The Sachach of Iraq | Ali Al Salmi | TEDxBasra
The speaker argues that passion for science, amplified by online resources, is crucial for deep learning and inspiring others. He builds this by documenting his journey from a factory-worker background to becoming a science educator via YouTube and Instagram, concluding that science is fundamentally a way of thinking. He cites quotes from Walter Lewin and Carl Sagan to underscore science's vital, entertaining role in modern life.
## Speakers & Context
- Unnamed male student, self-described "nerd student," whose background involves working in a family business in the food sector within the "Khor Al Zubair" district.
- Shares his experience becoming a science content creator to counter public unawareness and pseudoscience.
## Theses & Positions
- Passion and love for science, particularly through online content, are key to mastering difficult subjects and overcoming academic difficulty.
- The primary function of science education should be teaching *how* to think, not just imparting facts.
- Content creation is necessary to provide simplified, local language scientific discussion for Iraqi youth, as existing resources are predominantly in English.
- The goal of education is to foster a passion for science so that people are motivated to learn and excel.
## Concepts & Definitions
- **Deja Vu phenomenon:** Described as a brain malfunction causing a leak in long-term memory, making the brain confused.
- **Pseudoscience:** The concept the speaker aims to fight through his content creation.
- **Online content distribution:** Highlighted the linguistic imbalance, stating that only 1.1% of scientific online content is in Arabic, compared to the general 62% in English.
## Mechanisms & Processes
- **Learning Mechanism:** Supplementing formal education by self-studying advanced topics via documentaries and global magazines, often correcting or adding information for teachers.
- **Content Creation Process:**
1. Started by posting a video on YouTube/Facebook about *Deja Vu* using a mobile phone in his brother's room.
2. Pivoted from YouTube to Instagram to better reach youth.
3. Developed short, engaging videos for Instagram, defying comments suggesting Instagram is only for "trip photos, food, and fashion."
4. Expanded into physical workshops to allow attendees to "experience and touch" the material in an authentic way.
## Timeline & Sequence
- **Childhood:** Family involved in the food sector; early passion for science driven by documentaries and TV.
- **High School:** Began self-learning advanced topics via the internet; achieved "full exemption" due to passion for science.
- **University:** Accepted into electrical engineering at the University of Basrah due to GPA; initial poor performance linked to personal circumstances.
- **Content Start (Phase 1):** Created first video on *Deja Vu* via YouTube/Facebook.
- **Content Shift (Phase 2):** Moved to Instagram after graduation due to perceived greater opportunity to reach youth.
- **Content Expansion (Phase 3):** Began hosting physical workshops, initially on social issues (non-violent communication), then focusing on science (e.g., "Physics is amazing").
- **Current Status:** Maintained content presence on Instagram and expanded to over 220,000 followers on TikTok.
## Named Entities
- **Khor Al Zubair:** The district surrounding where the speaker lives, characterized by factories.
- **University of Basrah:** The institution where the speaker studied electrical engineering.
- **Iraqi Nerd:** The name of the speaker’s YouTube channel.
- **Walter Lewin:** Professor at MIT, known for his teaching methods regarding physics.
- **Carl Sagan:** American physicist and early popularizer of science who created the documentary *Cosmos*.
- **MIT:** Institution where Walter Lewin is a professor.
## Numbers & Data
- Content statistic: **62%** of general online content is in English.
- Content statistic: **1.1%** of scientific online content is in Arabic.
- Content statistic: No specific figure given for the percentage of Iraqi content.
- Instagram follower count: **65,000**.
- TikTok follower count: **more than 220,000**.
- Workshop attendees: **30** people were selected for a workshop.
## Examples & Cases
- **Family Work:** Working in the family's food business after returning from school.
- **Online Learning:** Studying advanced topics via YouTube and global magazines.
- **Deja Vu Video:** The first video created, explaining the phenomenon as a memory leak.
- **Workshop Success:** Hosting the "Physics is amazing" workshop, where attendees noted it was unique in Basra.
- **Peer Endorsement:** Receiving messages that content helped them "loved physics and... study more," and even teachers showing the content to students in class.
## Tools, Tech & Products
- **Mobile phone:** Used to film the first *Deja Vu* video.
- **YouTube:** Initial platform for content dissemination.
- **Facebook:** Platform used after posting the first video.
- **Instagram:** Platform used after graduation for short videos.
- **TikTok:** Platform currently maintained for content.
- **Registration form:** Used to manage attendees for the "Physics is amazing" workshop.
## References Cited
- **Walter Lewin:** Cited for his principle that teaching physics boringly is a "crime."
- **Carl Sagan:** Cited for making science accessible to the public via documentaries like *Cosmos*.
## Trade-offs & Alternatives
- **Learning/Content Creation:** Choosing to self-educate and create content over focusing solely on exam grades, which led to eventual academic success.
- **Platform choice:** Moving from YouTube to Instagram, counteracting criticism that the platform was only for lifestyle content.
- **Teaching Method:** Preferring entertaining, hands-on workshops over purely theoretical lectures.
## Counterarguments & Caveats
- **Initial Academic Performance:** Performance was "poor due to personal circumstances" in college.
- **Social Criticism:** Faced comments that "Instagram users aren’t interested in everything. They... use it to post trip photos, food, and fashion, not to discuss science. No one pays attention."
## Methodology
- Passion-driven self-education augmented by diverse online sources (YouTube, global magazines).
- Content creation methodology: Simplifying complex scientific topics into accessible, entertaining, and locally relevant formats for mass youth consumption.
- Educational delivery method: Utilizing tiered approaches from digital video (YouTube/Instagram/TikTok) to immersive, physical workshops.
## Conclusions & Recommendations
- The global educational focus must shift from mere knowledge acquisition to understanding the *method* of science.
- It is crucial to "differentiate between right and wrong, and protect our planet" through science literacy.
- The speaker aims to inspire youth to view science as inherently enjoyable and beneficial, rather than a "boring and useless subject."
## Implications & Consequences
- Scientific and technological understanding is fundamental to maintaining the planet and modern life.
- Scientific knowledge is more than a body of facts; it is an expanded way of thinking that applies to everyday life.
## Verbatim Moments
- *"I’ve been passionate about science since childhood through documentaries and TV."*
- *"I was doing this spontaneously because I love science... and enjoy it."*
- *"what matters to me is learning."*
- *"I didn’t have a specific university major to study, since I like learning everything."*
- *"the thing that helped me love studying, mastering it, and overcome those difficulties that most of students face is my passion and love for science, the online content."*
- *"No, I’ll create a scientific videos on an entertainment platform and make people learn while having fun at the same time."*
- *"I was creating videos about complex topics but in a simplified and understandable way, and in our local dialect."*
- *"My purpose in creating content... is to fight unawareness, pseudoscience, and people who use this unawareness in society, to achieve their own gains."*
- *"Teachers who make physics boring are criminals."* (Walter Lewin quote)
- *"Science is more than a body of knowledge, it is a way of thinking."* (Carl Sagan quote)
- *"You don’t just study physics and math... but when you study them that expands your thinking and teaches you how to approach matters, both in your academic field... and everyday life.”*