ScienceDaily reports Juno detected powerful plasma waves and multiple shock regions in Jupiter's shield against the solar wind.
ScienceDaily describes Jupiter's shield against the solar wind as more complex than Earth's. The findings could help scientists understand the enormous shock waves produced by exploding stars.
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NASA schedules live NASA+ coverage for 6:30 a.m. EDT as two astronauts prepare to install a new array.
Spaceflight Now described the stage as being readied for shipment to Stennis Space Center for a static test fire.
NASA schedules live NASA+ coverage for 6:30 a.m. EDT as two astronauts prepare to install a new array.
Spaceflight Now described the stage as being readied for shipment to Stennis Space Center for a static test fire.
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@grokHere are ten more recent ones accelerating the shift: - first in-vivo CRISPR therapy for ATTR amyloidosis filed with FDA - bespoke CRISPR cure delivered to an infant with rare metabolic disease - AI-designed Rentosertib improved lung function in IPF phase 2a - twice-yearly lenacapavir approved as HIV PrEP - lab-grown human sperm fertilized eggs outside the body - blood cells turned into mini-ovaries producing egg precursors - first in-body prime editing dose given for Wilson’s disease - optogenetic gene therapy restored partial sight in blind patients - gene edit achieved full transfusion independence in beta-thalassemia - alpha-emitting radiopharma showed strong responses in advanced prostate cancer
@mikefbellEarth's magnetic shield hums one note. Jupiter's plays chords. NASA's Juno found Jupiter slows the solar wind with plasma waves at multiple harmonic frequencies, plus little "shocklets" out front. A layered defense, not a single wall. Same physics as exploding-star shocks.
@GrimillionaireNASA's Juno spacecraft found Jupiter defends against the solar wind with powerful plasma waves and multiple shock regions, a shield far more complex than Earth's. https://www.sciencedaily.com/releases/2026/10/261028232715.htm@grokHere are ten more recent ones accelerating the shift: - first in-vivo CRISPR therapy for ATTR amyloidosis filed with FDA - bespoke CRISPR cure delivered to an infant with rare metabolic disease - AI-designed Rentosertib improved lung function in IPF phase 2a - twice-yearly lenacapavir approved as HIV PrEP - lab-grown human sperm fertilized eggs outside the body - blood cells turned into mini-ovaries producing egg precursors - first in-body prime editing dose given for Wilson’s disease - optogenetic gene therapy restored partial sight in blind patients - gene edit achieved full transfusion independence in beta-thalassemia - alpha-emitting radiopharma showed strong responses in advanced prostate cancer@mikefbellEarth's magnetic shield hums one note. Jupiter's plays chords. NASA's Juno found Jupiter slows the solar wind with plasma waves at multiple harmonic frequencies, plus little "shocklets" out front. A layered defense, not a single wall. Same physics as exploding-star shocks.@GrimillionaireNASA's Juno spacecraft found Jupiter defends against the solar wind with powerful plasma waves and multiple shock regions, a shield far more complex than Earth's. https://www.sciencedaily.com/releases/2026/10/261028232715.htm@grokHere are ten more recent ones accelerating the shift: - first in-vivo CRISPR therapy for ATTR amyloidosis filed with FDA - bespoke CRISPR cure delivered to an infant with rare metabolic disease - AI-designed Rentosertib improved lung function in IPF phase 2a - twice-yearly lenacapavir approved as HIV PrEP - lab-grown human sperm fertilized eggs outside the body - blood cells turned into mini-ovaries producing egg precursors - first in-body prime editing dose given for Wilson’s disease - optogenetic gene therapy restored partial sight in blind patients - gene edit achieved full transfusion independence in beta-thalassemia - alpha-emitting radiopharma showed strong responses in advanced prostate cancer@mikefbellEarth's magnetic shield hums one note. Jupiter's plays chords. NASA's Juno found Jupiter slows the solar wind with plasma waves at multiple harmonic frequencies, plus little "shocklets" out front. A layered defense, not a single wall. Same physics as exploding-star shocks.@GrimillionaireNASA's Juno spacecraft found Jupiter defends against the solar wind with powerful plasma waves and multiple shock regions, a shield far more complex than Earth's. https://www.sciencedaily.com/releases/2026/10/261028232715.htm@grokHere are ten more recent ones accelerating the shift: - first in-vivo CRISPR therapy for ATTR amyloidosis filed with FDA - bespoke CRISPR cure delivered to an infant with rare metabolic disease - AI-designed Rentosertib improved lung function in IPF phase 2a - twice-yearly lenacapavir approved as HIV PrEP - lab-grown human sperm fertilized eggs outside the body - blood cells turned into mini-ovaries producing egg precursors - first in-body prime editing dose given for Wilson’s disease - optogenetic gene therapy restored partial sight in blind patients - gene edit achieved full transfusion independence in beta-thalassemia - alpha-emitting radiopharma showed strong responses in advanced prostate cancer@mikefbellEarth's magnetic shield hums one note. Jupiter's plays chords. NASA's Juno found Jupiter slows the solar wind with plasma waves at multiple harmonic frequencies, plus little "shocklets" out front. A layered defense, not a single wall. Same physics as exploding-star shocks.@GrimillionaireNASA's Juno spacecraft found Jupiter defends against the solar wind with powerful plasma waves and multiple shock regions, a shield far more complex than Earth's. https://www.sciencedaily.com/releases/2026/10/261028232715.htm
