This curated astrotourism event combines scientific exploration with local culture. Participants will engage in guided stargazing sessions, alongside a cultural visit to the Julangan Titah Rumah Panjang, hosted by the Majlis Perundingan Kampong (MPK) Melilas, Ulu Belait.

Adventurers will travel via 4×4 vehicles to the heart of the wilderness for an overnight camping expedition. Please note that transportation, meals, and additional activities can be arranged subject to availability and may incur charges.

Registration is now open for those ready to witness the universe in its most natural state: https://bruneiastronomy.org/darkskymelilas/

The event was co-organized by the Astronomical Society of Brunei Darussalam (PABD) and the Peliunan Park Management.

Under a clear sky, participants recorded 99 bright meteors with few fireballs between 10 pm and 5 am – an average of 14 meteors per hour (ZHR) – streaking from the constellation Lyra.

With the Moon setting early, the suburban dark skies of Batu Apoi offered ideal conditions for viewing the annual meteor shower, produced as debris from Comet C/1861 G1 (Thatcher) entered Earth’s atmosphere at extreme velocity, leaving glowing ionized trails.

The event commenced in the afternoon on April 22 with tent setups and registration, transitioning into an “All-night Stargazing” session in the evening. Participants were treated to views of the Moon, planet Jupiter and bright deep-sky objects through the optical telescopes and smart telescopes.

The event comprised a specialized astronomy talk by the PABD Secretary General, Hazarry bin Haji Ali Ahmad. The presentation covered the science of the Lyrids meteor shower and raised critical dark sky awareness, emphasizing the importance of protecting the night from light pollution.

Held in conjunction with International Dark Sky Week, the session served as a call to action for the local community to join the global movement for dark sky preservation. By committing to responsible lighting, participants joined a worldwide effort to curb light pollution and protect the visibility of our universe and astronomical phenomena for the next generation

“Witnessing so many people connect with the night sky to watch the celestial wonder is truly inspiring,” expressed Hidayatullah bin Ahmad, PABD Programme Coordinator. “AstroCamp is more than just a meteor shower; it’s about building awareness, igniting a sense of wonder, and reminding us that we must all work together to preserve the natural darkness of our universe.”

Under the theme “Dark Skies, Falling Stars,” the program featured a dedicated Milky Way hunt and the “First Light” Lyrids Astrophotography Challenge. After observations concluded at astronomical twilight, participants gathered for the prize presentation. Muhammad Arif bin Ismail was named the astrophotography champion, taking home a Dobsonian telescope.

Photos by: Ak Muhd Adi Zulhilmi Bin Pg Yakub / PABD

PRESS RELEASED

This post will be updated from time to time as new information and comet development becomes available

Summary

• First identified by the Pan‑STARRS survey in September 2025 with its 1.8‑meter telescope atop Haleakalā in Maui, the comet later drew visual confirmation from veteran discoverer Alan Hale, who spotted it on 20 March 2026 using 10×50 binoculars at roughly magnitude 9.
• Its orbit is sharply tilted about 125° and its eccentricity slightly exceeds 1.0, suggesting it may be a first‑time visitor to the inner Solar System that will not return.
• A strong forward‑scattering geometry in late April, when the comet passes between Earth and the Sun, could significantly boost its apparent brightness.
• Forecasts remain unusually uncertain, with estimates ranging from magnitude 7–8 all the way to a dazzling –2.5, making this one of the most unpredictable comet brightness outlooks in recent decades.
• Live Comet Tracking is available: Comet Ephemeris

Updated: May 05, 2026

Rare Comet Sighting In Brunei Darussalam

The evening sky featured a stunning appearance of Comet C/2025 R3 (PanSTARRS) last night on May 05, 2026. Two weeks post-perihelion, it’s a naked-eye object at magnitude 5.3.

In the wide-field photo, the comet sits in Eridanus near Sirius and Rigel, with Venus reflecting over the sea in the west. Close-up photos show a striking tail and brilliant coma as it begins a 170,000-year journey back to the outer solar system.

Update: April 11, 2026

A Celestial Visitor

Comet C/2025 R3 (PANSTARRS) represents a significant subject for astronomical observation in mid-2026. Discovered by the Panoramic Survey Telescope and Rapid Response System (PANSTARRS), this comet follows a trajectory that brings it into the inner solar system, offering a window of visibility for both morning and evening observers

The cosmic wanderer was discovered on September 8, 2025, by the Pan-STARRS 2 telescope located at the Haleakalā Observatory in Hawaii. At the time of its discovery, the comet was extremely faint, with an apparent magnitude of approximately 19.8 – roughly 100,000 times fainter than what the naked eye can see.

It was found when it was still about 3.6 AU (approximately 540 million km) away from the Sun, well beyond the orbit of Mars. It is a long-period comet travelling on a steeply inclined retrograde orbit tilted about 125° to the ecliptic. This strongly suggesting an origin in the distant Oort Cloud. Its eccentricity exceeds 1.0, indicating that this may be a first-time visitor to the inner solar system that will never return,

Orbital Dynamics and Characteristics

Following its discovery, the comet has brightened significantly as it approaches its perihelion. The comet’s path is characterized by a close approach to both the Sun and Earth in April 2026. During this period, its distance from the Sun (perihelion) reaches a minimum of approximately 0.498 astronomical units (AU) or 75 million km around April 20, 2026.

Its proximity to Earth also peaks during late April, with its closest approach occurring at roughly 0.489 AU or 73 million km to Earth on April 26, 2026. As it nears these points (perihelion and perigee), its celestial brightness (magnitude) increases to 3.4, making it a more accessible target for telescopic and binocular even naked eye observation.

Although early estimates suggest the comet may brighten significantly, comet brightness is inherently unpredictable because these icy bodies can behave differently as they approach the Sun. Comets are made of dust, rock, and volatile ices. As they heat up, their activity can surge, stall, or even fade unexpectedly. Outbursts, fragmentation, or low volatile content can all cause a comet to appear brighter or dimmer than predicted. This is why astronomers treat brightness forecasts with caution, especially for newly discovered comets

Visibility Outlook from Brunei

Based on local ephemerides, the visibility of C/2025 R3 (PANSTARRS) from Brunei Darussalam follows a distinct transition from a morning object to an evening object during April and May 2026.

Above: A bright comet with a distinct sweeping tail rises against a star‑filled cloudy sky, captured from Brunei Darussalam in the early hours of 10 April 2026. The comet’s nucleus glows prominently at the center of the frame, while its tail fans upward. (Photo by Hazarry bin Haji Ali Ahmad / PABD)

Morning Observations (at 5:00 AM):
During early April – The comet is a pre-dawn object visible in the eastern sky. On April 10, the comet is located in the constellation Pegasus. According to Comet Observation Database (COBS), the observed magnitude of comet C/2025 R3 (PANSTARRS) is currently 5.1. It is expected to reach a naked-eye visibility of around +3 around its perihelion passage on April 20, 2026. Peak Morning Visibility – Its brightness improves through mid-April, reaching by April 20 at magnitude 3.4. After April 21, the comet’s altitude at 5:00 AM becomes negative as it begins its transition toward evening visibility, disappearing from the pre-dawn sky into the daylight. R3 comet and the Sun are in conjunction about 3.6° on April 25 at 8.20 pm (Brunei Time).

Evening Observations (at 6:45 PM):
As the comet moves past its closest approach, it becomes a prominent evening object in the western sky. Starting April 27, the comet appears at magnitude 3.7 above the horizon at 6:45 PM. Throughout May, the comet climbs higher in the sky at 6:45 PM but gradually fades. It moves through Eridanus (early May), Orion (mid-May), and eventually Monoceros. On May 10, it sits at an altitude of 27.4° in Orion with a magnitude of 6.6.

For observers in Brunei, the best views will come by facing the east‑north‑east before dawn in mid‑April, then shifting to the western sky after sunset from late April through May. While the comet is expected to remain brighter than magnitude 6, it may be visible to the naked eye in darker areas, though local light pollution will play a major role. By mid‑May onward, binoculars or a small telescope will become increasingly important for a clear view of the comet.

The night features guided stargazing, planetary viewing, milky way hunting and the “First Light” Astrophotography Challenge, where the first attendee to capture a meteor alongside the Milky Way wins a Dobsonian telescope. To preserve the viewing environment, a strict “Red Light Only” policy will be enforced after 10:00 PM to protect everyone’s night vision.

Spaces are limited and registration is required. Pack your camping gear and head to Kampong Batu Apoi for an unforgettable night of “Dark Skies and Falling Stars.” For more details or to book your slot, visit https://bruneiastronomy.org/web/meteorcamp2026/

Summary: From Papar’s new observatory to Kota Belud’s rivers and Kudat’s legendary dark skies, our Ramadan Milkyway Hunt 2026 became an adventure of shared stories, coastal cooking, stargazing marathons, and breathtaking landscapes – a journey where Sabah’s beauty, its people, and the cosmos came together in one unforgettable experience. Most of all, we travelled with incredible people, AstroFalak expert, Dark Sky Rangers, and friends who turned every moment into a memory. A celestial travelogue.

From 20 to 24 February 2026, our journey unfolded across the sweeping landscapes of Kota Kinabalu, Papar, Kota Belud, and Kudat – five days on the road in two cars, tracing the northern curve of Borneo in search of its darkest skies. Sabah has long been whispered about among stargazers as one of Southeast Asia’s most promising frontiers: vast stretches of countryside untouched by heavy light pollution, horizons that open wide in every direction, and coastal plains where the night sky rises unobstructed from the sea. Under these conditions, the Milky Way reveals its full glory, meteor trails carve bright arcs overhead, and deep‑sky objects emerge with a clarity rarely seen in more urban settings. Drawn by this promise, seven members of the Astronomical Society of Brunei Darussalam (PABD) set out to experience Sabah’s celestial wilderness firsthand – an overland expedition shaped by curiosity, camaraderie, and the timeless pull of the stars.

Our first stop was the Kompleks Balai Cerap Saizwagger 2 in Papar, an observatory operated by Dr. Hj. Sairin, an astrofalak expert. The building itself reflected a strong astronomy theme, with planetary designs throughout the interior. Even the small details, such as bedsheets and floor tiles designed with compass directions, created a space that felt intentionally connected to celestial observation. From the sixth floor, the landscape stretched across distant mountains and hazy horizons, illustrating how observatories are often located in elevated areas to minimise atmospheric obstruction and artificial light.

The night sky at Papar was one of the most memorable moments of the trip. In the early hours before dawn, the Milky Way appeared clearly across the sky, stretching horizontally along the horizon. Because the surrounding area has relatively low light pollution, the structure of the galaxy was visible to the naked eye. The densest and brightest part of the band was the Galactic Center, the region where billions of stars are concentrated around the core of our galaxy. Seeing this glowing band of light above us gave a powerful sense of scale, reminding us that our solar system exists within a much larger cosmic structure. Also, during the observation session, we spotted meteors streaking across the sky and identified several constellations such as Scorpius, Norma, Ara, Sagittarius, and more.

The following morning, we travelled to Kota Belud and stayed at Tagudon Tourist Village, located near the foothills of Mount Kinabalu. The campsite offered clear views of both the river and the surrounding mountains, demonstrating another key factor in astronomical observation: open landscapes with minimal visual obstructions. That evening, we met Emma Zulaiha Zulkifli, founder of Dark Sky Malaysia, who shared insights about public astronomy outreach and efforts to promote dark-sky awareness. Although rain prevented stargazing that night, discussions around the campfire highlighted the important role that astronomy communities play in fostering environmental awareness and scientific curiosity.

Our journey continued to Kudat, located at the northern edge of Borneo. Along the drive, we observed rural infrastructure, such as solar panels used to generate electricity in remote communities. These systems are particularly important in areas where reducing artificial light also helps preserve darker skies. After arriving in Kudat, we stopped by a small seashell stall near the beach. The stall sold real seashells collected from the coastline, ranging from RM5 to RM35 – Each of us bought one or two shells as souvenirs.

At night, we travelled to the Tip of Borneo, the northernmost point of the island. The coastal location offers unobstructed horizons facing the open sea, making it an ideal site for night-sky observation. During our observation session, we also learned how to use the Starsense Explorer, along with the Sky Map on the phone, to navigate the night sky. By using the digital sky map, we were able to identify constellations and immediately locate specific celestial objects such as stars, planets, and nebulae through the telescope. Using the digital smart telescope, ZWO Seestar S50, we captured images of the Orion Nebula and the star cluster Messier 67. Even with limited time and travel fatigue, the sky revealed countless stars, constellations, and distant galaxies.

The monument at the Tip of Borneo also reflects the place’s cultural history. Known locally as Tanjung Simpang Mangayau, it is connected to the history of the Rungus people, whose folklore describes the area as a place where their ancestors defended their territory. Learning about these stories added another layer of meaning to the landscape. It reminded us that places like this are not only beautiful for astronomy but also rich in culture and history.

Overall, the journey demonstrated why Sabah is increasingly recognised as a valuable stargazing destination. Its combination of rural landscapes, coastal horizons, and growing astronomy communities creates an environment where both science and cultural appreciation of the night sky can thrive.

Beyond the astronomical experiences and breathtaking landscapes, the journey was also meaningful because of the people who shared the experience together. My sincere appreciation goes to Uncle Azaharry, Ka Jannah, Ka Ema, Mumtazah, Nazhif, and Adi Zulhilmi for helping capture great photographs throughout the trip and for making the journey both smooth and memorable. Travelling together, sharing meals, preparing for iftar and sahur, and standing under the vast night sky made the experience even more meaningful. It is a journey that truly filled my heart with gratitude. Salam Ramadan.

SUMMARY:

Event Overview: While it was a total lunar eclipse, the view in Brunei was largely obscured by clouds. Despite the weather challenges, the event served as a significant gathering for the local astronomy community in the Sultanate.

Community Engagement: Bruneian enthusiasts and members of the Astronomical Society of Brunei Darussalam (PABD) engaged in private observations and shared the event via live feed of the phenomenon and social media to ensure others could still participate in the experience.

Future Eclipses: The next time a total lunar eclipse will coincide with Ramadan is July 7, 2047. Upcoming lunar events for Brunei include a partial lunar eclipse on July 6, 2028, and a total lunar eclipse on December 31, 2028 (extending into New Year’s Day 2029).

This eclipse was especially meaningful as it occurred in the evening of mid Ramadan, a month when many families in Brunei are having sungkai (breaking the fast) and nightly prayers. The timing of moonrise eclipse allowed more people than usual to step outside, look up, and experience the event together.

A specific alignment of the Sun, Earth and Moon must coincide with the middle of the holy month for such an event to occur. A total lunar eclipse during Ramadan is exceptionally rare, repeating only once every 22 Hijri years – or roughly every 45 eclipse seasons, equivalent to about 21 years in the Gregorian calendar.

Eclipse Largely Obscured, but Partial Phase Visible
The eclipse began with thick clouds covering most of the eastern horizon. Many skywatchers couldn’t see the early stages at all in Brunei, and even totality was mostly hidden behind the cloud layer. But the excitement didn’t fade -everyone kept watching, waiting, and hoping for gaps in the clouds.

However, clearer skies during the later part of the partial phase allowed observers to catch brief but rewarding views. The Moon’s emergence from Earth’s umbra was visible through gaps in the clouds, revealing the curved shadow line across the lunar surface.

PABD Members Gather for a Private Observation Session
Persatuan Astronomi Negara Brunei Darussalam (PABD) conducted a private observation session at the residence of one of its members in Tutong, attended by five members, while other members also carried out their own observations from home. Telescopes and imaging equipment were set up early, and although the team faced long periods of overcast skies, they remained prepared for any moment of clarity.

These observations provided scientific values and visual experience of the eclipse’s progression for first time eclipse chasers.

Live from Tutong
A live stream from Tutong ran from 6.45 pm to 9.45 pm, providing public access to the eclipse. Despite facing the same cloud challenges as on‑site observers, the broadcast successfully captured close‑up telescope views of the partial phase as it transitioned into the penumbral stage. Viewers followed along in real time, sharing comments, asking questions, and updating one another on weather conditions across the country.

The live stream via all bruneiastronomy digital platforms became a focal point for the public, allowing many to stay connected to the eclipse despite limited visibility in few areas in the Sultanate.

Community Sharing
Members of the Bruneiastronomy WhatsApp Group played an active role throughout the night. As clouds shifted across the country, participants shared their own photos, sky conditions, and observing setups. Several managed to capture partial-phase images, contributing to a collective record of the event:

Although the total lunar eclipse was largely obscured by clouds, the event highlighted the dedication and unity of Brunei’s astronomy community. Through private observations, live streaming, and active sharing among enthusiasts, the eclipse became more than a visual spectacle – it became a moment that brought people across the country together to look up at the sky.

The next time a total lunar eclipse coincides with Ramadan will be on 7 July 2047. Before that, Brunei will experience a partial lunar eclipse on 6 July 2028, followed by a total lunar eclipse on 31 December 2028, which will continue into new year 1 January 2029. Clear skies, and keep looking up!

Bandar Seri Begawan – People in Brunei Darussalam will be able to witness a Total Lunar Eclipse, or Blood Moon, on the evening of Tuesday, 3 March 2026, when the Moon turns a deep red colour as it passes into Earth’s shadow.

What Causes a Total Lunar Eclipse
A total lunar eclipse happens when the Earth moves directly between the Sun and the Moon, causing Earth’s shadow to cover the entire lunar surface. Even though the Moon is fully shaded, it does not disappear from view. Instead, it turns a reddish colour. This red hue is produced when sunlight bends through Earth’s atmosphere, allowing only red light to reach the lunar surface.

Where the Eclipse Will Be Visible Around the World
The astronomical phenomenon will be seen in the evening across Australia and eastern Asia including Brunei Darussalam, overnight throughout the Pacific, and at dawn in North and Central America as well as the far western parts of South America. A partial eclipse will be visible in central Asia and much of South America, while Africa and Europe will not see any part of the eclipse.

Above: 2026 March 03 Total Lunar Eclipse worldwide visibility map by F. Espanak (NASA)

Visibility from Brunei Darussalam
The early stages of the eclipse occur while the Moon is still below the horizon in Brunei. The initial penumbral and partial phases will therefore not be visible locally. The eclipse becomes observable once the Moon rises already in partial eclipse, leading into the full phase of totality.

Key Eclipse Timings for Brunei
The Total Eclipse begins at 7:04 p.m., when the entire Moon enters Earth’s umbra and takes on a noticeably darker tone. This is followed by the Maximum Eclipse at 7:33 p.m., the moment when the Moon is deepest in the Earth’s umbra and appears most vivid red. Totality ends at 8:03 p.m., after which the Moon slowly brightens as it moves out of Earth’s shadow. The partial phase ends at 9:17 p.m., when the Moon is fully within Earth’s penumbra and only a subtle dimming remains.

Key timings in Brunei Darussalam Time (GMT+8) are as follows:

Penumbral Eclipse Begins: 4:44 p.m. (03 Mar 2026) [Not Visible from Brunei]
Partial Eclipse Begins: 5:50 p.m. [Not Visible from Brunei]
Totality Begins: 7:04 p.m.
Maximum Eclipse: 7:33 p.m.
Totality Ends: 8:03 p.m.
Partial Eclipse Ends: 9:17 p.m.
Penumbral Eclipse Ends: 10:23 p.m.

Click Here for LIVE Countdown of the Lunar Eclipse Phases

End of the Eclipse
The eclipse officially concludes when the penumbral phase ends at 10:23 p.m., marking the final stage of this celestial event. At this point, the brightness of the full Moon will return to its normal appearance.

A Deep Total Eclipse with Striking Visuals
This eclipse is classified as a deep total lunar eclipse, with a magnitude of 1.151, indicating that Earth’s umbra covers more than the entire diameter of the Moon. Totality lasts for 58 minutes, while the combined partial‑eclipse phases span more than 2 hours.

Viewing Conditions and What to Expect
The eclipse is safe to view with the naked eye and requires no special equipment. However, an unobstructed view of the eastern horizon is essential, as the Moon will be very low above the horizon when it first becomes visible.

Live Stream
View the live stream from @bruneiastronomy platforms on Instagram, Facebook and YouTube.

A Dramatic Moonrise for Brunei
With a clear eastern horizon and favourable weather after sungkai, Brunei’s observers will see the Moon rising around 6:30 p.m., already more than half eclipsed, creating a striking and dramatic sight as it climbs above the landscape. As the eclipse enters totality, the Moon will gradually shift into a coppery‑red glow, with its colour shaped by natural atmospheric conditions such as humidity and fine airborne particles.

A Rare Ramadan Eclipse Before the Next in 2028–2029
This rare celestial event is especially significant as it falls in Ramadan. It is the last total lunar eclipse before the next one occurring on 31 December 2028 – 1 January 2029, which is visible from Brunei. For a total lunar eclipse that again coincides with Ramadan, the wait will be much longer: the next one that falls in Ramadan will occur on 7 July 2047 – 21 years from now.

Press Release:

English and Malay:

Bandar Seri Begawan – Despite challenging weather conditions, a group of fourteen members of the Astronomical Society of Brunei Darussalam (PABD) successfully conducted naked-eye observations of the annual Geminids Meteor Shower in the early hours of Sunday, 14 December 2025 at Kampong Sungai Mau, Belait.

The event, known as the “Geminids AstroCamp”, was held from 12:30 AM to 2:30 AM, during which members gathered to witness the celestial display and capture it through photography. Based on observations documented by the team, approximately 50 Geminid meteors were sighted, including several striking fireballs, despite limited visibility.

One participant, Muhammad Hidayatullah bin Awang Ahmad shared: “It was a challenging night for viewing, with nearly 80% cloud cover and overcast skies for most of the session. Nevertheless, the meteors we managed to observe, particularly the brighter fireballs, made the effort worthwhile.”

Despite cloudy skies, PABD member Mohamad Nur Raziqqien bin Abu Bakar captured a vivid Geminid meteor streaking across the prominent Orion constellation, which lies right next to Gemini – the radiant of the meteor shower.

The Geminids are widely regarded as one of the most reliable and spectacular annual meteor showers, originating from asteroid 3200 Phaethon. This year’s observation coincided with the shower’s peak between the nights of 13 and 14 December 2025. Under ideal conditions, the Geminids can produce as many as 120 meteors per hour (ZHR), making them a highlight of the astronomical calendar.

Meteor showers take place when the Earth, in its yearly orbit around the Sun, crosses paths with streams of cosmic debris released by comets or asteroids. These tiny fragments, often no larger than grains of sand, enter the atmosphere at tremendous speeds and incandesce due to friction with air molecules, creating the luminous streaks commonly referred to as “shooting stars.”

PABD thanked the Bukit Sawat Village Consultative Council (Majlis Perundingan Kampung Bukit Sawat) for their invaluable support in facilitating the AstroCamp.

The Geminids are unique among major meteor showers because their source is not a comet, but rather an asteroid 3200 Phaethon. As Earth passes through the trail of dusty debris left behind by this object, the particles burn up in our atmosphere, creating the brilliant streaks we call meteors. Under ideal conditions, the shower boasts a Zenithal Hourly Rate (ZHR) of up to 120 or even 150 meteors per hour. While light pollution and other atmospheric factors will reduce this count in practice, the 2025 viewing conditions are considered highly favorable for Brunei. This is because the waning crescent Moon will be only 27-30% illuminated and will not rise until a few hours after midnight, ensuring the early peak hours are free from significant lunar glare.

According to the International Meteor Organization (IMO), the more reliably reported Geminid maxima during the past two decades all having occurred within solar longitude λ⊙ = 261.5◦5 to 262.4◦, that is 2025 December 13, 15h to December 14, 12h UT. Thus, the best time to look up will be after the constellation Gemini (the radiant point from which the meteors appear to originate) has risen high enough in the sky, typically from the mid-evening 11 p.m. of Dec 13 (local Brunei time) onwards, and peaking around 2:00 AM local time on December 14th. However, unlike many other showers, the Geminids offer good activity even before midnight. The most crucial tip is to find a safe location far away from the bright city lights of Bandar Seri Begawan and other major towns. Lay down comfortably on a blanket or deck chair, allow your eyes at least 20 minutes to adjust to the dark, and scan the entire sky, looking about away from the Gemini constellation for the longest and most impressive meteor trails.

This annual celestial show is a fantastic opportunity for both seasoned astronomers and casual observers in Brunei to witness nature’s spectacle. The meteors are often described as bright and can be multicolored making them a truly memorable sight. The key to successful meteor observation is a clear sky, so remember to check the local forecast. However, even if the skies are partly cloudy, don’t give up! The Geminids are so numerous that even brief cloud breaks can provide a chance to spot a bright streak. With its favorable timing and minimal moonlight interference, the 2025 Geminid meteor shower should be marked on calendar as a must-see astronomical event, offering one of the year’s best chances to enjoy shooting stars.

Here are some tips:

Assalamualaikum warahmatullahi wabarakatuh dan salam sejahtera kepada semua yang hadir.

Terlebih dahulu, saya ucapkan selamat datang kepada bakal ahli-ahli baharu.

Alhamdulillah, pada hari yang penuh berkat ini, kita berhimpun dalam majlis orientasi yang bukan sahaja memperkenalkan persatuan, tetapi juga menyemai semangat kekitaan dan inspirasi dalam kalangan ahli baharu dan lama.

Persatuan Astronomi Negara Brunei Darussalam (PABD) ini lahir daripada impian kecil yang besar maknanya. 23 tahun yang lalu, sekitar tahun 2002, hanya berbelasan orang peminat astronomi yang berkumpul secara sukarela, berkongsi ilmu dengan minat terhadap langit malam. Dari pertemuan santai di tempat letak kereta dan memasang teleskop di kawasan-kawasan lapang untuk melihat anak bulan dan planet, lahirlah satu gerakan yang kini telah berkembang menjadi sebuah persatuan rasmi yang berdiri megah dengan perlembagaan, diiktiraf dan disegani di mata masyarakat.

Kini, keahlian kitani telah berkembang melebihi seratus orang dari pelbagai latar belakang -ada pelajar, guru, jurutera, doktor, ibu bapa – semua peminat ilmu falak astronomi. PABD bukan sekadar pertubuhan – ia adalah menjadi lambang bukti hasil kerja semangat perpaduan tinggi dengan minat yang tulus, dipupuk dengan komitmen yang teguh, mampu melahirkan sesuatu yang luar biasa dan bermakna.

Sepanjang perjalanan ini, ahli-ahli PABD sentiasa mendekatkan astronomi kepada masyarakat melalui pelbagai inisiatif. Antaranya termasuk cerapan umum fenomena langit, bengkel falak, ceramah astronomi, serta kolaborasi bersama institusi tempatan dan antarabangsa. Kita bukan sahaja menyebarkan ilmu astronomi, tetapi juga mengangkat warisan falak Melayu Brunei-Islam yang kaya dengan hikmah dan sejarah.

Majlis orientasi ini bertujuan untuk memperkenalkan struktur persatuan, etika berorganisasi, dan peluang-peluang yang tersedia kepada ahli baharu. Ia juga menjadi medan untuk membina jaringan (networking), berkongsi aspirasi, dan memahami peranan kita sebagai ahli yang sentiasa proaktif dan bertanggungjawab, serta sentiasa menjaga nama baik PABD.

Dalam berpersatuan, kita pegang teguh pada prinsip keikhlasan dan komitmen. Kita bukan berjuang untuk nama, tetapi untuk manfaat bersama. Setiap sumbangan – besar mahupun kecil, pengorbanan masa mahupun wang ringgit – kita niatkan sebagai sedekah ilmu lillahi ta‘ala, tanpa mengharap balasan. Saya mengharapkan ahli-ahli lama bersedia menjadi mentor kepada ahli-ahli baru, dengan memberikan sokongan yang berterusan, bimbingan ilmu secara praktikal, dan perkongsian pengalaman yang bermakna.

Harapan kami adalah agar setiap ahli, khususnya yang baru menyertai, dapat merasai semangat kekeluargaan dalam berpersatuan dengan mengutamankan sikap saling hormat-menghormati antara satu sama lain, serta bersedia untuk menimba ilmu secara aktif. Semoga kita terus berkembang sebagai komuniti yang bukan sahaja mencintai ilmu bintang, tetapi juga menyumbang kepada pembangunan negara melalui pendidikan, penyelidikan, dan pemerkasaan generasi muda.

Saya percaya bahawa ahli-ahli baru yang berada di sini adalah generasi yang bukan sahaja mencintai ilmu astronomi, tetapi juga bersedia untuk berbakti, menyumbang dan memimpin PABD dengan nilai murni.

Akhir kata, terimalah dua rangkap pantun dari saya:

Bintang bersinar di langit tinggi,
Menjadi petunjuk pelayar zaman,
Ilmu falak bukan sekadar hobi,
Tapi jambatan ilmu menuju keimanan.

Bintang tinggi tak tercapai,
Namun sinarnya jadi pedoman,
Teruskan usaha, jangan lalai,
Demi ilmu dan masa hadapan.

Sekian, wabillahi taufiq walhidayah, wassalamualaikum warahmatullahi wabarakatuh.