From March 24th to 31st, experience a breathtaking planetary alignment in the western sky after sunset: here’s our expert advice. The celestial canvas never ceases to amaze, and the end of March is no exception. Witness a magnificent planetary alignment featuring Mercury, Jupiter, Venus, and Uranus as the main attractions. The waxing Moon will provide a dynamic backdrop, changing its position daily, while Mars offers an additional visual treat, slightly separated from the main group. Here’s our guidance for optimal viewing:
Venus: As the brightest planet in the sky and visible to the naked eye, Venus demands attention. For the best viewing experience, use a small telescope to fully appreciate its distinct phase.
Uranus: This elusive seventh planet of the solar system isn’t visible without some help. You’ll need a telescope to spot its unique bluish-greenish hue.
Jupiter: The giant among planets, Jupiter, is visible to the naked eye. Enhance your viewing experience with a pair of binoculars to observe its four Galilean moons (Io, Europa, Callisto, and Ganymede).
Mercury: Barely visible to the naked eye, Mercury shares similarities with Jupiter, requiring an unobstructed horizon free from natural and artificial barriers. A telescope is the recommended tool for observing this elusive planet.
Mars: Mars, with its signature reddish hue, is easily visible and unmistakable in the night sky.
Don’t forget to take a closer look at our Moon if you have binoculars or a telescope handy. In anticipation of this celestial event, we’ve provided a glimpse of the sky for two of the seven days during which the planetary alignment will occur.
Gerd Dani — Founder & Director Gerd Dani is the visionary in a wheelchair behind FreeAstroScience. An astronomy graduate and a master's in physics, he founded this blog in June 2020, driven by a passion for breaking down complex scientific and philosophical concepts into bite-sized, digestible pieces. As President, he is dedicated to making science accessible to everyone, from students to seasoned academics.
(()=>{async function handleCredentialResponse(response){try{const res=await fetch('https://freeastroscience.com/wp-login.php?action=googlesitekit_auth',{method:'POST',headers:{'Content-Type':'application/x-www-form-urlencoded'},body:new URLSearchParams(response)});/* Preserve comment text in case of redirect after login on a page with a Sign in with Google button in the WordPress comments. */ const commentText=document.querySelector('#comment')?.value;const postId=document.querySelectorAll('.googlesitekit-sign-in-with-google__comments-form-button')?.[0]?.className?.match(/googlesitekit-sign-in-with-google__comments-form-button-postid-(\d+)/)?.[1];if(!! commentText?.length){sessionStorage.setItem(`siwg-comment-text-${postId}`,commentText);}location.reload();}catch(error){console.error(error);}}if(typeof google !=='undefined'){google.accounts.id.initialize({client_id:'251104905146-eghigrtua82ec7aan4em9fle9u5f0ilc.apps.googleusercontent.com',callback:handleCredentialResponse,library_name:'Site-Kit'});}const defaultButtonOptions={"theme":"outline","text":"signin_with","shape":"rectangular"};document.querySelectorAll('.googlesitekit-sign-in-with-google__frontend-output-button').forEach((siwgButtonDiv)=>{const buttonOptions={shape:siwgButtonDiv.getAttribute('data-googlesitekit-siwg-shape')|| defaultButtonOptions.shape,text:siwgButtonDiv.getAttribute('data-googlesitekit-siwg-text')|| defaultButtonOptions.text,theme:siwgButtonDiv.getAttribute('data-googlesitekit-siwg-theme')|| defaultButtonOptions.theme,};if(typeof google !=='undefined'){google.accounts.id.renderButton(siwgButtonDiv,buttonOptions);}});/* If there is a matching saved comment text in sessionStorage,restore it to the comment field and remove it from sessionStorage. */ const postId=document.body.className.match(/postid-(\d+)/)?.[1];const commentField=document.querySelector('#comment');const commentText=sessionStorage.getItem(`siwg-comment-text-${postId}`);if(commentText?.length && commentField && !! postId){commentField.value=commentText;sessionStorage.removeItem(`siwg-comment-text-${postId}`);}})();
var astra = {"break_point":"921","isRtl":"","is_scroll_to_id":"1","is_scroll_to_top":"1","is_header_footer_builder_active":"1","responsive_cart_click":"flyout","is_dark_palette":"","revealEffectEnable":"","edit_post_url":"https://freeastroscience.com/wp-admin/post.php?post={{id}}&action=edit","ajax_url":"https://freeastroscience.com/wp-admin/admin-ajax.php","infinite_count":"2","infinite_total":"0","pagination":"number","infinite_scroll_event":"scroll","no_more_post_message":"No more posts to show.","grid_layout":{"desktop":3,"tablet":1,"mobile":1},"site_url":"https://freeastroscience.com","blogArchiveTitleLayout":"layout-2","blogArchiveTitleOn":"1","show_comments":"Show Comments","enableHistoryPushState":"1","masonryEnabled":"","blogMasonryBreakPoint":"0"};
//# sourceURL=astra-theme-js-js-extra