6 Lessons That Businesses Can Learn From Bees. We are all investors, whether investing our own talents, our company’s resources, our time and energy as citizens, or our financial assets. And investing, done well, is a creative, engaged endeavor, premised on mutual benefit and mutual exchange, producing something of value to the world. This kind of true investing is more than speculation, more than trading. It’s a high bar to set, and begs the question, where do we go for the best advice? Who has the edge? Aggressive hedge fund managers, the talking heads on television, the Oracle of Omaha, or the Oracle on the tickertape? Turns out, our best mentor for investing has been with us all along: it’s not Mr. Pausing before we create a product, reorganize a team, or allocate investments to ask, WWND? Some of the most compelling natural wisdom I’ve found comes from the honeybee.
Efficiency in nature is not just fast and cheap; it reflects a deeper sort of true effectiveness. There are no toxic dumps in nature, no piles of excess inventory. Synthetic Shark Skin Swimsuits Make Swimming Faster. It all began with a dead shark and a $500,000 3-D printer. Two years later, Harvard scientists say that they've managed to replicate one of the most fascinating organs of the animal kingdom in a lab. Their finely-detailed synthetic shark skin could make some of the fastest underwater robots around, and maybe even one day grace human wetsuits or the hulls of ships. Biomimetics, the practice of building machines that mimic the natural world, has made enormous strides in the last handful of years. But while other research centers focus on speedy, galumphing land robots, or super-precise aerial drones, Harvard evolutionary biologist George Lauder's domain is the sea.
For the past 15 years, he's been building robots that resemble fish. Lauder describes building synthetic parts like shark skin as something of a recent cottage industry. So how did they start? [Image: Shark and divers via Shutterstock] Animal mechanics: A bug with a gearbox. Biomimética. Soluciones innovadoras inspiradas en la Naturaleza | Disciplina que se inspira en los diseños, procesos y sistemas naturales para desarrollar soluciones innovadoras. El letal golpe de la tamarutaca entrega ideas de dise o a los cient ficos. Los científicos han identificado la estructura que hace tan duro y destructivo los golpes con los cuales las tamarutacas, conocidas también como mantis marinas, quiebran la concha de moluscos e incluso el vidrio de los acuarios, informa hoy la revista Science. Los crustáceos, sumamente agresivos y cuyo nombre científico es Odontodactylus scyllarus, miden entre 3 y 18 centímetros de largo y están equipados cerca de su boca con un apéndice de unos 5 milímetros de ancho con el cual atacan a los animales protegidos con estructuras altamente mineralizadas.
Bajo el agua el "puñetazo" de la tamarutaca acelera más rápido que una bala de calibre .22 y a lo largo de su vida el crustáceo asesta más de 50.000 golpes. Un equipo internacional de investigadores encabezado por James Weaver, de la Universidad de Harvard, encontró que ese "puño" de las tamarutacas tiene una fortaleza específica más alta y una dureza superior que la de cualquier material sintético compuesto, señala el artículo. Welcome to ZipcodeZoo. Janine Benyus. Janine M. Benyus (born 1958 in New Jersey) is an American natural sciences writer, innovation consultant, and author. Life[edit] Benyus graduated summa cum laude from Rutgers University with degrees in natural resource management and english literature/writing. Benyus teaches interpretive writing, lectures at the University of Montana, and works towards restoring and protecting wild lands.
She serves on a number of land use committees in her rural county, and is president of Living Education, a nonprofit dedicated to place-based living and learning. Work in biomimicry[edit] Benyus has authored six books on biomimicry, including Biomimicry: Innovation Inspired by Nature. In 1998, Benyus co-founded the Biomimicry Guild, the Innovation Consultancy, which helps innovators learn from and emulate natural models in order to design sustainable products, processes, and policies that create conditions conducive to life. Authored works[edit] Biomimicry : Innovation Inspired by Nature by Janine M. Ask Nature - the Biomimicry Design Portal: biomimetics, architecture, biology, innovation inspired by nature, industrial design - Ask Nature - the Biomimicry Design Portal: biomimetics, architecture, biology, innovation inspired by nature, industrial desi.
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