Why I majored in physics instead of astronomy

Tibees
29 Nov 201613:26
EducationalLearning
32 Likes 10 Comments

TLDRThe speaker shares their passion for astronomy, which initially inspired them with its grand questions about our place in the universe. Despite their enthusiasm for space and its unifying potential for humanity, they transitioned from an astronomy major to physics and maths due to their enjoyment of hands-on lab work and the broader applicability of these fields. They found modern astronomical research to be more akin to data analysis and computer science, dealing with vast datasets, which, while fascinating, lacked the direct observational magic they craved. The speaker emphasizes the value of a broad educational foundation, suggesting that studying physics and maths provides a versatile skill set that can be applied to various fields, including astronomy. They also highlight the importance of following one's interests and being open to change, advocating for diverse research experiences to truly understand one's preferences. Currently, they apply physics to biological research, demonstrating the adaptability of their chosen fields.

Takeaways
  • 🌌 The speaker's initial interest in astronomy was sparked by its exploration of big questions about our place in the universe and the interconnectedness of everything.
  • πŸš€ The speaker identifies as a 'space nerd' and remains engaged with astronomy through outreach and public lectures, believing that the pursuit of spaceflight and understanding can unite humanity.
  • 🌟 Astronomy serves as an excellent platform for outreach, especially for engaging non-scientists and sparking interest in science through the appeal of space-related topics.
  • πŸ“š The speaker switched from an astronomy major to a broader physics and math major, influenced by their research experience in astronomy, which involved significant computer science, data analysis, and image analysis.
  • πŸ–₯ Modern astronomy research often involves working with large datasets, which requires extensive data processing and analysis, making it more office-based and less about direct observation of celestial objects.
  • πŸ§‘β€πŸ”¬ The speaker discovered a preference for hands-on lab work in experimental physics over purely theoretical or computational work, which was a surprise to them.
  • πŸ” A physics and math major provides a strong foundational knowledge that can be applied to a wide range of fields, making it versatile for future research or employment.
  • πŸ“ˆ The speaker suggests starting with broad courses in undergraduate studies and then specializing later, which allows for a deeper understanding and skill set in a chosen field.
  • 🧠 Engaging in research projects or internships across different areas during studies can help individuals discover their true interests and passions.
  • 🌱 The speaker is currently applying physics to a biological context, demonstrating the ability to branch out into new areas with a solid foundation in physical sciences.
  • πŸ’‘ The importance of following one's interests and being open to change is emphasized, as it can lead to unexpected and enjoyable paths in one's academic or professional journey.
Q & A
  • What initially inspired the speaker's interest in astronomy?

    -The speaker was initially inspired by the big questions that astronomy addresses, such as our place in the universe and how everything fits together.

  • How does the speaker describe their current engagement with astronomy?

    -The speaker remains engaged with astronomy through outreach and attending talks or public lectures related to space, considering themselves a 'space nerd'.

  • Why did the speaker switch from an astronomy major to a physics and maths major?

    -The speaker switched because they discovered a preference for hands-on lab work and found that modern astronomy research is more about data analysis and computer science, which didn't align with their interests as much as experimental physics did.

  • What did the speaker find surprising about their enjoyment of experimental physics research?

    -The speaker was surprised to find that they enjoyed being hands-on in the lab, which was contrary to their initial belief that they would be more interested in theoretical work.

  • Why does the speaker believe a physics and maths major is more versatile than an astronomy major?

    -The speaker believes that a physics and maths major provides a broader foundation, which can be applied to a wider range of fields and is more easily communicated to employers as a set of valuable skills.

  • What advice does the speaker give for students who are unsure about their major?

    -The speaker advises starting with broad courses to gain a wide understanding and then building specific skills later. They also recommend engaging in research projects or internships in different areas to discover personal interests and strengths.

  • What is the speaker's current research project about?

    -The speaker's current research project involves applying physics to a biological application, specifically studying how plant cells respond to pressure.

  • How does the speaker view the relationship between physics, maths, and computer science?

    -The speaker sees physics, maths, and computer science as three broad pillars of the physical sciences, each capable of providing a solid foundation for a wide range of applications and fields.

  • What does the speaker suggest about the flexibility of skills learned in the physical sciences?

    -The speaker suggests that the skills learned in the physical sciences are transferable and can be applied to various fields, driven by curiosity and imagination to solve and understand the world around us.

  • Why does the speaker think it's important to follow one's interests when choosing a research subject or supervisor?

    -The speaker believes that following one's interests leads to a more enjoyable and fulfilling experience. They also mention that one might discover unexpected interests and passions through this process.

  • How does the speaker feel about the possibility of changing one's academic or career path?

    -The speaker is open to the idea of changing paths and emphasizes that one should not feel boxed into a specific field. They highlight the importance of adaptability and the ability to apply learned skills to new areas.

Outlines
00:00
🌌 Astronomy: The Gateway to Space Enthusiasm

The speaker expresses their initial passion for astronomy, which sparked their interest in the broader questions of the universe. They describe how astronomy can inspire and unite people, and how it serves as an excellent platform for outreach and engaging with the community. The speaker also shares their personal journey, transitioning from an astronomy major to a more comprehensive degree in physics and maths, driven by their experiences in research and a desire for a broader foundation.

05:01
πŸ§‘πŸ”¬ Hands-On Research and the Broad Appeal of Physics

The speaker reflects on their unexpected enjoyment of hands-on laboratory work, which contrasted with their initial inclination towards theoretical studies. They discuss the realization that a physics major, along with maths, provides a solid and versatile foundation that can be applied to various fields. The speaker also emphasizes the importance of starting with broad studies and then specializing, as it allows for a more informed choice in future research directions. They share their current research in applying physics to a biological context, demonstrating the adaptability of their skillset.

10:04
πŸ’‘ Embracing Versatility and Encouraging Exploration

The speaker advises on the value of versatility in one's studies and encourages students to explore different areas through research projects and internships. They stress the interconnectedness of subjects like physics, maths, and computer science, and how a strong foundation in these areas can open doors to a wide range of opportunities. The speaker also reassures that it is possible to change paths during one's academic journey and that such exploration can lead to surprising and fulfilling discoveries.

Mindmap
Keywords
πŸ’‘Astronomy
Astronomy is the scientific study of celestial objects, space, and the physical universe as a whole. It is the original field that inspired the speaker's interest in science, as it addresses profound questions about our place in the universe and the interconnectedness of everything. In the video, the speaker's passion for astronomy is evident as they describe its role in sparking curiosity and its potential for outreach to engage the general public.
πŸ’‘Space Nerd
The term 'space nerd' is a colloquial and affectionate way to describe someone who is very enthusiastic about space and astronomy. The speaker identifies as a space nerd, evidenced by their NASA sticker-covered bike and eagerness to attend talks and lectures on space-related topics. This keyword illustrates the speaker's deep personal investment in space exploration and knowledge.
πŸ’‘Outreach
Outreach in the context of the video refers to the act of communicating scientific ideas to the public, particularly to those who may not have a scientific background. The speaker enjoys doing outreach to share the excitement of astronomy with community members and to make complex scientific concepts more accessible. Outreach is depicted as a vital way to engage and educate a broader audience about the wonders of space and science.
πŸ’‘Physics and Maths Major
The speaker discusses their decision to switch from an astronomy major to a major in physics and maths. This change reflects a desire for a more broad educational foundation that can be applied to various fields, including astronomy, but also opens up opportunities in other areas of science and research. The physics and maths major is portrayed as a versatile and fundamental base for understanding and solving complex problems.
πŸ’‘Research
Research is a systematic investigation to establish facts, principles, or knowledge about the natural world. The speaker's experiences in astronomy research, particularly working with CubeSats and analyzing images of galaxies, led to insights about the data-intensive and computational nature of modern astronomy. This keyword is central to the narrative as it influenced the speaker's academic and career path.
πŸ’‘Data Analysis
Data analysis involves examining, cleaning, transforming, and modeling raw data to extract useful information. In the context of the video, the speaker highlights the importance of data analysis in astronomy due to the vast amounts of data collected by telescopes. This keyword is significant as it contrasts with the more hands-on aspects of experimental physics that the speaker found more appealing.
πŸ’‘Experimental Physics
Experimental physics is the branch of physics that involves designing and conducting experiments to test hypotheses and discover new phenomena. The speaker found a preference for experimental physics over theoretical or computational work, enjoying the hands-on aspect and the surprises that come with experimental results. This keyword is key to understanding the speaker's shift in focus from astronomy to physics.
πŸ’‘Broad Educational Foundation
A broad educational foundation refers to a well-rounded education that covers a range of subjects. The speaker advocates for starting with broad courses in undergraduate studies, such as physics and maths, before specializing in a particular field. This approach allows for a deeper understanding and the flexibility to apply foundational knowledge to various disciplines.
πŸ’‘Biological Application
The speaker's current research involves applying physics to a biological context, specifically studying how plant cells respond to pressure. This keyword is an example of how a foundational knowledge in physics can be used to explore interdisciplinary fields, showcasing the versatility of a physics background.
πŸ’‘Interdisciplinary Research
Interdisciplinary research is research that integrates concepts and methods from multiple disciplines to solve complex problems. The speaker's work in applying physics to biology exemplifies interdisciplinary research, highlighting how a broad educational background can facilitate contributions to diverse fields.
πŸ’‘Curiosity and Imagination
Curiosity and imagination are the driving forces behind scientific exploration and discovery. The speaker emphasizes the importance of these traits in the pursuit of knowledge, whether it's in understanding the stars or conducting experiments in a lab. These keywords encapsulate the spirit of scientific inquiry that is central to the video's message.
Highlights

Astronomy was the initial science that inspired the speaker, focusing on big questions about our place in the universe.

The speaker remains engaged with astronomy through outreach and other activities, describing themselves as a space nerd.

Astronomy is seen as a field that can unite humanity through the shared quest for understanding spaceflight and the cosmos.

The speaker enjoys outreach, discussing astronomy with non-scientists to spark interest in science.

Astronomy is considered an effective way to engage people who might not be interested in other sciences.

The speaker's major switched from astronomy to physics and maths, considering the latter more broad and foundational.

Experience in astronomical research led to a realization that modern astronomy involves significant computer science and data analysis.

Astronomy research often involves processing large datasets, which can feel like an office job focused on code and data.

The speaker discovered a preference for hands-on lab work in experimental physics over theoretical work.

Physics and maths majors are viewed as more versatile and applicable to a wider range of fields and jobs.

The speaker suggests starting with broad courses in undergraduate studies and then specializing later.

Engaging in research projects or internships in different areas can help students discover their true interests.

The speaker's current research applies physics to biology, studying how plant cells respond to pressure.

Starting with a broad educational foundation allows for later specialization without being pigeonholed early in a career.

The three pillars of physical sciences are identified as physics, maths, and computer science, all valuable for a wide range of problems.

The speaker emphasizes the importance of following one's interests at each point in their academic or professional journey.

The common ideas and skills shared across scientific disciplines allow for fluid transition between fields.

Transcripts
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