BYU TECHNOLOGIES AVAILABLE FOR LICENSE
View our List of Promising Technologies (pdf)
Technologies
Cylindrical Toroidal Ion Trap Mass Spectrometer
ID: 2010-079 Cylindrical Toroidal Ion Trap Mass Spectrometer
Technologies
Cytoplasm-to-Organelle Macromolecule Transport via Nanolancegenerated Localized Intracellular Electric Field
ID: 2011-020 Cytoplasm-to-Organelle Macromolecule Transport via Nanolancegenerated Localized Intracellular Electric Field
Technologies
Data Collection and Localization of Multiple Sensors in a Large Area at Extremely Low Node Power over Long Periods of Time Through Periodic Queued Data Advertisement and Rotating Passive Directional Antenna
ID: 2022-012 Data Collection and Localization of Multiple Sensors in a Large Area at Extremely Low Node Power over Long Periods of Time Through Periodic Queued Data Advertisement and Rotating Passive Directional Antenna
Technologies
Data Compression and Restoration using Sequential Application of Various Algorithms
ID: 2013-042 Data Compression and Restoration using Sequential Application of Various Algorithms
Technologies
Data Consistency and Conflict Avoidance in a Multi-user CAx Environment
ID: 2013-017 Data Consistency and Conflict Avoidance in a Multi-user CAx Environment
Debunking Common Concerns for Student Startups: Insights from BYU Tech Transfer
In this episode, BYU Tech Transfer Director Dave Brown and finance student Jason Lowe dive into common concerns students have about launching their own startups. Addressing issues from financial risk and balancing academics to market validation and limited networks, they debunk myths and offer actionable insights for aspiring student entrepreneurs. With BYU's vast resources—from tech transfer technologies to startup funding and mentorship—students are well-equipped to start ventures with minimal financial burden and invaluable support. This episode is ideal for students considering entrepreneurship but unsure where to start or how to overcome initial challenges.
Technologies
Deep Digital Holographic Microscopy (DDHM)
ID: 2019-010 Deep Digital Holographic Microscopy (DDHM)