Watch June's full Strawberry Moon skim the southern horizon with these free livestreams tonight
When you buy through links on our articles, Future and its syndication partners may earn a commission.
This month's full Strawberry Moon is upon us! Here's how you can watch the lowest full moon in a decade grace the sky on June 11 from the comfort of your couch.
June's full moon rides surprisingly low across the southern sky thanks to a rare phenomenon known as a major lunar standstill, which occurs when the sun's gravitational influence drags the moon's tilted orbit into its greatest inclination relative to our planet's celestial equator. During this time, the moon's orbit is at its most extreme, causing it to ride unusually low — or high — across the sky depending on the time of year, while rising and setting at its most southerly and northerly points on the horizon.
Despite being the brightest object in the night sky, Earth's moon can be a surprisingly tricky target to spot for skywatchers in metropolitan areas, where high-rise buildings can dramatically reduce your field of view. It'll be even tougher to spot the full moon on June 11, when the low-riding lunar disk climbs to a maximum altitude of 20 degrees above the horizon for viewers in New York City.
Thankfully, there's no need to panic if you can't find a spot with a clear view of the southern horizon, or if clouds turn up to entirely obscure your view of the sky above. Here's how to watch the Strawberry Moon rise online via livestream on June 11, without ever leaving your house.
The Virtual Telescope Project (VTP) will hold its own live stream starting at 3:30 p.m. ET (1930 GMT) on June 11, featuring views from the organization's robotic telescopes situated in Tuscany, Italy.
The VTP was founded in 2006 by astrophysicist Gianluca Masi with the goal of "bringing the universe down to Earth", according to the organization's website. It regularly hosts livestreams of major astronomical events including planetary conjunctions and meteor showers, while providing real-time views of potentially hazardous asteroids as they make a close approach to our planet.
The famous Griffith Observatory in Los Angeles will also host a live stream of the Strawberry Moon rising from its most southerly position on the eastern horizon in 18 years. The observatory will go live on YouTube starting at 11:42 p.m. ET on June 11 (0342 GMT on June 12).
Both live streams are completely free and require nothing but a smart device/computer and an active internet connection to watch!
Editor's Note: If you capture a picture of the Strawberry Moon and want to share it with Space.com's readers, then please send it along with your comments, name and shooting time/location to spacephotos@space.com.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
8 hours ago
- Yahoo
James Webb Space Telescope discovers smallest 'failed stars' ever seen
When you buy through links on our articles, Future and its syndication partners may earn a commission. Astronomers have discovered a batch of nine new brown dwarfs, also known as "failed stars," including the two smallest examples of these curious celestial objects ever seen. The new find could help better define the mass dividing line between large planets and small brown dwarfs, as well as that between large brown dwarfs and small stars. "The new brown dwarfs are the least massive known brown dwarfs," lead researcher Kevin Luhman of Pennsylvania State University told "They place a new constraint on the lowest mass at which brown dwarfs exist." "In addition, one of the brown dwarfs near two Jupiter masses exhibits evidence of a disk of gas and dust, indicating that it may have the raw materials for making planets," Luhman said. "So it is possible that the planetary systems exist in which the central 'sun' is only twice the mass of Jupiter." The team found the small brown dwarfs lurking among young stars in IC 348, a star-forming cluster in the Perseus Molecular Cloud around 1,000 light-years from Earth. Brown dwarfs get the slightly unfair nickname of "failed stars" from the fact that, though they form like stars from a collapsing cloud of gas and dust, they can't gather enough mass from their prenatal envelopes to trigger the fusion of hydrogen to helium within their cores. This is the nuclear process that defines what a main sequence star is; hence, brown dwarfs are cast as "failed stars." That's despite the fact that they conduct some forms of nuclear fusion within their bodies. Currently, the mass limit of brown dwarfs is considered to be between 13 to 60 times the mass of Jupiter, or 0.013 to 0.08 times the mass of the sun. The new discovery — of two brown dwarfs with masses around twice the mass of Jupiter, or about 0.002 times the mass of the sun — radically widens that mass scale. "It is also surprising that the process that makes stars is able to produce objects down to only twice the mass of Jupiter, 500 times smaller in mass than the sun," Luhman said. If the discovery of such small brown dwarfs was a surprise, then something else the team discovered about these failed stars in IC 348 was a complete shock. The new brown dwarfs also exhibit signals from an unidentified hydrocarbon, a chemical compound composed solely of hydrogen and carbon atoms. Its origin is a mystery, team members said. "The presence of an unidentified, non-methane hydrocarbon is completely unexpected and unexplained," Luhman said. "Because of the presence of that hydrocarbon, we have proposed a new spectral class (H) that is defined by the presence of that species." These hydrocarbons have only previously been observed in the atmospheres of Saturn and its largest moon, Titan, according to Luhman. The cool atmosphere of the brown dwarfs was integral to the detection of these hydrocarbons by the JWST, which has been anything but a failure when it comes to studying these failed stars. "Because they are cool, brown dwarfs are brightest at infrared wavelengths, and JWST is the most sensitive infrared telescope to date," Luhman said. "The next steps for this research include performing new JWST spectroscopy at higher resolution to better constrain the species of hydrocarbon that have been detected. "In addition, we need theorists to develop models of the atmospheres of brown dwarfs that can explain why our new brown dwarfs have the unidentified hydrocarbon, but don't have methane, which is the hydrocarbon normally observed in older brown dwarfs." Related Stories: — How the Rubin observatory could detect thousands of 'failed stars' — Hubble Space Telescope discovers 'failed stars' are bad at relationships too — Earth-size planet discovered around cool red dwarf star shares its name with a biscuit Additionally, the team will analyze the JWST spectra of the remaining brown dwarf candidates they identified to confirm that they are brown dwarfs. Two of these candidates could have masses as low as the mass of Jupiter, hinting at a further shakeup of our concept of the brown dwarf mass range. Luhman is confident that, if such tiny, paradigm-shifting brown dwarfs are out there, especially in IC 348, JWST will find them. "Much deeper JWST images of the cluster that we studied could potentially detect brown dwarfs below the mass of Jupiter, if they exist at those masses," the researcher concluded. The team's research was published on Tuesday (June 10) in The Astrophysical Journal Letters.
Yahoo
8 hours ago
- Yahoo
How to Watch the Northern Lights for the Second Time this Week
The northern lights are predicted to be "quite pleasing to look at" due to their Kp index forecast of a five out of nine on Saturday, June 14 The colorful spectacle is expected to be visible this weekend due to the arrival of a coronal hole high-speed stream a few days prior, according to NOAA States that don't typically get the chance to spot the northern lights, like New York, might be able to catch a glimpseJust when you thought the galaxy couldn't get any more dazzling! A little over 48 hours after the beautiful Strawberry Moon lit up the night sky on June 11, the northern lights are predicted to color the cosmos with a second aurora display this week. A moderate geomagnetic storm (G2) watch has been issued by the National Oceanic and Atmospheric Administration (NOAA)'s forecast for Saturday, June 14 due to the arrival of a coronal hole (CH) high-speed stream (HSS) a few days prior. NOAA explains, "A coronal hole is a less dense area in the solar corona. They appear dark because they are cooler. Solar wind escapes from these features at higher speeds, known as High-Speed Streams. When they arrive at Earth, escalated geomagnetic activity may result." This time, the northern lights are predicted to be visible from Earth in various locations across the United States. Even a few states that don't normally have the chance to spot the auras, like New York, might be able to catch a glimpse. The upcoming auroras come shortly after the northern lights were forecast for the night of June 7. They were forecast for 15 states. Read on for how to watch the upcoming northern lights! As a result of the moderate geomagnetic storm (G2) watch in effect, NOAA predicts the northern lights to be visible from Earth on the night of Saturday, June 14 into the early morning on Sunday, June 15. The auroras are forecast to be a five on the Kp scale of zero to nine. This means, the light display can be "quite pleasing to look at" if situated in the right spot and the weather conditions align. Should the forecast increase to a six, the colors can be "quite bright and active," per NOAA. Viewers will have a chance to spot the auroras in the days leading up to June 14, however the forecast isn't as strong. A three out of nine on the Kp scale is forecast for Thursday, June 12 and a four out of nine is forecast for Friday, June 13. It's best to look for the northern lights in the hours leading up to sunset and right before sunrise. They won't be visible in daylight. The northern lights predicted for June 14 are expected to be visible from various locations across the United States, including areas that don't typically have the chance to spot them from Earth. According to NOAA, the northern lights may become visible over some northern and upper Midwest states from New York to Idaho. Keep checking the space organization's website for the most accurate viewing updates as the night gets closer. No advanced technology is required to view the northern lights. Simply, the naked eye is capable of spotting the colorful display from Earth if the weather conditions cooperate. It's also recommended to find a viewing area that's away from light pollution, like city lights, that can drown out the colors in the night. Dark areas are optimal for spectating! Did the northern lights really happen if you didn't take a picture? Several smartphones have a high-tech capability to capture the phenomenon on camera if you toggle on the "Night Mode" setting. Read the original article on People
Yahoo
9 hours ago
- Yahoo
BioNTech takes over CureVac in $1.25 billion all-stock deal among COVID rivals
By Ludwig Burger (Reuters) -German biotech firm BioNTech has agreed to acquire domestic peer CureVac for about $1.25 billion worth of BioNTech shares, it said on Thursday, to boost its work on new mRNA-based cancer treatments. Under the deal, which pairs two former rivals in the race to develop COVID-19 vaccines, CureVac shareholders stand to receive a premium of 55% over the three-month average share price, and leave them with a stake of about 4%-6% in BioNTech, the suitor said. CureVac's Frankfurt-listed shares surged 27% to a five-month high, valuing the company at 1.04 billion euros ($1.2 billion), while BioNTech shares were down 2% by 1237 GMT. The deal further underscores BioNTech's long-term pursuit of new cancer treatments as it aims to show that its success as Pfizer's COVID-19 vaccine partner, which left its balance sheet flush with billions of euros in cash, was not a fluke. "With the acquisition, BioNTech aims to strengthen the research, development, manufacturing, and commercialization of investigational mRNA-based cancer immunotherapy," it said. CureVac opted to focus on oncology about a year ago when it agreed to sell its remaining influenza and COVID-19 vaccine development to alliance partner GSK. It had previously cut jobs as it sought to move beyond its failure to develop an mRNA-based COVID vaccine during the pandemic. GERMAN BIOTECH CHAMPION The agreement is also set to end CureVac's years-long legal fight over alleged mRNA patent infringement by BioNTech and for a share of vaccine revenues, where CureVac has made little progress. CureVac shares were worth as much as 120 euros in December 2020 on hopes it would develop a COVID vaccine, more than double their initial public offer value in August of that year. They are now trading at 4.65 euros. BioNTech won a major shot in the arm for its cancer drug activities last week when Bristol Myers Squibb agreed to pay up to $11.1 billion to jointly develop a next-generation cancer immunotherapy that could take on rival Merck & Co's best-selling drug Keytruda. Each CureVac share will be exchanged for about $5.46 in BioNTech American depositary shares, or ADS, but subject to a so-called collar mechanism, BioNTech said. If the 10-day volume-weighted average price of BioNTech ADS shortly before the closing of the offer exceeds $126.55, the exchange ratio would be 0.04318, and if the price is lower than $84.37, the exchange ratio would be 0.06476. BioNTech said the deal was supported by SAP SE co-founder and football investor Dietmar Hopp, who holds a stake of about 37% in CureVac. The German government, owner of about 13% in CureVac for its financial backing during the pandemic, said it welcomed in principle the creation of a "new German biotech champion", and that it would review the offer. ($1 = 0.8624 euros) (Additional reporting by Christian Kraemer; Editing by Friederike Heine, Jan Harvey and Emelia Sithole-Matarise)