Gem
A natural language to SQL platform that lets you talk to your database conversationally. Query, edit, and visualize your data without writing a single line of code. Gem automatically detects the best chart type for your results.
A natural language to SQL platform that lets you talk to your database conversationally. Query, edit, and visualize your data without writing a single line of code. Gem automatically detects the best chart type for your results.
Votality brings the full power of stock market analysis into one market research platform, letting each user understand market trends in their own way and at their own level. It turns financial data analytics into clear, useful market intelligence that matches how you think.
A dating app that matches users and gives them 24 hours to connect before revealing each other's identity. Designed to encourage genuine conversations over superficial judgments.
Reduces costs for drivers by incentivising safe driving behaviour through discount rewards for safe driving, making driving safer and worthwhile. Helps small businesses gain exposure and resources to improve and manage their discount services.
Independent research exploring the intersections of physics, mathematics, cognition, and cosmology. Published under Neurosic, my research initiative investigating fundamental questions across disciplines.
Establishes spiral geometry as a universal processing architecture across gravitational, biological, and cognitive systems. Argues that iteration manifests geometrically as spiral motion—from black hole accretion to animal circling behaviour to human pacing during problem-solving.
Proposes a theoretical framework for understanding black holes as information processors. Reinterprets Hawking radiation as thermal byproduct of computational work rather than escaped information, with the singularity serving as repository of transformed output.
Proposes that spiral arms form through the accumulation of stellar remnants—star dust, gas, and smaller bodies—guided into spiral geometry by frame-dragging effects from rotating supermassive black holes.
Explores the theoretical connections between tensor field manipulation, gravitational waves, and Pilot Wave Theory, proposing frameworks for understanding wave-particle duality through the lens of field dynamics and spacetime geometry.
Examines the role of AI in advancing brain-computer interfaces, focusing on how neural synchronisation can be improved through artificial intelligence to enable enhanced cognitive processing for disabled and paralysed patients.
Grew up watching movies about hacking and fell in love with the art of code. Started programming at 13, often staying up all night building things.
Studied at Amberfield College where I dove deeper into IT and physics. Now a third-year Business Intelligence student at Belgium Campus, exploring the intersection of data, AI, and human cognition.
When I'm not coding, you'll find me researching physics, working out, or reading a book.