Voyager 1 at 47: still phoning home from interstellar space on a 23-watt signal that puts every modern gadget to shame. This is what long-term engineering actually looks like. 🌌🚀 #Voyager1 #DeepSpaceNetwork #BuiltToLast

🚨Earth May Already Be Leaking Its Location Through NASA's Deep Space Network This is one of the more interesting SETI angles I've seen in a while because it doesn't rely on fantasy contact scenarios, ancient myths, or some vague 'they might hear our radio noise one day' argument. It starts with something very real, that Earth is already sending powerful, repeated deep space transmissions into the Solar System, and those signals aren't going out randomly. They are all clustered along the same orbital plane where the planets move, especially when we talk to spacecraft near Mars. Researchers from Penn State and NASA's Jet Propulsion Laboratory (JPL) looked at 20 years of NASA Deep Space Network uplink logs and mapped where those transmissions were actually going. The result is simple but massive for SETI. Humanity's most detectable radio technosignature actually might not be old television broadcasts drifting weakly into the vastness of space. It may be the deliberate, high power communications we send to spacecraft, probes, rovers, orbiters, and deep space missions. Those beams are aimed at targets inside our own Solar System, but planets don't block the whole transmission. Some of that signal spills past the target and continues outward. That means if another civilization is positioned along the right line of sight, especially during something like an Earth Mars conjunction, they may have a far better chance of detecting us than if they were listening from some random patch of sky. The study found that an observer watching the Solar System during an Earth Mars alignment over the past 20 years would have had a 77% chance of being in the path of one of our Deep Space Network transmissions. Compared to a random observer at a random time, that is a roughly 400,000-fold increase in detection odds. That flips the SETI problem around in a useful way. Instead of only asking, where should aliens be transmitting from? we should also ask, if another civilization behaves like us, where would their strongest routine signals leak into space? If they have their own Mars, their own probes, their own space telescopes, their own deep space network, then their strongest signals may also cluster around planetary alignments. We may not need to scan the sky blindly. We may need to watch edge on exoplanet systems at the exact moments their planets line up. The detection range is also worth paying attention too. The team calculated that an average NASA Deep Space Network transmission could be detectable by technology similar to ours from up to about 23 lightyears away. That's not the whole galaxy, but it is not nothing either. Within that local bubble are nearby star systems that could, in principle, have had a chance to intercept Earth's strongest routine deep space communications if their geometry lines up with our own orbital plane. This is where it gets interesting for the bigger UFO and disclosure conversation, because it gives us a grounded mechanism for detection that doesn't require aliens to magically sense us or stumble across Earth by accident. If advanced civilizations search the way we search, they may prioritize planets with technological leakage. Earth is now producing exactly that. Its not intended as a deliberate beacon, but as a byproduct of becoming a spacefaring civilization. NASA's Deep Space Network is effectively one of humanity's loudest fingerprints. Every time we talk to Mars orbiters, rovers, New Horizons, JWST related systems, or other deep space missions, we are creating a patterned technosignature. It has direction, timing and repetition. It has a planetary logic behind it. That makes it more interesting than random radio noise, because intelligence is often detectable through pattern before content. The Roman Space Telescope which launches in September could make this strategy even more useful. As it discovers huge numbers of new exoplanets, SETI researchers will have more edge on systems and planetary alignments to target. Instead of treating alien signals as needles in a vast cosmic haystack, this approach narrows the haystack to places where a civilization's own deep space infrastructure would naturally betray it. Its kind of strange to think that if aliens find us, they may not find us because we shouted 'hello' into the void. They might find us because we were busy talking to our machines. #SETI #NASA #DeepSpaceNetwork #Technosignatures #AlienLife #UAP #SpaceScience #Exoplanets #Mars #Astrobiology Source: neowin.net/news/we-may-final…

It's been our absolute pleasure to support @NASAArtemis in their journey to and from the Moon, as part of NASA’s Deep Space Network . #DSS43 is one of our antennas currently hard at work on this task. #NASA #ArtemisII #CDSCC #DeepSpaceNetwork #Moon

Hanno una banda di comunicazione più grande di quella che hai te a casa. Solamente con la DeepSpaceNetwork hanno 6mb di download, ma con Artemis 2 hanno anche la comunicazione ottica laser equiparabile ad avere la fibra ottica a casa, quindi si.. puoi usare outlook

Moon-bound? Or you mean the "barely got past the Moon's atmosphere" bound? Those DSN antennas are out here doing god's work just to keep the signal alive across 200,000 miles... while the crew's basically taking the scenic route around our dusty neighbor. Props to the tech though! Hearing voices from that far out is wild. Who else is watching the live DSN tracker like it's the Super Bowl? #ArtemisII #DeepSpaceNetwork

🚀 **NASA’s Deep Space Network is straight-up cool** 🌍📡 While the Artemis II crew flies around the Moon, these massive Earth-based satellites keep them connected across hundreds of thousands of miles. Real-time tracking available right now 👉 go.nasa.gov/4m6vnHP Seeing Orion talking to giant antennas on Earth while it’s that far away is honestly mind-blowing. Space exploration still hits different. Who else is geeking out over this tech? Drop a 🌕 below! #ArtemisII #DeepSpaceNetwork #NASA

For you #amateurradio #hamradio #artemis2 #nasa #spaceflight enthusiasts and others Scott #K4KDR gives you screenshots of S-Band reception from Goldstone #DeepSpaceNetwork of Artemis II

For those #hamradio #amateurradio operators and others who are interested when #artemis2 performs its Trans-Lunar Injection you can do a data track via the Deep Space Network #deepspacenetwork eyes.nasa.gov/apps/dsn-now/d…

◻️100話カウントダウン企画◻️ 2000話まであと34話！(ep:1966) " 34 "の宇宙の数字は、NASAの深宇宙通信アンテナDeepSpaceStation 23の直径" 34m "です。現在は70mなどの大きな物よりもこれらを複数配置することが主流となっています。 #100話カウントダウン企画 #宇宙ばなし #DeepSpaceNetwork #DSN

🚨MAVEN Goes Quiet Right Before the Sun Gets in the Way NASA is still trying to reestablish contact with the MAVEN spacecraft after it went silent on December 6th. Commands have been sent and the Deep Space Network has been listening, but so far, nothing definitive has come back. Behind the scenes, teams are reconstructing what happened using fragments of tracking data recovered during a radio science campaign the same day contact was lost. That data is now being stitched into a timeline to identify a likely root cause. Even Curiosity was tasked with looking for MAVEN along its expected orbit using Mastcam but no visual confirmation was made. Mars solar conjunction begins December 29, placing Mars on the opposite side of the Sun. For nearly three weeks, all Mars missions go radio silent as communications become unsafe and unreliable. Until January 16, there will be no contact attempts, updates or corrections. Just waiting. MAVEN isn't just another probe, it's a key instrument for understanding Mars atmosphere, solar wind interaction, and long term habitability. Losing contact right before conjunction freezes recovery efforts at the exact moment that clarity is needed most. Will this end with a clean reconnection in January? Maybe, but we just have to wait to find out. #NASA #MAVEN #MarsMission #DeepSpaceNetwork #SolarConjunction #SpaceAnomalies #MarsExploration #UAPWatchers

Mind-blowing how NASA's Deep Space Network keeps the cosmic conversation going 24/7! 🌌📡 Those antennas are the ultimate long-distance callers. #NASA #DeepSpaceNetwork #SpaceExploration

#ESA เปิด #จานรับสัญญาณการสื่อสาร#ห้วงอวกาศลึก แห่งใหม่ที่ออสเตรเลีย #องค์การอวกาศยุโรป (ESA) เปิดตัว #NewNorcia3 #จานรับสัญญาณการสื่อสารห้วงอวกาศลึก (#DeepSpaceNetwork) เพื่อเสริมศักยภาพการสื่อสารระหว่างภารกิจในห้วงอวกาศลึกขององค์การอวกาศยุโรปที่กำลังขยายตัวในปัจจุบัน 📌อ่านต่อ : thaipbs.or.th/now/content/32… “รอบรู้ ดูกระแส ก้าวทันโลก” ไปกับ #ThaiPBSSciAndTech #ThaiPBS thaipbs.or.th/SciandTech

#SpacetoberChallenge_05 #SpacetoberChallenge Day 13- #DeepSpaceNetwork #DSS43 - located in Canberra, AU, is the largest steerable parabolic antenna in the Southern Hemisphere (70m). It's the only antenna on #Earth that can send commands to #Voyager1 and #Voyager2.

📌 ตอนที่ 94: การสื่อสารระหว่างดาวเคราะห์ (Deep Space Network) NASA ใช้เครือข่ายสถานีสื่อสารยักษ์ชื่อ Deep Space Network เพื่อเชื่อมต่อยานที่อยู่ห่างหลายพันล้านกิโลเมตร 🛰️📡 💡ข้อคิด: เครือข่ายนี้ทำให้เห็นว่า แม้ระยะทางจะไกลเพียงใด การสื่อสารด้วยความเข้าใจยังคงเชื่อมใจเราไว้ได้เสมอ #100ข้อคิดจากอวกาศ #DeepSpaceNetwork #StayConnected #RaceToSpaceTH #SERASpace

The Deep Space Network is NASA's lifeline to everything sent beyond Earth orbit. Three massive antenna complexes in California, Spain, and Australia are spaced 120 degrees apart, ensuring constant contact with spacecraft in the solar system. #NASA #DeepSpaceNetwork

As the sky burns gold and the sun sets, we're still listening to signals from across the solar system and beyond 📡📶〰️〰️〰️🚀✨ #CDSCC #DSS43 #DeepSpaceNetwork #Sunset #Clouds #NASA #Golden

DSS43 tracking beneath a snowy Brindabella skyline - a winter sentinel of space ❄️📡 #DSS43 #CDSCC #DeepSpaceNetwork #Brindabellas #SpaceInWinter #NASA #CanberraSnow #Snow #Brrr

👉 When the Eaton fires ravaged the Altadena, CA area, #Peraton employees, essential to NASA’s #DeepSpaceNetwork needed to evacuate the #JPL while maintaining communications with missions in #space. Read how they did it: bit.ly/43dYth8 #DoTheCantBeDone

In California è stata completata la costruzione della Deep Space Station 23, la quinta di sei nuove antenne del #DeepSpaceNetwork della @NASA, progettate per ampliare il servizio di comunicazione con lo #spazio profondo per le #missioni attuali e future. astrospace.it/2024/12/23/com…

This is - Just. So. Cool. But also - an important addition to our #DeepSpaceNetwork to enhance communications with spacecraft at the moon and beyond... @NASAJPL