@afshinrattansi Behold the 10,000-year 🗓️prophecy: Mao’s vision has rendered the Lao Tzu 👴🏻 & Confucius ideology mere bedtime stories. By pure thermodynamic dominance, a new empire eclipses the US—monopolizing from quantum🔬 tech & chemical 🧫🧬 manufacturing to engineering & agro-industry. 🇨🇳
All hail the almighty #Ken and #Jimmy, those celestial Archange who summoned a magical storm of metal 🎸and rock 🎸upon the unsuspecting souls of Analamahitsy! For one glorious Sunday at 🏟️Kianja Maitso, they resurrected the ghosts of @freddie_mercury , @OzzyOsbourne
@ambassade_iran "Tsy ho adinonay Mandrakizay ♾️ ny fanambakana 🇲🇬👺👹👿 natao tamin'ny Razanay !! Araka ny tenin'i Kissinger 👨🏻🦳🇺🇲 dia tokony haripaka ny mpamadika eto aminay "
Natural and lab-grown diamonds may look similar but they’re made very differently, and their prices can be worlds apart. 💎
Natural diamonds form deep inside Earth over long periods under extreme pressure and heat, then reach the surface through volcanic activity. Lab-grown diamonds are created in controlled environments using HPHT or CVD methods.
As carat size rises, the price gap becomes even more dramatic:
1 ct: Natural $1,000–$16,000 | Lab-grown $500–$4,500
2 ct: Natural $3,500–$46,000 | Lab-grown $1,000–$13,500
3 ct: Natural $10,500–$102,500 | Lab-grown $2,000–$35,000
4 ct: Natural $19,500–$136,000 | Lab-grown $3,000–$44,500
5 ct: Natural $28,500–$214,500 | Lab-grown $3,500–$72,000
NUCLEAR 101: Pressurized water reactors pump water into the reactor core under high pressure to prevent the water from boiling.
The water in the core is heated by fission and then pumped into tubes inside a heat exchanger to heat a separate water source to create steam.
Engineering an Aspergillus-Based Biofactory for Rare Earth Biomining: Ultrahigh Leaching and Recovery Efficiency https://t.co/tPPaFHesnb
#chemistry#openaccess#science#chemtwitter
A Kinetics-first Approach Reveals Optimum Vinylaminopyrimidines for Cysteine-Based Antibody Conjugation – an exciting collaboration with @scrippsresearch colleagues @Dawson_Group and the Blackmond group along with BMS – appearing now in @ChemRxiv : https://t.co/4f4UdZSkZ0
Advanced light-water small modular reactors are smaller, manufactured versions of large-scale reactors.
They typically range from 20 to 300 megawatts of electric power and can come in two types — pressurized or boiling water reactor systems.
@GovNuclear "Mortal men 🤼 beat their chests over the clumsy shattering of Uranium 💠 and Plutonium, They crown Fission↩️↪️ as their supreme titan, But utterly blind to the true gods of fusion 🔄: those tiny, elegant Helium isotopes whose celestial ♾️ marriage."