Profile: Daniel C. Guariento

Personal background

I'm from São Paulo, Brazil. I am a grad student at USP (São Paulo University). As I try to get through this terribly (and terrificly) difficult and challenging course, I also study classical piano and Choy-Lay-Fut Kung Fu. These very contrasting areas of interest actually contribute to keeping my brains together while I study General Relativity, Advanced Calculus, Group Theory and Stellar Astrophysics.

After I graduate, I intend to become PhD in Cosmology and investigate the Big Bang and the evolution of the Universe.
Thoughts about SETI and SETI@home
I believe that finding extraterrestrial life is only a matter of time and technology. The sun-like stars (G spectrum type) are some of the most ordinary stars around, and given all the recent discoveries on extra-solar planets, followed by their projections on terrestrial planets (about one out of every four G stars are likely to have Earth-like planets, even at distances to their sun similar to our own, that is, between 0.8 to 1.2 AU), it is a violation of the Statistics laws to think that there is just us.

The SETI Project itself is a wonderful initiative, because as though it has little guarantees of ever finding anything (human technology is, after all, still a limitation), it is a necessary work to be done. We must try.

The SETI@home is one of the most touching projects I've ever encuntered, because it accomplishes part of a dream about having all mankind united into a single purpose. I guess this says it all:

"In all our searching, the only thing we found that makes emptiness bearable is each other."
-- the alien Theodore Arroway, Contact (the movie)
Your feedback on this profile
Recommend this profile for User of the Day: I like this profile
Alert administrators to an offensive profile: I do not like this profile
Account data View
Team Fisica - USP

©2017 University of California
SETI@home and Astropulse are funded by grants from the National Science Foundation, NASA, and donations from SETI@home volunteers. AstroPulse is funded in part by the NSF through grant AST-0307956.