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Antonio Manzalini
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Heat transport phenomena at the Plank-scale.
The
Planck scale corresponds to the extreme classical limit of Quantum Mechanics:
in fact, as we’ve seen, the Planck mass is about 2.17651 10 −8 kg corresponding
to a Schwarzchild Black Hole of radius equivalent to the Planck length, 1.6162
10 −35 m. A
Plan...
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Vacuum of space as a superfluid of Planck mass particles
Max Planck had shown in 1911 that
quantum theory demands that the vacuum is not empty but rather filled with the
quantum mechanical zero point energy, called an aether by Walther Nernst. Walther Nernst is best known for his contributions to thermodynamics, ...
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What's Planck-scale Physics ?
Max
Planck was a well-respected and physicist primarily known on his role as the
originator of Quantum Theory. Source : https://en.wikipedia.org/wiki/Max_Planck Max
Planck proposed the so-called Planck units one century ago. He
intended to provide a set of ...
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Multi Access Edge Computing: Telcos cooperation in IaaS vs PaaS scenarios
It was 2013 when IEEE Com.
Magazine (2013) published my paper “Clouds of Virtual Machines in Edge
Networks”, a first seminal work on Edge Computing. Paper claimed (for the first time to my knowledge) the advantages of bringing the Cloud model towards the ed...
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When Will Networks Have Common Sense? Generative Adversarial Networks are on the way…
Generative Adversarial Networks (GANs) is a
relatively new Machine Learning architecture for neural networks: it was first
introduced in 2014 by University of Montreal (see this paper ). In order to better capture the value of GANs,
one has to consider the ...
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A.I. for mitigating the "complexity" of the Digital Transformation
Several
techno-economic drivers which are paving the way to a profound digital
transformation of the Telecommunications infrastructures . Among these drivers,
there are: the diffusion of ultra-broadband, the increasing of performance of
IT systems vs the do...
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The rise of a 5G Networked AI with humans-in-the-loop
The
programmability, flexibility and high levels of automation of 5G operations
will reduce costs (e.g., OPEX) and create new service paradigms which might be
even beyond our imagination. Some examples concern the applications of the
Internet of Things, Tac...
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How cloudy and green will mobile network and services be?
The CLEEN international
workshop series is about “Cloud Technologies and Energy Efficiency in Mobile
Communication Networks” and during all these years obtained a great interest
from both research and industry. Every year the CLEEN workshops collaborated
wi...
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The "Nervous System" of Smart Cities...
The metaphor of future networks (e.g., SDN/NFV, 5G) becoming the "Nervous System" of Digital Society and Economy has been mentioned several time in this blog. I remember I made a welcome presentation at EuCNC-2014 showing this picture, elaborating this visi...
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Accelerating Network Innovation with an Open, Disaggregated Network Operating System
It has bee mentioned several times in this blog (but not only) that the model of an Operating System for future SDN/NFV infrastructures evolving towards 5G, would be a "game changer" at least for reaching three targets: Smart Opex (e.g., with simplified and...
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