apod 3

So the deep field view from the hubble telescope is kind of amazing. From this view you can see a seemingly infinite amount of galaxies al types. It is amazing and really makes you wonder, are we alone?

Apod 2

This video shows the a time lapse of the lunar eclipse that happened April 28. You can see how it turns white to black and the suddenly red. A beautiful image of the sun.

apod

This is a picture showing the suns activity. It seems to becoming extremely busy. Four years ago the sun encountered its solar minimum. The picture shows a beautiful "other view" of the sun.

Constellations

Felipe Rojas

Constellations

May 27

From 7-745

Constellations: Bootes, Lyra, I believe Cassiopia, Leo, Virgo, Centaures, Ursa Minor

 Bright stars: Spica, Arcturus,Gamma Leonis, Polaris

No deep objects found

Constellations

Felipe Rojas
May 28 2014
Period 4
From 8-10

Binoculars used


Very clear, a couple of clouds\


Constellations noted-Ursa minor, Ursa Major, Cygnus, Scorpious, Bootes, Aquila, Lyra


Planets noted: Mars and I believe Saturn



Bright stars noted-Polaris, Deneb, Alberio, Arcturus, Vega, Altair.

ASTRO BIO

Felipe Rojas

Mr. Dacey

Astronomy

Jocelyn Bell-Burnell

Born in Northern Ireland, Burnell’s early life foreshadowed her future success. She was a straight A student through her early life, educated in the highest schools in Ireland, one of them being Lurgan College. She soon caught on interest in astronomy, reading, noting, and analyzing series of books having to do with astronomy. Unfortunately, around the 50s was a time that girls could not study science. This was an obstacle that would never stop Jocelyn from achieving her dreams and aspirations. Around that time her skills in school began to diminish, but her physics teacher applauded her because although she wasn’t catching on everything, she did indeed catch on elaborate concepts.

From there life was better, she was learning, getting more and more powerful because knowledge truly is power. She graduated from University of Glasgow in 1965 with a degree in Natural Philosophy, a branch from physics. She even worked on a radio telescope with a man named Hewish, in order to study quasars, a subject not well understood at the time. And then a discovery was made, some scientists say it was the most important one of the 20^th century, a complete revolution to the comprehensive mind of astronomers understanding stellar evolution. She began to notice pulses at one time per second, she was astonished. What was this pulse? Well now it is known as a neutron star, an important in stellar evolution.

Burnell did not quit there, she continued teaching curious students and future astronomers her amazing knowledge. But all the perfection in her life had a speed bump. Remember when her and Hewish were working on that Radio Telescope. Well guess who did not get credit when the Nobel Prize was awarded. Burnell worked hard day and night with data from that project but yet recognition was not awarded.

Although this is true and depressing, she knows what she did and continues to do, she is an icon to astronomy and we now know the true excellence of her genius.

Observations

Date: March 25 2014 (last hours before quarter ends)

Time: 8:25- 9:35

Place: Admirals Walk complex

Sky: Clouds but most of sky is visible

Instruments:  None

Planets- None spotted

Bright Stars: Capella, Spica, Sirius, Cor Caroli (unsure), Betelgeuse, Rigel, and lastly Arcturus.

Constellations noted: Auriga,, Virgo, Canis Major, Orion, Booes (newly learned)

APOD

It is a difficult thought to extinguish, that we are alone in this universe. We look at pictures like this, The Andromeda Galaxy, and realize how tiny we really are. Questions arise like are we part of a multiverse or what are we? The Andromeda Galaxy is our neighbor and is greatly responsible for helping us, humans, understand our own Milky Way Galaxy. And the beauty is marvelous.

APOD

This image astonishes me because it looks like an illustration. But is anything but that. Here is Saturn.  Taken by the Cassini space craft, Saturn shows its vibrant rings while its face, is in night time. The beauty is breath taking, and this why it is the jewel of the solar system.

APOD

Venus, before, was our evening planet that looked like a star. Well now its our morning star when we wake up. This picture includes the daytime moons waning crescent and Venus's waning crescent. It is a coincidence their periods match and anyone else would think they are miniature versions of themselves.  

 

APOD

This picture is truly a phenomenal photograph. This is the Orion Nebula  where star formation is hugely predominant. So what surrounds it? As many know, The nursery is filled with dust. The dust is very visible in this image as well. Which is actually made from stars when they cool. But as time will pass this dust will eventually be obliterated by new stars that form.

observations

Date: March 18 2014

Time: 10:00- 11:15

Place: Admirals Walk apartment Complex

Instruments used: New binoculars

Planets: Jupiter in Gemini

Bright Stars: Alphard, Regulus, Gamma Leonis, Spica, Betelgeuse, Rigel, and Procyon . I might have
been wrong about Procyon.

Constellations: Hydra, Leo, Leo minor, Virgo, Orion, and Canis Minor.

Other: Orion's belt is beautiful and Jupiter is bright.

Observations March 15 2014

Date: March 15 2014

Time: 7:45- 855 (time typing on word document included)

Place: Admirals Walk
Sky Conditions: Clear as can be

Planets: Didn't see Jupiter or find it

Bright Stars: Algol, Rigel, Betelgeuse, Castor, Pollux, and Siriuos

Constellations noted: Gemini, Orion, Perseus, Canis Major, I believe it was Taurus

Deep Sky Objects: M41 and M104

Other.- one meteor streak of light seen

March 11 2014 Observations

Date: March 11 2014 Observations

Time: 9-10:40

Place: Admirals Walk

Sky Conditions: Some clouds but some of sky visible.

Planets: I believe it was Jupiter

Bright Stars: Regulus and Gamma Leonis, Spica.

Constellations: I actually believe I found the position or area that is the air pump

Virgo, Leo, and I believe Hydra

Deep Objects- M104

observations March 9 spring break

Date: March 9 2014

Time: 8:00-9:45 Writing time included

Place: Admirals Walk

Sky Condition: Beautiful clear conditions

No instruments used

Planets: I didn't catch any

Bright Stars noted:  Sirius , Rigel, and Betelgeuse

Constellations noted: Ursa Major, Ursa Minor, Canis Major, Orion, and Leo.

Deep Sky Objects: None Noted

Annie Jump Cannon

Annie Jump Cannon

Annie Jump Cannon is a known astronomer that was responsible for classifying thousands of stars. She actually was the astronomer that started to classify stars solely on their temperatures. Even from young age many knew that indeed, Annie would make an impact in this world. Born on December 11, 1863, Ms. Cannon was a successful student, predominantly in Math at her elementary school in Dover, Delaware. This excellence propelled her into getting admitted into the Wellesley College in Massachusetts. Many people admire her great accomplishments, not just because of her genius but also because of her setback. This setback was losing her hearing when she was 18 years old, from Scarlet Fever. Her deafness was an obstacle she had to overcome, but with her positive mindset, Annie bolstered past it. Amazingly four years later, Annie Cannon received a degree in Physics. With her outstanding achievements, Annie actually became jaded with life. She looked into possible habits and chose photography, where she traveled to many places with her camera. Life down spiraled when her mother, in 1894, passed away. This hit her hard because, Annie’s mother had been the spark of her success. When Annie was very young, Annie’s mother Mary, taught her all the constellations myriads of different facts and studies on the night sky. Therefor this interest dates back to her childhood. Bored and depressed, Annie chose to continue life and soon after, found a job opening. This job was not any job, but it involved her strengths. Sarah Francs hired her as her assistant. Since it was at a college, Janie learned new things including spectroscopy and subjects involving her interests. Her life from there continued in an encouraging way.

As far as intellectual success went, Annie Jump was the definition of it. To begin, Annie became part of a group, associated with Harvard, that was responsible for the classification of nearly every star in the night sky. This group, Pickering’s Women also managed to classify stars based on spectra. Disputes within the group erupted. Annie compromised and viewed the stars by listing them in in spectral classes that were based upon absorption lines. The Oh Be A Fine Girl, Kiss Me or O,B,A,F,G,K,M. For this achievement, Annie earned the Henry Draper Medal in 1931. 40 years were spent with discovering, writing, and showing her knowledge. Annie was responsible for the classification of 300 not discovered and 400,000 Draper Classifications. Yes, Annie Cannon was responsible for a new understanding of stars in a way. Her peers would describe her as amazing, extraordinary, and a true astronomy Wiz. Unfortunately, she died on April 13 1941. Annie has been truly an influential force in the understanding of stars and astronomy itself.

APOD

Myriads of planets have been discovered, and according to many astromers they are likely to be possibly, in the future be habitable by us. There conditions indicate that there may possibly, already be life there, due to the possiblity of water. It brings questions, like are we alone, where did life originate, it is truly an amazing concept.

This is galaxy NGC 2683. Astromers say it is much of what our spiral galaxy looks like. It is roughly about 20 million light years away in the lynx galaxy. It is truly a halmark of the universe.

Biography references

www.sdsc.edu/ScienceWomen/cannon.html

 

academics.wellesley.edu/Astronomy/Annie

APOD Quarter 2

The sunset from January 5 in the Swiss skies. In this spectacular image, one can see the sun spots n its surface.

Felipe Rojas

January 8 2014

Period 4, Astronomy


Nevil Maskelyne

 

Nevil Maskelyne was a very important astronomer in time. To begin, Nevil Maskelyne was the fifth Astronomer Royale. Nevil was born on October 6 1732 in London and his childhood wasn't the best one. His father passed away when he was only 12 years old. Soon after this, Nevil began attending West Minister School. Unfortunately, his mother died only 4 years later. Devastated Nevil continued his life.

Nevil's growing love for astronomy began when he saw a solar eclipse on July 25 1748. After this, Nevil entered St. Catherine's College, Cambridge and then to Trinity College. Through these experiences he married a lady named Sophia Rose in 1785. They had a girl named Margaret who eventually became an Oxford Professor. In the Astronomy Royal group, Nevel was sent to study the transit of Venus. This was such a necessity at the time because by knowing this information, one can get an estimated distance of the sun from the Earth. He wasn't completely successful on that project. Nevel then developed the Lunar Distance Method. This method was made by using the moon to determine Earths longitude.


He was sent on different missions to find longitude lines. These places include Barbados. Some other things he has done include the Schiehallin expirement for the determination of the Earth’s density using a plumb line.


His amazing works have really been a strong influence on modern astronomy.

Felipe Rojas

Date: January 5 2014

Time:  745-11:05

Place: Admirals Walk

Sky Conditions: Cloudy at times but mostly clear enough to seem some sights

 

Instruments Used: binoculars

 

Planets: .Jupiter, extremely bright

 

Bright Stars noted: Mira, Algol, Capella, Pollux, and Sirious

 

Constellations noted: Cancer, Pegasus, Andromeda, Orion, Sculptor.

 

Binary Stars: Non Noted

 

Deep Sky Objects: glimpse of Andromeda galaxy.

 

Other:

 

 

Felipe Rojas
Date: January 1 2014

Time: 8PM-11PM

Place: Admirals Walk

Sky Conditions: A bit cloudy from 9 to 945 but the rest of the time very clear.

 

Instruments Used: Binoculars

 

Planets: Jupiter

 

Bright Stars noted: Betelgeuse, Pollex, Capela, Rigel, Sirius.

Constellations noted: Orion, Cancer, Columba, Pupis, and Hydra.

 

Binary Stars: Non spotted

 

Deep Sky Objects: Non Spotted.

 

 

 

Other: I saw a streak of light pass directly over me.