OYO STATE HOUSE OF REPRESENTATIVES FINAL LIST OF CANDIDATES. (PHOTO).

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 OYO STATE HOUSE OF REPRESENTATIVES FINAL LIST OF CANDIDATES 1. Babanumi Sunday Olusegun 61yr Ibadan South West/North West 2. Abiola Saheed Ayoola 52yr Oluyole Federal Constituency 3. Oluseye Gbaroye Ebenezer 55yr Egbeda/Ona Ara Federal constituency  4. Kameel Olaleye Olatunji 47yr Ibadan North Federal constituency  5. AbdulRaheem Lateefat Oyenike 36yr Oyo east/West/Atiba/Afijio 6. Ademola Adewole 30yr Ogo Oluwa/ Surulere Federal constituency 7. Iroko Segun Abednigo 53yr Irepo/Olorunsogo/Oorelope 8. Ajayi Julius Oluwatosin 32yr Ogbomoso South/North/Orire 9. Azeez Kazeem 39yr Akinyele/Lagelu Federal constituency 10. Adeyemo Bolanle Ganiyu 46yr Ido/Ibarapa East federal constituency  11. Olatunbosun Olajide Boladele 57yr Saki West/East/Atisbo federal constituency  12. Afolabi Segun Abiodun 45yr Ibarapa north/central federal constituency  13. Ismail Lawal Abidemi 43yr Ibadan North east/south east 14. Adebayo Peter Ewajesu 57yr Itesiwaju/iseyin/Kajola/iwajowa

MYSTERY MATERIAL HIDDEN FOR 80 YEARS FOUND AT HIROSHIMA ATOMIC BOMB SITE.(PHOTO).


  Mystery material hidden for 80 years found at Hiroshima atomic bomb site


Scientists have identified a previously unknown metal alloy created during the atomic bomb explosion over Hiroshima in 1945. Researchers discovered the microscopic alloy inside tiny grains of radioactive fallout, known as "hiroshimaite," collected from beach sands in Hiroshima Bay nearly 80 years after the bombing.


The team believes the alloy formed inside the nuclear fireball, where temperatures exceeded 7,000°C, instantly vaporising buildings, steel, glass and soil before the materials cooled within moments. Those extreme conditions produced a substance unlike any previously recorded by scientists.


The newly discovered alloy consists of iron, chromium, nickel, manganese, molybdenum, silicon and aluminium — elements commonly found in stainless steel. However, researchers found that the atoms combined into a completely new crystal structure as the fireball cooled at an extraordinary rate.


Scientists from the University of Florence made the discovery while analysing 34 glassy fallout particles recovered from Hiroshima Bay. Using advanced microscopes and X-ray analysis, they searched for unusual materials created during the explosion.


One metallic grain, measuring only a few thousandths of a millimetre across, stood out because its internal atomic structure did not match any known material. After comparing it with thousands of existing alloys, the researchers concluded they had identified a previously unknown multicomponent alloy.


Writing in the journal Science Advances, the researchers said: "We report the discovery of a previously unknown multicomponent alloy recovered from beach sands of Hiroshima Bay, formed during the August 6, 1945 atomic airburst."


The scientists believe the finding suggests other unknown materials may still be hidden among microscopic debris left behind by the bombing. They added that studying such materials could improve understanding of how matter behaves under extreme temperatures and pressures.


The atomic bomb, codenamed "Little Boy," was dropped on Hiroshima at 8:15 a.m. on August 6, 1945. It detonated approximately 1,900 feet above the city with an explosive force equivalent to about 15,000 tons of TNT. An estimated 60,000 to 80,000 people were killed instantly. By the end of 1945, the death toll had risen to about 140,000 as thousands more died from burns, injuries and radiation sickness.


#Hiroshima #WW2 #Science #Discovery #AtomicBomb #NuclearHisto

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