MIT

SMU student-entrepreneur Trevor Gicheru, smiling, and posing next to the study app he created.

From Frustration to Funding: SMU Student Entrepreneur’s AI App Tackles ADHD and Transforms Learning

Trevor Gicheru created Nurovant AI, an app that converts lectures into flashcards, quizzes, and summaries, helping students focus on key themes. With support from institutions like SMU, Harvard, and MIT, he’s now scaling his venture and aiming for a $2-3 million seed round in 2025.
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Health Wildcatters announces 9 startups in its latest accelerator.
Health Wildcatters Adds Nine Startups, Boosting Its Portfolio to 118 Companies
by | Sep 6, 2024
Dallas-based seed-stage healthcare accelerator Health Wildcatters added nine startups to its growing portfolio, expanding its network of innovators from Texas, the U.S., and Europe. Earlier this year, the accelerator also gained national recognition for its Women in Science and Healthcare initiative, which received a $50,000 award from the U.S. Small Business Administration's Growth Accelerator Fund Competition.
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Legendary Dallas Innovator John Carmack Raises $20M for Artificial General Intelligence Startup Keen Technologies
by | Dec 16, 2022
Carmack—the former CTO of VR giant Oculus—has taken goggle-gazing to the next level, programmed Doom and Quake, and founded a Mesquite-based space tourism startup. Now he's on a mission he says "could change the course of human history": artificial general intelligence. Keen's focus on AGI could lead to "something that behaves like a human being or like a living creature, and that can then be educated in whatever ways that we need to," he says.

Carmack believes AGI will hit the market in less than a decade. enabling AIs to interact socially with each other—or with actual people.  
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The Future of Mobile: Ericsson Will Collaborate With MIT On ‘Fully Cognitive’ Networks and ‘Zero-Energy’ Devices
by | Jul 12, 2021
Plano-headquartered Ericsson and MIT are joining forces for mobile breakthroughs in both 5G and 6G. Together, they'll explore how lithionic chips could enable neuromorphic computing and how "zero-energy" devices could be powered by radio signals—delivering ultra-fast speed, low latency, and superb reliability.
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