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  The web page “How an accidental discovery made this year could change the world” from BIGTHINK (Lockett, 2022) explores how lithium-ion batteries are inferior to lithium-sulfur batteries. Lithium-ion is used to store charge and power most electrical devices. However, it was reported that lithium-ion harmful to the vast ecosystems, have lifecycle problems from recurrent charging, battery degradation, are not suitable for lightweight applications and volatile inspired Drexel scientists to look into lithium-sulfur batteries  (Lockett, 2022). The lithium-sulfur battery eliminates the above issues, but the trade-off is half the charging cycle of lithium-ion batteries. BIGTHINK reports in comparison to ion batteries, lithium-sulfur batteries will last twice as long, have three times more energy, charges equally fast, reduce battery expansion, better safety margins, and are cheaper (Lockett, 2022). Lithium-sulfur batteries potentially allow a huge range of activities to go full electric lik

The web page “How an accidental discovery made this year could change the world” from BIGTHINK (Lockett, 2022) explores how lithium-ion batteries are inferior to lithium-sulfur batteries. Lithium-ion is used to store charge and power most electrical devices. However it was reported that lithium-ion harmful to the vast ecosystems, have lifecycle problems from recurrent charging, battery degradation, are not suitable for lightweight applications and volatile inspired Drexel scientists to look into lithium-sulfur batteries  (Lockett, 2022).The lithium-sulfur battery eliminates the above issues, but the trade-off is half the charging cycle of lithium-ion batteries. BIGTHINK reports in comparison to ion batteries, lithium-sulfur batteries will last twice as long, have three times more energy, charges equally fast, reduce battery expansion, better safety margins, and are cheaper (Lockett, 2022). Lithium-sulfur batteries potentially allow a huge range of activities to go full electric like sh

The web page “How an accidental discovery made this year could change the world” from BIGTHINK (Lockett, 2022) explores how lithium-ion batteries are inferior to lithium-sulfur batteries. Lithium-ion is used to store charge and power most electrical devices. However it was reported that lithium-ion harmful to the vast ecosystems, have lifecycle problems from recurrent charging, battery degradation, are not suitable for lightweight applications and volatile inspired Drexel scientists to look into Lithium-sulfur batteries  (Lockett, 2022).      The lithium-sulfur battery eliminates the above issues, but the trade-off is half the charging cycle of lithium-ion batteries. BIGTHINK reports in comparison to ion batteries, Lithium-sulfur batteries will last twice as long, have three times more energy, charges equally fast, reduce battery expansion, better safety margins, and are cheaper (Lockett, 2022). Lithium-sulfur batteries potentially allow a huge range of activities to go full electr