GENIO italiano Giuseppe Cotellessa

Commento del Dott. Massimo Lucani sulle applicazioni pratiche del procedimento del brevetto ENEA RM2012A000637 / Dr. Massimo Lucani's  comments on practical applications of the patent process ENEA RM2012A000637on practical applications of the patent process ENEA RM2012A000637 / Commentaires du Dr. Massimo Lucani sur les applications pratiques de la procédure du brevet ENEA RM2012A000637 / Kommentare von Dr. Massimo Lucani auf die praktische Anwendung des Patentprozesses ENEA RM2012A000637 / Comenta el Dr. Massimo Lucani en las aplicaciones prácticas del proceso de patente ENEA RM2012A000637 / Comenta o Dr. Massimo Lucani em aplicações práticas do processo de patente ENEA RM2012A000637 / Комментарии доктор Массимо Lucani на практическом применении патентной процесса ЭНЕА RM2012A000637 / 评论马西莫卢西亚妮博士专利程序ENEA RM2012A000637的实际应用 / 博士マッシモ・ルチアーニは、特許プロセスENEA RM2012A000637の実用的なアプリケーションへのコメント Le applicazioni pratiche alle più diverse tecnologie del procedimento del brevetto ENEA RM201

GENIO Italiano Giuseppe Cotellessa: GENIO Italiano Giuseppe Cotellessa: Commento del D... : GENIO Italiano Giuseppe Cotellessa: Commento del Dott. Massimo Lucani su procedimento ... : Commento del Dott. Massimo Lucani su procediment...

Largest ever space mirror revealed by NASA /Grande specchio per lo spazio mai rivelato dalla NASA. Segnalato dal Dott. Giuseppe Cotellessa /  Reported by Dr. Joseph Cotellessa 6.5m diameter primary mirror of the James Webb Space Telescope is uncovered for the first time The primary mirror for the largest ever space telescope has been revealed for the first time at NASA’s Goddard Space Center in Maryland. The 6.5m-diameter primary mirror for the James Webb Space Telescope (JWST), which will be the successor to the Hubble Telescope when it is launched in 2018, has been uncovered in preparation for the fitting of the telescope’s vital instrumentation. While previous space telescope mirrors have been single pieces, JWST’s primary mirror – the component that collects photons from its distant observation targets and determines both the brightness of its images and how far it can see into space – is so big that it is built up from sections. The mirror comprises eighteen

GENIO Italiano Giuseppe Cotellessa: Commento del Dott. Massimo Lucani su procedimento ... : Commento del Dott. Massimo Lucani su procedimento brevetto ENEA RM2012A000637 / Dott. Massimo Lucani's comment about patent procedure EN...

Commento del Dott. Massimo Lucani su procedimento brevetto ENEA RM2012A000637 / Dott. Massimo Lucani's comment about patent procedure ENEA RM2012A000637 /  Commentaires du Dr. Massimo Lucani de la procédure de brevet ENEA RM2012A000637 /  Kommentare Dr. Massimo Lucani von Patentverfahren ENEA RM2012A000637 /  Comenta el Dr. Massimo Lucani del procedimiento de patentes ENEA RM2012A000637 / Comenta o Dr. Massimo Lucani de processo de patente ENEA RM2012A000637 / Комментарии доктор Массимо Lucani патентной процедуры ЭНЕА RM2012A000637 / 评论马西莫卢西亚妮博士专利程序ENEA RM2012A000637的 / 博士マッシモ・ルチアーニは、特許手続きENEA RM2012A000637のコメント Il fatto di realizzare con il procedimento del brevetto ENEA RM2012A000637 del genio italiano Dott. Giuseppe Cotellessa una sintesi matematica degli eventi indipendentemente dagli osservatori e dal tempo appare come illuminante per il futuro dell'umanità. The thing to realize with the patent process ENEA RM2012A000637 of the Italian genius Dott. Giuseppe Cot

GENIO Italiano Giuseppe Cotellessa: GENIO Italiano Giuseppe Cotellessa: Microfluidic C... : GENIO Italiano Giuseppe Cotellessa: Microfluidic Chip Predicts Cancer’s Drug Resistanc... : Microfluidic Chip Predicts Cancer’s Drug Resista...

3D X-ray imaging technology provides fresh insight into lung disease / 3D X-ray Una tecnologia basata su immagini 3D a raggi X fornisce una visione aggiornata in malattie polmonari. Segnalato dal Dott. Giuseppe Cotellessa /  Reported by Dr. Joseph Cotellessa Advanced 3D X-ray imaging technology is providing new insight into the way an aggressive form of lung disease develops. Originally designed for the analysis of engineering parts such as jet turbine blades, the scanning equipment at Southampton University’s µ-VIS Centre for Computed Tomography, has been used to image Idiopathic Pulmonary Fibrosis (IPF) lung tissue samples for the first time. IPF is usually diagnosed via a hospital CT scan or by using a microscope to view a lung biopsy sample however Southampton researchers have now applied Microfocus CT to image biopsy samples. This allowed them to view each lung sample with a level of detail similar to an optical microscope but now in 3D. It had been though