On Sunday March 15th 2020, a discussion will be carried out in the sky theatre of Nehru Planetarium, New Delhi about Messier objects. Please find the details in the poster below.
Messier objects are the most sought after objects for amateur astronomers and form a list called Messier’s Object List. The list was created by French Astronomer and comet hunter Charles Messier during the mid 1700s. The objects are widely observed and every year in March, the amateur astronomers participate in an event known as Messier Marathon which is a fun night of locating all 110 objects in one night using a manual telescope.
The list consists of all kind of objects, from double stars to Supernova remnant. Different kind of star clusters, nebulae and galaxies comprise this list. It is fun and exciting to see the objects in one night and there is plenty to learn about them.
The session will start from 10:00 AM and will continue till about 11:20 in the sky theatre. Following this, a small interaction will be carried out to discuss further. Attendance is “Free of cost” and it is “Open to all”. For any queries, kindly drop a message at +91-9560338860 for Sneh.
Greetings! Nehru Planetarium, Nehru Memorial Museum and Library, is providing an opportunity for students to attend a sky theater Astronomy session at the planetarium, on Thursday, the 16th of January 2020, at 5 PM. The session will have discussions “under the stars” inside the sky theater, and would cover basic positional Astronomy onwards to glimpses of cutting edge multiwavelength/multimessenger Astronomy where we are now poised in our understanding of the Universe. The discussions will be for basic awareness. We request you to bring this to the notice of students. They can send a mail to firstname.lastname@example.org and be there at the planetarium by 5 PM on the 16th.
Interested students are also urged to see the website http://vigyansamagam.in/ to know about some of the cutting edge mega projects in Astronomy. Students can register as volunteers at https://bit.ly/2ufCViz . Some students may have already registered as a potential volunteer in an exciting exhibition in this connection, which will be at the National Science Center, Delhi from the 21st of January to the 18th of March 2020. This will be a tremendous learning opportunity to the students, if selected for volunteering for any of the megaprojects.
Nehru Planetarium, Nehru Memorial Museum and Library, invites you to a half day sky theatre Astronomy session at the planetarium, on Sunday, the 12th of January 2020, from 9:30 – 11:30 AM. The session will have discussions “Under the Stars” inside the sky theatre, and would cover basic positional Astronomy onwards to glimpses of cutting edge multi-wavelength/multi-messenger astronomy where we are now poised in our understanding of the Universe. The discussions will be for basic awareness. Please send a mail to email@example.com and be there at the planetarium by 9:15 AM on the 12th.
Interested students and visitors are urged to see the website http://vigyansamagam.in/ to know about some of the cutting edge mega projects in Astronomy. Students should also register on the site (if not done already), if they wish to be a volunteer in an exciting exhibition in this connection, which will be at the National Science Center, Delhi from the 21st of January to the 18th of March 2020. This will be a tremendous learning opportunity to the students, if selected for volunteering for any of the megaprojects.
NASA’s deep solar system probe “New Horizons” made history in 2015 being the first space probe to visit Pluto, providing stunning images of the planet beloved by kids all over the world. After its mission completion on sending over the enormous volumes of data it collected, the probe’s mission was extended to do what no probe had done before. It was repurposed to now visit the Kuiper belt.
What is the Kuiper Belt?
For those of you who do not know what the Kuiper belt is, it is just a big cloud of protoplanetary material or giant space rocks that orbit the sun outside the orbit of Neptune. This bunch of space rocks are essentially the remanants of failed planets. The same stuff the solar system planets are made out of. It is thought that these rocks ( actually solidified ice, methane etc ) failed to become planets because they were too sparsely spaced to form stable planets. Pluto itself is thought to be a Kuiper Belt Object or KBO
In 2016, using the Hubble Space Telescope, a few KBOs were identified that NASA engineers and scientists thought could be suitable for New Horizons to visit and return data, given the amount of fuel left on the craft and the life of its radioisotope generators. Finally a space rock dubbed “Ultima Thule” was identified
New Horizons Reaches asteroid 486958 (2014 MU69) “Ultima Thule”
On Jan 1 2019, New Horizons made its closest flyby to Ultima Thule making it history as its the furthest object any spacecraft has visited. New Horizons came withing 2200 Km of the KBO. Reaching this Kuiper Belt object is truly and outstanding feat of mankind.
As you can see, the asteroid has a snowman like structure. Scientists think the two parts of the ball were distinct objects before, until they collided and coalesced togther. the asteroid is approx 20 miles by 10 miles
The monsoon the receding and the season for stargazing is about to start. I would like to propose a night observation on the upcoming weekend Sept 15 (Saturday) at a campsite near Tijara. Rajasthan. We have conducted three such observations here in the past and the sky has been very supportive combined with rural skies which gives a limiting magnitude of 5.5 visually. You are welcome to bring your family and friends to enjoy the fist stargazing of the season.
The place is located about 75 KM from gurgaon and 110 KM from delhi. It is located 10KM off the Delhi – Alwar highway which makes it an optimum place within the driving distance from Delhi NCR. In last 3 observations organised, there have been 25-30 members participating each time. Age group of participants have been between 13 and 85 years.
The weekend of September 15 will show Moon, 4 planets, summer milky way along with plenty of DSOs in the evening whereas late in the night, winter constellations will show up making it a perfect setting for stargazers. We may also get to see the fading comet 21P/Giacobini–Zinner as it will be at its closest and brightest tonight.
The venue, a campsite used by my company for astronomy observations for school kids is absolutely safe with boundary wall, dark skies, tented accommodations, evening and mid night snacks along with dinner and breakfast. Tea coffee shall be provided in the evening and near mid night for us to keep going. Tents are provided for people driving their own vehicle to snooze for a couple of hours so that they are well rested and can hit the road in the morning. All you need to do is to pay Rs 1,850/- per person to avail the facilities and enjoy the night sky.
The weather seems promising with clear skies over the weekend. Temperature is expected to be between 22 and 34 degrees. Warm clothes are advised to be carried for the night. Carry your telescopes, cameras, star maps and any other thing you may require to explore the night sky.
Those of you interested in joining me can contact me at +91-9560338860 or simply reply to this email with your confirmation.
Vigyan Prasar in association with Nehru Planetarium is organizing popular lecture at 10:00 AM tomorrow 23 August 2016 at Sky theater at planetarium. Interested people can join the programme.
The Speaker: Akshat Singhal,
Marie-Curie Fellow – Europe’s most competitive and prestigious awards, Early Stage Researcher (ESR) fellowship within the project Grawiton – European Marie Curie Action INT at Gran Sasso Science Institute in L’Aquila, Italy.
Title of Talk: “The sound of black holes”
Recently mankind has detected first gravitational waves as predicted by Albert Einstein 100 years with his theory of General Relativity. This discovery was considered as one of important discovery in the centuary. One of the most challenging experiment physicists ever undertook, measuring the change in length smaller than 1/1000th of a diameter of proton over 4km. We will discuss how many challenges are overcome and how did we achieve this endeavor.