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As a 19-year-old sophomore at Stanford, Elizabeth Holmes decided to transform diagnostic medicine so she dropped out of college and used her tuition money to start her own company, Theranos. Ten years later, Holmes, pictured here holding a micro-vial, is on the cutting edge of medical technology — her new blood testing method allows hundreds of tests to be run using only a few drops of blood. And, Holmes’ methods are cheaper, faster, more accurate, and less invasive than conventional methods which often require a separate vial of blood for every test. As Holmes told Wired.com earlier this year, “I started this company because I wanted to spend my life changing our health care system. When someone you love gets really sick, most of the time when you find out, it’s too late to be able to do something about it. It’s heartbreaking… We wanted to make actionable health information accessible to people everywhere at the time it matters most. That means two things: being able to detect conditions in time to do something about them and providing access to information that can empower people to improve their lives.”

She is featured as Forbes’ youngest self-made woman billionaire.

Her tests will revolutionize the public health world as we know it; Making diagnostic testing accessible and affordable for more people (and potentially saving Medicare and Medicaid ~$100 billion each over the next decade). (x)

She is a coauthor on 82 US and 189 foreign patent applications. (x)

Sandvik launches Osprey GRCop-42 copper alloy powder for space propulsion 3D printing

Sandvik, a Sweden-headquartered industrial technology group and gas-atomized metal powder producer, has launched Osprey GRCop-42, a copper-chromium-niobium alloy powder for additive manufacturing of space propulsion components. The material is intended for high-heat applications where material traceability and repeatable performance are central to qualification. Originally developed by NASA, GRCop-42 is a copper alloy for components exposed to demanding thermal and mechanical loads. Sandvik is targeting uses including fuel injector faces and combustion chamber linings, particularly for regeneratively cooled rocket engine hardware. The material combines high thermal conductivity with strength retention at elevated temperatures. Sandvik states that GRCop-42 retains strength above 500°C, making it suitable for components designed to manage high heat flux during operation.