I studied very hard to enter an upper school. I was also hungry for education and, thus, eager to get out of my deteriorated middle school. Over the following couple of years, life was miserable with hunger and depression. The War ended in 1945 when I was 14 years old. We were sent to factories as workers and soon exposed to heavy bombardment. Regular classes lasted less than two years. The situation became rapidly worse, when I proceeded to middle school (in 1943). Although the Pacific War had already broken out in 1941, life was still calm during my time in primary school. I was born in 1931 in a city near Osaka and was the middle of three sons. MY SCHOOL TIME AND FOLLOWING COSMIC-RAY RESEARCH To meet such a chance is rare in one's lifetime. I was not only a witness of the drama of the rapid development but I was also able to take part in it as one of the players. Through these tough experiences, I learned many valuable lessons.Īdvances in X-ray astronomy have been amazingly fast. I became involved in a number of satellite missions. This was the seminal period of space science in Japan. The second was moving from Nagoya University to ISAS (Institute of Space and Aeronautical Science, University of Tokyo, which later became the National Institute of Space and Astronautical Science, as explained below), where I spent twenty years, the second half of my research life. The first turning point was the occasion to work in the Netherlands, during which period my interest drifted from original cosmic-ray research into cosmic X-ray research discovered by Giacconi and his collaborators. Looking back, I realize now that I had also gone through turning points twice. Even so, it was far beyond my imagination that I would enter the astrophysics field, where my research career eventually ended up.Įverybody may encounter turning points in one's life. As time went on, according to what I chose to work on, my interest gradually shifted. However, it was not easy in Japan at that time to find experimental subjects in this field, except in cosmic-ray physics. This could have influenced me, since it looked to be a pioneering field. Hideki Yukawa received the Nobel Prize for his meson theory in 1949, which was the year I entered university. First, I wished to go into the field of elementary particle physics. Improved: Code-signing requirements are now checked on every launch to harden the app against the possibility of post-Gatekeeper hijacking.When I look back at my past, it surprises me that so little was foreseen.Improved: Detector definitions have been updated.For convenience, you can review all logs, individual logs or just a list of changes. Analyse and Diagnose: – The History View keeps logs of all the Inspector’s runs and allows you or a technical adviser to analyse and diagnose what changes occurred on your mac.The Inspector runs automatically on launch and whenever you manually use the ‘Record’ function in the Inspector View. Stay Informed: – DetectX warns you when 3rd party applications, processes or files are added or removed to crucial areas of your mac that may impact performance.There are generally three categories of things the Detector searches for: commercial apps with hidden executables, adware and keyloggers. Fix problems: – Use the Detector View to find and trash the hidden and not-so-hidden files belonging to apps and processes that can be responsible for performance problems.The only troubleshooting app that runs on every version of OS X from 2011 to present and that allows you to: DetectX is the troubleshooting tool for your Mac.
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