Instagram story viewer> @starman_astro> Tagged
28.4K
followers
181
following
Amateur astrophotographer on a quest to capture the wonders of the endless sea that has no shores. All content is my own. 🌟
POSTS STORIES REELS TAGGED
📷 : @starman_astro

Bernes 142 è una nube oscura situata nel cuore di Chamaeleon 🌌🔭👍🏻🔝

If you liked it, like ❤ 
comment 💬 and save the photo 🔖 share the photo ✈

Follow & Tag 
➡️ @passione.astrofotografia 
Use ✅ #passioneastrofotografia
...
Bernes 142 is a dark cloud at the heart of Chamaeleon I, one of the Sun’s nearest stellar nurseries at roughly 600 light years. Bernes’ 1977 catalogue surveyed bright nebulae buried in opaque dust. This field holds three, each a lantern lit by a star that has only just begun to shine. From Chile, this southern cloud circles the celestial pole without setting.

Right of center and a little below, Cederblad 111, an electric blue reflection nebula, wraps around HD 97048, a young Herbig Ae/Be star still carrying its birth disk. Dust streams past in fine combed filaments, like smoke caught in a beam of light. Upper left, Cederblad 110 answers in warm amber, a reflection nebula split by a dark lane and hollowed into a C shape. Hidden within is Ced 110 IRS 4, a protostellar binary so deeply embedded that only infrared telescopes can see it. Its light has let the James Webb Space Telescope probe the ices frozen onto the cloud’s grains.

Below and right of the blue, the Chamaeleon Infrared Nebula opens as a small orange fan: a bipolar reflection nebula carved by jets from a newborn low mass star tunneling out of the cloud. Faint crimson knots between the nebulae are shocked gas where other outflows strike the cloud.

What holds me in this image is how much of it is dark. The nebulae are small islands in a molecular cloud folding over itself in brown and ochre layers thick enough to swallow the background stars. Seventeen hours of exposure went into that darkness, chasing the cloud’s faint texture until the shadows themselves became the subject.

Captured from my remote setup at Obstech in Chile:
🔭 PlaneWave CDK500 Observatory System
📸 Moravian C5A-100M Camera
🎨 Chroma L, R, G, B Filters
📀 L: 68×300s, R: 80×180s, G: 78×180s, B: 74×180s (17.27 hours)
🖥️ Processed in PixInsight and Adobe Photoshop

#astrophotography 
#darknebula 
#chamaeleonconstellation 
#Astrofotografia
14
Which space image from 2025 is your favorite?

Our “Best of 2025” voting is officially open! Every year we invite space enthusiasts to help choose the most stunning images, moments, and discoveries from across the Cosmos. These are some of the candidates for the best space images!

Cast your official vote at the 🔗 in bio!

1️⃣: The Squid Nebula. This photo of the Squid Nebula won Ani Shastri the Photographer of the Year honor at the 2025 Astrophotography Prize.
📸: Ani Shastri @starman_astro 

2️⃣: IRAS 04302+2247. In August, the European Space Agency shared this photo of IRAS 04302+2247, a planet-forming disc located about 525 light-years away, combining data captured by JWST and the Hubble Space Telescope.
📸: ESA / NASA / CSA / M. Villenave et al.

3️⃣: The Vera C. Rubin Observatory, the world’s newest and most powerful survey telescope, released its first science images on June 23, including this extremely detailed picture of the Virgo galaxy cluster.
📸: NSF–DOE Vera C. Rubin Observatory 

4️⃣: Sprite from ISS. NASA astronaut Nichole Ayers captured this view from the International Space Station on July 3. It shows a sprite, which is a brief lightning-like event triggered by electrical activity.
📸; Nichole Ayers / NASA.

5️⃣: Moons of Uranus from JWST. This composite infrared image captured on Feb. 2, 2025 by JWST shows Uranus, its rings, and 14 of its 29 known moons, including the newly discovered S/2025 U1.
📸: NASA et al.

6️⃣: Jupiter from Juno. NASA’s Juno spacecraft captured this image of Jupiter on Jan. 28.
📸: NASA / JPL-Caltech / SwRI / MSSS /Jackie Branc

7️⃣: 3I/ATLAS from Hubble. Comet 3I/ATLAS as seen by the NASA/ESA Hubble Space Telescope.
📸: NASA, ESA, D. Jewitt (UCLA), J. DePasquale (STScI)

8️⃣: This image captured on March 9 shows the Sun nearing the peak of its activity cycle. It is the widest high-resolution view of the Sun ever taken by the Solar Orbiter spacecraft.
📸: ESA / NASA / Solar Orbiter / EUI Team / E. Kraaikamp (ROB)
172
📷 : @starman_astro 

IC 5146 è un ammasso aperto legato ad una nebulosa diffusa visibile nella costellazione del Cigno
È un piccolo ammasso circondato da una nebulosa molto raccolta (a forma di Bozzolo), connessa a sua volta ad un sistema di nebulosità oscure, conosciute con la sigla B 168, che si estende per circa 2 gradi in direzione di M39 🌌🔭😍

If you liked it, like ❤ 
comment 💬 and save the photo 🔖 share the photo ✈

Follow & Tag 
➡️ @passione.astrofotografia 
Use ✅ #passioneastrofotografia 
...
Nestled within the rich star fields of Cygnus, IC 5146, also known as the Cocoon Nebula, is a stunning example of both stellar birth and cosmic artistry. Located approximately 2,500 light-years away, the nebula spans about 15 light-years and glows with the warm hues of hydrogen-alpha and oxygen-III emissions, surrounding a cluster of newly formed stars. At the nebula’s core lies a massive young star, just a few hundred thousand years old, whose radiation illuminates the surrounding gas while stellar winds carve out the nebula’s bubble-like shape.

Astrophotographers are drawn to IC 5146 not only for its radiant emission nebula but also for the intricate dark dust lanes that stream westward — remnants of the larger molecular cloud that birthed the stars within. Capturing the Cocoon requires a balanced blend of narrowband and broadband imaging, revealing both subtle color gradients and sharp structural contrast. This deep-field view from my PlaneWave CDK24 reveals the Cocoon seemingly emerging from a river of dust — the B168 dark nebula — creating a striking visual narrative of star formation piercing through interstellar shadow.

Exceptional seeing and clear skies at SRO this summer meant I was able to acquire just over 40 hours of data on this target in L, R, G, B and Ha, of which around 35.83 hours were usable.

Captured from my remote setup at Sierra Remote Observatories in Auberry, California:
PlaneWave CDK600 Observatory System
Moravian C5A-100M Camera
Chroma L, R, G, B, and 5nm Ha Filters
L: 65x600s, R: 39x600s, G: 38x600s, B: 37x600s, Ha: 18x1200s (35.83 hours)
Processed in PixInsight, Adobe Photoshop, and Affinity Photo 2
13
back to up