From the silence of a monastery where he voluntarily enclosed himself for many years, the enlightened mind of Ettore Majorana produced a new mathematics and a new physics which foster a historic leap in human knowledg...From the silence of a monastery where he voluntarily enclosed himself for many years, the enlightened mind of Ettore Majorana produced a new mathematics and a new physics which foster a historic leap in human knowledge. Here we quote his theory and some salient aspects of the construction of a machine, realized by Rolando Pelizza, which have demonstrated how exact and real the hypotheses of Ettore were. The world now has magnificent and new possibilities： it can annihilate matter, produce infinite energy at practically no cost, transmute matter and transfer it to other dimensions. But this knowledge, which we call Third Millennium Physics, will not immediately be available to humanity and first it is necessary to go through a process of gradually acquiring consciousness and change in human attitudes.展开更多
Background and Aim: The Button technique was the operative technique generally used for the reimplantation of coro- nary arteries in the aortic root replacement because of reduced anastomotic complications respect to ...Background and Aim: The Button technique was the operative technique generally used for the reimplantation of coro- nary arteries in the aortic root replacement because of reduced anastomotic complications respect to the original wrapped operation described by Bentall and De Bono. The “Button Inside” technique is a modified Button technique recently performed in all consecutive series of patients operated on aortic root replacement at our Institution. In this study we report early postoperative angiographic results of patients operated on aortic root replacement using the “But- ton Inside” technique. Methods: Magnetic Resonance Imaging angiography was achieved in all patients operated on aortic root replacement. Morphological characteristics of the site of coronary buttons reattachment were accurately evaluated. Results: No postoperative anastomotic leakages were detected at the site of coronary buttons anastomosis. Moreover, in this first series of postoperative control aneurisms of coronary buttons were not detected. Conclusions: Early postoperative non-invasive angiographic results of the “Button Inside” technique are encouraging. This surgical approach for the reattachment of coronary arteries is suggested in aortic root replacement when is possible to mobilize coronary arteries in order to reduce coronary artery anastomotic complications.展开更多
文摘From the silence of a monastery where he voluntarily enclosed himself for many years, the enlightened mind of Ettore Majorana produced a new mathematics and a new physics which foster a historic leap in human knowledge. Here we quote his theory and some salient aspects of the construction of a machine, realized by Rolando Pelizza, which have demonstrated how exact and real the hypotheses of Ettore were. The world now has magnificent and new possibilities： it can annihilate matter, produce infinite energy at practically no cost, transmute matter and transfer it to other dimensions. But this knowledge, which we call Third Millennium Physics, will not immediately be available to humanity and first it is necessary to go through a process of gradually acquiring consciousness and change in human attitudes.
文摘Background and Aim: The Button technique was the operative technique generally used for the reimplantation of coro- nary arteries in the aortic root replacement because of reduced anastomotic complications respect to the original wrapped operation described by Bentall and De Bono. The “Button Inside” technique is a modified Button technique recently performed in all consecutive series of patients operated on aortic root replacement at our Institution. In this study we report early postoperative angiographic results of patients operated on aortic root replacement using the “But- ton Inside” technique. Methods: Magnetic Resonance Imaging angiography was achieved in all patients operated on aortic root replacement. Morphological characteristics of the site of coronary buttons reattachment were accurately evaluated. Results: No postoperative anastomotic leakages were detected at the site of coronary buttons anastomosis. Moreover, in this first series of postoperative control aneurisms of coronary buttons were not detected. Conclusions: Early postoperative non-invasive angiographic results of the “Button Inside” technique are encouraging. This surgical approach for the reattachment of coronary arteries is suggested in aortic root replacement when is possible to mobilize coronary arteries in order to reduce coronary artery anastomotic complications.
