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_federal-govt-to-end-solar-net-metering-policy-pmln-leader39s-reaction.jpg "Federal govt to end solar net metering policy? - PMLN Leader's Reaction")
⏲ 6:10 👁 25K
_budol-finds-kuryen-tipid-items-124-unang-hirit.jpg "Ngayong mataas ang singil ng kuryente, alamin ang iba’t ibang kuryente tipid items na pwedeng mapababa ng konsumo ng iyong <br/><br/>Hosted by the country’s top anchors and hosts, 'Unang Hirit' is a weekday morning show that provides its viewers with a daily dose of news and practical feature stories.<br/><br/>Watch it from Monday to Friday, 5:30 AM on GMA Network! Subscribe to youtube.com/gmapublicaffairs for our full episodes.<br/>")
⏲ 5:29 👁 25K
_otd-in-space-may-20-nasa-launches-pioneer-venus-1.jpg "On May 20, 1978, NASA launched a spacecraft to Venus. <br/><br/>The mission was called Pioneer-Venus 1, but it’s also known as the Pioneer Venus Orbiter. This was the first of two spacecraft that made up the Pioneer Venus mission. Pioneer Venus 2 launched a couple months later, and that spacecraft dropped five probes onto the surface of Venus. NASA called this the Pioneer Venus Multiprobe. The orbiter was designed to study the atmosphere of Venus. It was a solar-powered cylinder about the size of a hot tub. The mission launched from Cape Canaveral on an Atlas-Centaur rocket and reached Venus about six months later. While orbiting Venus, it measured the structure of the upper atmosphere and studied how the solar wind interacts with its ionosphere and magnetic field. It also detected gamma-ray bursts and made ultraviolet observations of comets. Pioneer Venus 1 continued to beam back data for 14 years before its decaying orbit sent it into Venus’s atmosphere, where it was destroyed.")
⏲ 1:7 👁 2.2M
_the-sun39s-possible-long-lost-twin.jpg "There's a strange sphere of mass at the outer reaches of solar space. Did another star help put it there?")
⏲ 5:5 👁 155K
_solar-maximum-could-arrive-earlier-than-expected.jpg "Experts warn that the sun's next \")
⏲ 1:45 👁 80K
_pantau-belanjawan-unlocking-malaysia39s-green-potential-energy-diversity-journey.jpg "Group CEO and Co-Founder, Plus Xnergy, Ko Chuan Zhen brings forward the discussion on Malaysia's renewable energy landscape to provide a comprehensive understanding of current trends, challenges, and future directions necessary for achieving the country's energy and environmental goals.")
⏲ 27:55 👁 35K
_sun-unleashed-two-big-x-flares-as-us-suffered-cell-phone-outages.jpg "Sunspot AR3590 unleashed X1.8 and X1.7-class solar flares within a few hours of one another. Cell phone outages spiked across the United States around the same time but it is unclear if they are connected to the flares. <br/><br/>Credit: Credit: Space.com | footage courtesy: NASA / SDO and the AIA, EVE, and HMI science teams / Helio Viewer | edited by Steve Spaleta<br/>Music: The Ethereal by Ave Air / courtesy of Epidemic Sound")
⏲ 1:6 👁 12.2M
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.jpg "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
⏲ 1:6 👁 7.6M
_amazing-one-week-time-lapse-capturing-a-gigantic-coronal-hole-on-sun-via-nasa39s-solar-dynamic-observatory.jpg "Watch this one-week time-lapse of the coronal hole in the Sun's atmosphere from NASA's Solar Dynamics Observatory. <br/><br/>Amazing One-Week Time-Lapse Capturing A Gigantic Coronal Hole On Sun Via NASA's Solar Dynamic Observatory<br/><br/>Credit: NASA/SDO")
⏲ 1:1 👁 955K
_otd-in-space-may-21-japan-launches-1st-solar-sail-on-39ikaros39-spacecraft.jpg "On May 21, 2010, Japan launched the first solar sail into space. <br/><br/>Solar sail technology uses light for spacecraft propulsion, but not in the same way that traditional solar panels do. While solar panels use light to generate electricity, spacecraft with solar sails rely only on the light itself to cruise through outer space. Particles of light called photons actually push the spacecraft forward. A single photon can’t accomplish this on its own, but with enough photons striking a spacecraft, propulsion is possible—you just need a big surface to catch all that light. Scientists have been toying with this idea since the 1800s, but Japan finally proved that it was possible when the country launched the Ikaros mission. The mission’s name stands for Interplanetary Kite-craft Accelerated by Radiation of the Sun. This experimental spacecraft had a 2,100-square foot sail that looked like a giantspace kite. Japan’s space agency was also able to steer the spacecraft by controlling the orientation of liquid crystals in LCD panels that were built into the solar sail. Ikaros sailed all the way to Venus in just six months before continuing on its orbit around the sun.")
⏲ 1:19 👁 445K
_otd-in-space-may-20-nasa-launches-pioneer-venus-1.jpg "On May 20, 1978, NASA launched a spacecraft to Venus. <br/><br/>The mission was called Pioneer-Venus 1, but it’s also known as the Pioneer Venus Orbiter. This was the first of two spacecraft that made up the Pioneer Venus mission. Pioneer Venus 2 launched a couple months later, and that spacecraft dropped five probes onto the surface of Venus. NASA called this the Pioneer Venus Multiprobe. The orbiter was designed to study the atmosphere of Venus. It was a solar-powered cylinder about the size of a hot tub. The mission launched from Cape Canaveral on an Atlas-Centaur rocket and reached Venus about six months later. While orbiting Venus, it measured the structure of the upper atmosphere and studied how the solar wind interacts with its ionosphere and magnetic field. It also detected gamma-ray bursts and made ultraviolet observations of comets. Pioneer Venus 1 continued to beam back data for 14 years before its decaying orbit sent it into Venus’s atmosphere, where it was destroyed.")
⏲ 1:7 👁 415K
_how-rpworld-cnc-machining-accelerates-solar-racing-car-across-3000-kilometers.jpg "Covering 3,000 km and taking 5 days, teams from 21 countries competed with their solar racing cars in the Bridgestone World Solar Challenge 2023 in Australia.<br/>Discover how RPWORLD's customized parts, rapid turnaround, and comprehensive manufacturing services helped the aCentauri solar racing team prepare for the Challenge. Watch their journey and see how RPWORLD’s support made a difference in their performance.<br/><br/>INNORAPID LIMITED, with brand RPWORLD® established in year 2003, has developed to be a world famous high-mix, low-volume production service provider.<br/><br/>INNORAPID LIMITED is one of the world's fastest digital manufacturing sources for rapid prototyping and on-demand production. The technology-enabled company produces custom parts and assemblies in as fast as 1 day with CNC machining, injection molding and automated 3D printing processes. Our digital approach to manufacturing enables accelerated time to market, reduces development and production costs, and minimizes risk throughout the product life cycle.<br/><br/>Need functional prototypes and low-volume production parts within days? Upload your CAD files here: http://www.rpworld.ch/en/about-us.html<br/><br/>--------<br/>Let's connect!<br/><br/>Get a quote: http://www.rpworld.ch/en/about-us.htm...<br/>Twitter: https://twitter.com/RPWORLD6<br/>Linkedin: https://www.linkedin.com/company/rpwo...<br/>Facebook: https://www.facebook.com/RPWorldcnc/<br/>Email: info@rpworld.com<br/>Web: www.rpworld.com")
⏲ 3:17 👁 360K
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_federal-govt-to-end-solar-net-metering-policy-pmln-leader39s-reaction.webp "Federal govt to end solar net metering policy? - PMLN Leader's Reaction")
_budol-finds-kuryen-tipid-items-124-unang-hirit.webp "Ngayong mataas ang singil ng kuryente, alamin ang iba’t ibang kuryente tipid items na pwedeng mapababa ng konsumo ng iyong <br/><br/>Hosted by the country’s top anchors and hosts, 'Unang Hirit' is a weekday morning show that provides its viewers with a daily dose of news and practical feature stories.<br/><br/>Watch it from Monday to Friday, 5:30 AM on GMA Network! Subscribe to youtube.com/gmapublicaffairs for our full episodes.<br/>")
_otd-in-space-may-20-nasa-launches-pioneer-venus-1.webp "On May 20, 1978, NASA launched a spacecraft to Venus. <br/><br/>The mission was called Pioneer-Venus 1, but it’s also known as the Pioneer Venus Orbiter. This was the first of two spacecraft that made up the Pioneer Venus mission. Pioneer Venus 2 launched a couple months later, and that spacecraft dropped five probes onto the surface of Venus. NASA called this the Pioneer Venus Multiprobe. The orbiter was designed to study the atmosphere of Venus. It was a solar-powered cylinder about the size of a hot tub. The mission launched from Cape Canaveral on an Atlas-Centaur rocket and reached Venus about six months later. While orbiting Venus, it measured the structure of the upper atmosphere and studied how the solar wind interacts with its ionosphere and magnetic field. It also detected gamma-ray bursts and made ultraviolet observations of comets. Pioneer Venus 1 continued to beam back data for 14 years before its decaying orbit sent it into Venus’s atmosphere, where it was destroyed.")
_the-sun39s-possible-long-lost-twin.webp "There's a strange sphere of mass at the outer reaches of solar space. Did another star help put it there?")
_solar-maximum-could-arrive-earlier-than-expected.webp "Experts warn that the sun's next \")
_pantau-belanjawan-unlocking-malaysia39s-green-potential-energy-diversity-journey.webp "Group CEO and Co-Founder, Plus Xnergy, Ko Chuan Zhen brings forward the discussion on Malaysia's renewable energy landscape to provide a comprehensive understanding of current trends, challenges, and future directions necessary for achieving the country's energy and environmental goals.")
_sun-unleashed-two-big-x-flares-as-us-suffered-cell-phone-outages.webp "Sunspot AR3590 unleashed X1.8 and X1.7-class solar flares within a few hours of one another. Cell phone outages spiked across the United States around the same time but it is unclear if they are connected to the flares. <br/><br/>Credit: Credit: Space.com | footage courtesy: NASA / SDO and the AIA, EVE, and HMI science teams / Helio Viewer | edited by Steve Spaleta<br/>Music: The Ethereal by Ave Air / courtesy of Epidemic Sound")
_sun-erupts-with-multiple-x-class-solar-flares-captured-in-a-4k-spacecraft-time-lapse.webp "NASA's Solar Dynamics Observatory captured sunspot AR3386 blast a long-duration X1.6-class solar flare and X1 flare. Seetime-lapses of the flares in multiple wavelengths. <br/><br/>Credit Space.com | footage courtesy: NASA/SDO/Helio Viewer| edited by Steve Spaleta")
_amazing-one-week-time-lapse-capturing-a-gigantic-coronal-hole-on-sun-via-nasa39s-solar-dynamic-observatory.webp "Watch this one-week time-lapse of the coronal hole in the Sun's atmosphere from NASA's Solar Dynamics Observatory. <br/><br/>Amazing One-Week Time-Lapse Capturing A Gigantic Coronal Hole On Sun Via NASA's Solar Dynamic Observatory<br/><br/>Credit: NASA/SDO")
_otd-in-space-may-21-japan-launches-1st-solar-sail-on-39ikaros39-spacecraft.webp "On May 21, 2010, Japan launched the first solar sail into space. <br/><br/>Solar sail technology uses light for spacecraft propulsion, but not in the same way that traditional solar panels do. While solar panels use light to generate electricity, spacecraft with solar sails rely only on the light itself to cruise through outer space. Particles of light called photons actually push the spacecraft forward. A single photon can’t accomplish this on its own, but with enough photons striking a spacecraft, propulsion is possible—you just need a big surface to catch all that light. Scientists have been toying with this idea since the 1800s, but Japan finally proved that it was possible when the country launched the Ikaros mission. The mission’s name stands for Interplanetary Kite-craft Accelerated by Radiation of the Sun. This experimental spacecraft had a 2,100-square foot sail that looked like a giantspace kite. Japan’s space agency was also able to steer the spacecraft by controlling the orientation of liquid crystals in LCD panels that were built into the solar sail. Ikaros sailed all the way to Venus in just six months before continuing on its orbit around the sun.")
_otd-in-space-may-20-nasa-launches-pioneer-venus-1.webp "On May 20, 1978, NASA launched a spacecraft to Venus. <br/><br/>The mission was called Pioneer-Venus 1, but it’s also known as the Pioneer Venus Orbiter. This was the first of two spacecraft that made up the Pioneer Venus mission. Pioneer Venus 2 launched a couple months later, and that spacecraft dropped five probes onto the surface of Venus. NASA called this the Pioneer Venus Multiprobe. The orbiter was designed to study the atmosphere of Venus. It was a solar-powered cylinder about the size of a hot tub. The mission launched from Cape Canaveral on an Atlas-Centaur rocket and reached Venus about six months later. While orbiting Venus, it measured the structure of the upper atmosphere and studied how the solar wind interacts with its ionosphere and magnetic field. It also detected gamma-ray bursts and made ultraviolet observations of comets. Pioneer Venus 1 continued to beam back data for 14 years before its decaying orbit sent it into Venus’s atmosphere, where it was destroyed.")
_how-rpworld-cnc-machining-accelerates-solar-racing-car-across-3000-kilometers.webp "Covering 3,000 km and taking 5 days, teams from 21 countries competed with their solar racing cars in the Bridgestone World Solar Challenge 2023 in Australia.<br/>Discover how RPWORLD's customized parts, rapid turnaround, and comprehensive manufacturing services helped the aCentauri solar racing team prepare for the Challenge. Watch their journey and see how RPWORLD’s support made a difference in their performance.<br/><br/>INNORAPID LIMITED, with brand RPWORLD® established in year 2003, has developed to be a world famous high-mix, low-volume production service provider.<br/><br/>INNORAPID LIMITED is one of the world's fastest digital manufacturing sources for rapid prototyping and on-demand production. The technology-enabled company produces custom parts and assemblies in as fast as 1 day with CNC machining, injection molding and automated 3D printing processes. Our digital approach to manufacturing enables accelerated time to market, reduces development and production costs, and minimizes risk throughout the product life cycle.<br/><br/>Need functional prototypes and low-volume production parts within days? Upload your CAD files here: http://www.rpworld.ch/en/about-us.html<br/><br/>--------<br/>Let's connect!<br/><br/>Get a quote: http://www.rpworld.ch/en/about-us.htm...<br/>Twitter: https://twitter.com/RPWORLD6<br/>Linkedin: https://www.linkedin.com/company/rpwo...<br/>Facebook: https://www.facebook.com/RPWorldcnc/<br/>Email: info@rpworld.com<br/>Web: www.rpworld.com")
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