Britian's Deliberately Maintained Tech and Industrial Hierarchy

Britain’s improbable rise from a resource-limited island to a global empire presents a historical puzzle. This ascent, driven by imperial ambition and naval power initially fueled by timber, faced a critical juncture with severe wood shortages impacting shipbuilding and domestic energy. This crisis, as Burke notes, propelled Britain toward coal, a previously underutilized domestic resource (42). This pivot to coal necessitated significant investment and technological innovation, which in turn, became pivotal in establishing unequal power dynamics with its colonies. This technological edge, deeply intertwined with British colonial dominance, raises fundamental questions about the character of technological advancement: was this progress truly about human ingenuity, or was it primarily a tool for domination, intensifying colonial capitalism through the aggressive extraction of resources? This essay argues that Britain’s rapid technological advancements during its Industrial Revolution were strategically employed as imperial power tools, not merely for resource extraction, but fundamentally to actively suppress industrial development in colonies, ensuring Britain’s economic and political dominance via a deliberately maintained tech and industrial hierarchy. To demonstrate this thesis, this essay will first establish how Britain achieved technological superiority through coal-driven industrialization. Second, it will illustrate how this technological advantage was directly used as a tool for greater resource extraction and colonial control. Third, and crucially, it will focus on the intentional suppression of industrial development in colonies as a key strategy to maintain British dominance. Finally, it will examine the financial feedback loop where colonial wealth further fueled British technological advancement, solidifying this system of dominance. ...

Date: February 10, 2025 | Estimated Reading Time: 11 min | Author: Terry Chen

What2Do: AI Trip Planning Tool

A trip planning tool for generating itinearies based on article url input and content extraction. (Prototype: what2do-51224.web.app)

Date: November 10, 2024 | Estimated Reading Time: 1 min | Author: Terry Chen

PepTalk: AI Journaling Tool

Realtime conversation with aI companion to help you note down feelings and journals for the day. (Prototype: https://peptalk-navy.web.app/) Credits: Lian Zhang, Janna Lee, Soham Shah, Jonny Kong

Date: October 23, 2024 | Estimated Reading Time: 1 min | Author: Terry Chen

OHours: Office Hour Scheduling Tool

An office hour queuing system to improve student experience and help TAs manage questions more efficiently. (Prototype: ohours.web.app/) Credits: Lian Zhang, Janna Lee, Soham Shah, Jonny Kong

Date: October 19, 2024 | Estimated Reading Time: 1 min | Author: Terry Chen

Marrrket: AI Listing Secondhand Marketplace

Marrrket is an AI-powered second-hand marketplace platform targeting North American university students, initially focusing on Chinese international students. The platform aims to solve the inefficiency in the current second-hand market by simplifying the listing process through AI-generated product descriptions from images and minimal user input. By reducing friction in the listing process, Marrrket will increase the overall volume of second-hand items available in the market, creating a more efficient marketplace for both buyers and sellers. The platform’s innovation centers on using artificial intelligence to dramatically lower the barrier to entry for sellers, which is hypothesized to be the primary constraint on market growth. ...

Date: March 20, 2024 | Estimated Reading Time: 10 min | Author: Terry Chen

Cogno: Multi-agent AI for sales automation

Multi-agent system for cross boarder e-commerce sales automation. Co-founder and head of product. https://cognogpt.com Cogno+ is dedicated to revolutionizing global e-commerce by empowering brands with AI-driven assistance that offers seamless, personalized customer experiences. Our mission is to serve as the digital bridge between brands and customers, enhancing interactions and transactions across international markets, and allowing the brand to increase conversion and upsell while reducing time and money spent on manual customer service. ...

Date: March 1, 2024 | Estimated Reading Time: 3 min | Author: Terry Chen

LLM Medical Diagnosis

Advised by Prof. Stephen Xia. Research LLMs for medical decision-making; developed method for learning joint embeddings across CXR, ECG, and EHR data for zero-shot classification of cardiovascular diseases, achieving >60% accuracy. Credits: Nan, Yueyuan.

Date: December 1, 2023 | Estimated Reading Time: 1 min | Author: Terry Chen

Smart Expense Tracker with Auto-Categorization

The Smart Expense Tracker with Auto-Categorization is a cloud-native application built on AWS serverless architecture. The system automates the tedious process of expense tracking by leveraging AWS services to process receipts, categorize transactions, and provide financial insights. The application offers several key features including receipt scanning and data extraction using AWS Textract, automatic expense categorization with AI (using AWS Bedrock), comprehensive expense tracking, budget setting with automated alerts via SNS, and financial report generation in CSV or PDF formats. ...

Date: March 21, 2023 | Estimated Reading Time: 6 min | Author: Terry Chen

Eat Less Meat, Save the Planet?

The slogan “Eat Less Meat, Save the Planet” appears on the advertisements of many plant-based products. While there is still ongoing debate as to whether shifting to a plant-based diet is our only option, companies like Impossible Foods are attracting more people to try plant-based alternatives, claiming that their products use 92% less water, produce 91% less GreenHouse Gas (GHG) emissions, and take up 96% less land compared to meat production (Impossible Foods, 2023). However, are plant-based meats necessarily more sustainable, or is it the method of production that matters? To fully analyze the environmental impact of meat production and whether plant-based products are as sustainable as they claim, this essay will focus on evaluating the effectiveness of current Life Cycle Assessment (LCA) methods used by Impossible Foods in their comparison with traditional meat producers such as JBS and White Oak Pastures. ...

Date: December 1, 2022 | Estimated Reading Time: 9 min | Author: Terry Chen

From What should we do with our brain? to Morphing intelligence

From What should we do with our brain? to Morphing intelligence: How does Malabou’s analysis of biological plasticity and technological flexibility invite or impede understanding of the difference between humans and artificial intelligence? With the appearance of synaptic chips, artificial intelligence (AI) has experienced epigenetic transformation analogous to the biological process (Malabou, 2021). From the invention of IBM’s blue brain (Dharmendra, 2011) to the more recent development of OpenAI’s ChatGPT (OpenAI, 2022), AI has grown to be capable of executing complex tasks and self-optimizing through environmental feedback. In light of this, Catherine Malabou authored Morphing intelligence as a critique to her previous book What should we do with our brain?, stating that the difference between biological plasticity and technological flexibility at the heart of her earlier book did not exist. However, if such an argument were true, is it still possible to differentiate humans from AI? This raises the question: How does Malabou’s perspective on biological plasticity and technological flexibility facilitate or impede understanding of the difference between humans and AI? To understand the difference between humans and AI, we must explore their epigenetic process beyond surface level metaphors and recognize the role of consciousness in dictating human action. ...

Date: December 1, 2022 | Estimated Reading Time: 7 min | Author: Terry Chen