The vastness and the beauty of the universe one day will come to an end. Worthwhile to spend 30 minutes of your life to watch this marvelous video from @MelodySheep: https://www.youtube.com/watch?v=uD4izuDMUQA
This is Zircaloy-4: the material that revolutionized the nuclear industry.
This is from my archives (2013), I found this beautiful piece of video showing Zircaloy-4 being cut in a Lathe and firing up at the Polytechnic School of University of São Paulo, the place where I proudly did my master in metallurgy with focus in nuclear engineering and nuclear materials under Professor C.G. Schön! Beautiful … Continue reading This is Zircaloy-4: the material that revolutionized the nuclear industry.
Is entropy in high-entropy alloys materials science’s flat earth?
Important thoughts about "high-entropy" alloys...
Oumuamua: the mystery continues!
The mystery of ’Oumuamua, the first interstellar object ever observed, continues to deepen. A new analysis argues that if it were a comet, it would have broken apart as it passed near the sun. Nice text by: Ramin Skibba (Quanta Magazine) https://getpocket.com/explore/item/interstellar-visitor-found-to-be-unlike-a-comet-or-an-asteroid?utm_source=pocket-newtab
Shooting high-power lasers through the stars!
Serving as principal scientist of the Strategic Defense Initiative (SDI) project (aka Star Wars), Dr. Gerold Yonas was a pioneer scientist within the field of Materials at Extremes with a career which started at NASA's JPL and ended at the Sandia National Laboratories. With an impressive collection of scientific works in national security engineering, physicist … Continue reading Shooting high-power lasers through the stars!
Hello Martian’s Jarosite?
Astonishing images from the Red Planet, sent back to us by the NASA's Perseverance probe! What a great moment in science! Mars and its extreme environment it is, of course, a materials at extremes challenge. Coming back to this soon! NASA has set-up a website to share images from the rover Perseverance: https://mars.nasa.gov/mars2020/multimedia/images/
Dr Oppenheimer enjoying the snow storm!
High-entropy alloys are indeed radiation resistant. What about the high-entropy?
In another great collaboration with Oak Ridge National Laboratory and Universities of Huddersfield, Leoben and São Paulo, we have investigated in depth the radiation response of a FeCrMnNi high-entropy alloy (HEA) compared with a commercial austenitic stainless steel. Yes, the HEA outperforms the steel by a 80% margin when thermodynamic stability of the matrix phase … Continue reading High-entropy alloys are indeed radiation resistant. What about the high-entropy?
Space detective talks powerful tools of her trade on Feb. 8
Source: Space detective talks powerful tools of her trade on Feb. 8 How did the Mars Odyssey orbiter identify the elements present on Mars? How do scientists understand not only what planet’s environment is like now, but also what it was in the ancient past? The answer: By detecting gamma rays. Monday, Feb. 8, 5:30–7 … Continue reading Space detective talks powerful tools of her trade on Feb. 8
Three generations of nuclear materials research!
In late 1970s and during 1980s, scientific research on the development of voids and inert gas bubbles in solids – often caused by activation and transmutation of some elements within the context of nuclear materials – was intense and most of the consolidated knowledge on this field is due professors Tom van Den, John H. … Continue reading Three generations of nuclear materials research!
Materials at Extremes 