, Mukerjee MK (2010) NeuroPhone: Brain mobile phone interface using a wireless EEG headset. MobiHeld 2010, 11. Telepathic communication, Google search, March, 2014.12. upapin PP, Pantian S, Ali J (2014) Novel design Rabi oscillation system for human quantum life detection probe. Life Sci J 11: 235-243. Yupapin PP (2013) THz Rabi frequency oscillation for human consciousness/sub-consciousness detection probe use. J Biosensors and Yupapin PP (2014) Micro-cloud computing system by human quantum computer, J Biosensors and Bioelectronics, 5(1), e127. Volume 5  Issue 1  1000e129J Biosens BioelectronISSN: 2155-6210 JBSBE, an open access journal Volume 5  Issue 1  1000e129J Biosens BioelectronISSN: 2155-6210 JBSBE, an open access journal Editorial Yupapin, J Biosens Bioelectron 2014, 5:110.4172/2155-6210.1000e129 *Corresponding author:Yupapin PP, Advanced Studies Center, Department ofPhysics, Faculty of Science, King Mongkut’s Institute of Technology Ladkrabang, Bangkok (KMITL), Thailand, Tel: +66 0 2329 80; E-mail: March March 13Human Ad Hoc Networks using Telepathic Connections. J Biosens Bioelectron 5: e129. © 2014 Yupapin PPThis is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and Yupapin PPAdvanced Studies Center, Department of Physics, Faculty of Science, King Mongkut’s Institute of Technology Ladkrabang (KMITL), Bangkok 10520, ThailandQuantum Life Institute, Supakorn Biz-town, Sainoi, Nonthaburi 11150, ThailandThailandgroup of people with security and privacy is plausible, in which the dynamic network, for instance, sport rally network, vehicular network, conference participant network, community network and modern social network can also be implemented. Systematically, the ad hoc network is required the mobile communication/electronic instruments including the central controller (dynamic server). Human ad hoc network can be formed by such a system that can provide the short range dynamic network among people, where the basic communication requirement is a brain signal, where the required commands are generated and linked to the information, which is propagated via the whispering gallery mode of coherent light (brain signal) to the required destination [3]. is is allowed the closed loop of communication, which is required the electronic instruments such as amplier, lter, lter, Basically, brain signal is used as telepathic communication communication formed by the whispering gallery mode, which can be amplied for higher eld strength before propagation via a thin lm antenna to the destination, where the signal modulation and lter are required. required. range communication link, which is shown by the model in Figure 1 [11]. e ability to send to and receive from each other thoughts and electronic instruments such as amplier, which is modulated and [12-14], which will be harder for others to sense. People psychically put up a shield to prevent them from seeing his/her intentions. is is the transceivers between users, while the ad hoc network can be formed required signals can be accepted and demodulated by the end user antennas, where nally, the corrected signals can be connected by cells cells by a blue tooth tag, which is linked between brain signals and thin lm nano-antenna. Human ad hoc network can be implemented by using the short range wireless communication network, where the group of users can be linked and communicated dynamically, where the controlled unit (server) is existed and moved among the users. In Figure 3a [11], the individual telepathic signals can be monitored and linked by the network can be formed as shown in Figure 3b [11], which is controlled and linked by the central server. e important issue of telepathic Figure 1: Short range telepathic communication link. Biosensors & Bioelectronics Journal of Biosenssor &BioelectronicsISSN: 2155-6210