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Teodora Zareva
Contributing Writer, Big Think
Teodora Zareva is an entrepreneur, writer, board games geek and a curious person at large. Her professional path has taken her from filmmaking and photography to writing, TEDx organizing, teaching, and social entrepreneurship. She has lived and worked in the U.S. and Bulgaria and is currently doing her MBA at Saïd Business School at the University of Oxford. Her biggest passion lies at the intersection of media and youth development. She is the co-founder of WishBOX Foundation, a Bulgarian NGO that helps high school students with their professional orientation by organizing events, courses, summer camps and developing digital media resources.
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An innovative shoe that adjusts and expands protects kids from soil-transmitted diseases.
It is very difficult and expensive for inmates to keep in touch with their loved ones. Yet, studies have consistently found that prisoners who maintain close contact with their family members while incarcerated have better post-release outcomes and lower recidivism rates.
Massive data centers in the world require massive amounts of energy, not just for processing power, but also for cooling. While big companies like Google, Facebook, and Microsoft are looking into a variety of ways to make the cooling process greener, one particularly clever solution is coming from a Dutch startup called Nerdalize.
LifePaint is motivated by a grim statistic — every year in the UK over 19,000 cyclists are involved in accidents.
A new sensor device, developed by a Stanford Ph.D. student, promises to change the way students, educators, and science enthusiasts explore the world — from elementary school to the Ph.D. lab and beyond.
An electric car built specifically for wheelchair users aims to help them be more independent.
The leading research and technology company in the Nordic countries, VTT Technical Research Centre in Finland Ltd, has developed a mass-production method that allows the manufacturing of decorative organic solar panels that can be used on a variety of surfaces.