Innovation & Entrepreneurship News

More than a billion people around the world – hundreds of millions of families – can’t afford secure housing. Researchers project the housing gap will nearly double within a decade. Simon Schleicher is part of a new generation of architects and engineers developing novel designs and construction technologies to ramp up production of affordable homes.  The Bakar Fellows program supports his research to advance the use of 3D printing in home construction.

Netherton Syndrome is a rare, genetic skin disease that can be fatal to neonatal patients. It's caused by a mutation in a gene for an enzyme known as LEKTI. There is no cure. With support from the Bakar Fellows Program, bioengineer Jay Keasling aims to employ a harmless bacterium to deliver the LEKTI enzyme that Netherton children lack, restoring the natural cycle that assures healthy skin and giving them a chance for a normal life.

Their inner workings reside in the realm of physics, but lasers make everyday life possible. With support from the Bakar Fellows Program, Boubacar Kante is preparing to fabricate a prototype and demonstrate the potential of the Bound State in Continuum Surface Emitting Laser (BICSEL) for a range of applications.

In 1965, Gordon Moore of Intel predicted that microprocessors would double in speed and capacity every couple of years. This prediction, now known as “Moore’s Law,” has with some modification in 1975 been reliably prophetic until now. We’re fast approaching the limits of Moore’s Law at the same time as demands on microprocessor performances are continuing to grow at an ever more rapid pace. The solution may be in a burgeoning technology whose name reads like a character in the Marvel Universe – magnonics. Bakar Fellow James Analytis believes magnons can be harnessed to meet future needs for high-speed, high-fidelity and energy-efficient data-processing that surpasses the limits of Moore’s Law.

Fruit bats aren’t the first words that comes to mind when you think of driverless cars.  But in their nightly forays for fruit and nectar, they routinely solve many of the engineering challenges that have stalled efforts to develop safe, reliable and efficient autonomous vehicles. Michael Yartsev describes the neurobiological principles his lab has uncovered and how the insights may provide a roadmap to the future.

Berkley startup, Catena Biosciences, is valued at over $10 million and stands as an example of Berkeley’s change-making spirt: Put entrepreneurial scientists, mission-driven business experts and accomplished faculty in the same space — focused on solving the world’s problems — and innovation will flourish.

Kristofer Pister leads research to embed microbatteries directly into sensor circuitry, providing a built-in power source instead of an external one. The technology could shrink circuit boards to make the sensor, microprocessor and battery all one unit that can speak to the internet.

Maria Paz Gutierrez has begun to explore the potential of using lichens rather than plants as living air purifiers, and installing them along interior walls, rather than exterior walls.  With support from the Bakar Fellowship Program, Dr. Gutierrez aims to fabricate small-scale “lichen building blocks” and test their capacity to purify indoor air. She describes her unorthodox approach and what drew her to it.

Bakar Fellow Norman Yao, Assistant Professor of Physics, has overcome conventional limitations with the invention of the NV-DAC, which directly integrates a thin layer of NV center sensors into a diamond anvil tip. With this invention, Yao and his group have been able to obtain highly sensitive and localized DAC measurements of a sample material’s properties under enormous pressure over a wide range of temperatures.

Russell Vance, PhD, Professor of Immunology and Pathogenesis in the Department of Molecular and Cell Biology, studies the immune system’s production of Interferons, a type of protein that normally helps trigger the immune response to viruses. With support from the Bakar Fellowship Program, he is developing a way to disable cancer’s ability to block interferon production.

Rikky Muller, Assistant Professor of Electrical Engineering and Computer Science, has refined the physical comfort of EEG earbuds and has demonstrated their ability to detect and record brain activity. With support from the Bakar Fellowship Program, she is building out several applications to establish Ear EEG as a new platform technology to support consumer and health monitoring apps. 

After last-minute bids that twice extended today’s auction on Foundation, the University of California, Berkeley’s NFT based on the Nobel Prize-winning research behind cancer immunotherapy finally went for about $54,360 — 22 ETH (Ether) — and netted the campus about $50,000.