Biomimetics

Biological glue. Illustration: Dr. Roy Tsezana

Contagious Science: Artificial Intelligence Has Developed an Extremely Strong Medical Glue That Also Works in an Aquatic Environment

New research shows how a combination of natural protein pools and machine learning led to the development of a hydrogel with extraordinary adhesive properties, which may help in medicine and advanced materials in the future.
Terrestrial animals display a wide range of limb structures - from 'spread', in which the limbs are held alongside the body, as in lizards, to 'upright', in which the limbs are held below the body and close to the midline of the animal, as in dogs, cats and horses . An upright body structure is a characteristic of most modern mammals, but when did this key feature evolve?  Credit: Peter Bishop 

How mammals achieved their upright posture 

A new study reveals the twists and turns and complexities in the evolution of mammals, from a spread body structure (legs tending to the sides like in reptiles) to an upright body structure where the feet are stable on the ground
The multi-layered structures of two different biological species: the cuticle (cuticle), the external skeleton of the scorpion, and the spicule (spicule), the internal skeleton of the sea sponge (the zoom level in the diagram increases from left to right)

The scorpion and the sponge present: food for thought

Weizmann Institute of Science scientists draw inspiration from nature in developing new materials for a greener future
The milky way is used by the dung beetle for navigation at night. Image: University of South Australia

Innovative artificial intelligence sensor draws inspiration from dung beetles for night navigation using the Milky Way

Dung beetles use the milky way at night to navigate. Engineers used the same technique to develop an artificial intelligence sensor for low-light navigation
Simone Biles at the Rio Olympics 2016. Illustration: depositphotos.com

Simon Bales vs. the Robots

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In the photo, from right to left: Dr. Tanya Dubovic, Prof. Shai Shen-Or, Dr. Alina Strusvetsky and Dr. Martin Lukachishin

Research sheds light on the constant evolution of the immune system

The researchers of the Rappaport Faculty of Medicine at the Technion show in their article in Nature how the immune system has developed a "developmental space" that allows it to quickly adapt to changes in the environment
Namib desert beetle. Photo: Igor Karamlev, Paxel

Removes insects

Development of water collection and transport systems based on the characteristics of the desert beetle and the female beetle
Octopuses have the ability to control the lens of their eye, in a way that allows them to see well in both air and water. Photo: Qijin Xu - Unsplash

hide like an octopus

Thief Ant, CC 4.0

Antibiotic development inspired by the ants

The aircraft designed by Leonardo da Vinci inspired by nature. From Wikipedia

What is the difference between imitating nature and being inspired by nature?

Cyber. Illustration: shutterstock

biomimicry and cyber

Source: Decker Yeadon.

Homeostatic facade for buildings

Source: Dmarshal (David C. Marshall) / Wikimedia Commons.

On cicada wings and the potential in insect wings

Amaltz blue. Source: Patrick Doll / Wikimedia Commons.

Print a XNUMXD model inspired by shark scales

Illustration: pixabay.

Improving the efficiency of solar panels using a coating based on corn

Some seeds and some water - how to grow robots that move without motors or batteries

'Peacock Jumper'. Source: Jurgen Otto.

Colorful jump

Illustration: pixabay.

Hydrogen fuel production inspired by photosynthesis in nature

Illustration: pixabay.

breathe easy

The company chose to focus on the structure of the arteries of leaves from the dicotyledon family and designed a pattern that mimics this structure of arteries, in order to improve cooling performance, reduce cycle times, and save the energy needed to create a plastic unit in XNUMXD printing. Illustration: pixabay.

XNUMXD and Biomimicry: Harback Company

The robot "Plantoid". Source: IIT.

The root of the matter: a robot for underground operations inspired by plant roots

The system was designed according to the biomimicry methodology. In fact every functional aspect of the system was designed inspired by another organism. For example, the water storage component of the system was developed inspired by plants living in dry habitats, such as drought-resistant succulents, such as the crystalline ice plant seen in the photo. Photography: Leo-setä.

A biomimetic system for harvesting, storing, and distributing water

A giant oyster of the genus Tridacna gigas, in the Maldives. Photography: Malcolm Browne.

Biofuel inspired by the blue oyster

Illustration: K. Raskoff, Monterey Peninsula College, Arctic Exploration 2002, NOAA.

The hunt for cancer cells inspired by the jellyfish

One of the interesting applications that NBD offers is fingerprint-free glass. Photo: Frettie / Wikimedia.

untraceable

fireflies Their lighting mechanism can be used to develop important tools in the field of medicine. Photo: Uqbar is back.

The genetics of the firefly

Salvina leaves examined in the new study. The research deals with the ability of different plants to absorb oils from the starting point that as long as humanity consumes oil for a variety of uses, we are exposed to threats of oil stains as a result of accidents in the processes of oil exploration, transportation, storage and of course its utilization. Photography: Forest and Kim Starr.

A glimpse of the bridge between biology and engineering through oil adsorption

The golden tortoise beetle. Photography: Charles Lam.

The golden beetle

The branched structures of the glass needle of the sea sponge. Courtesy of the Technion spokesperson.

The glass craftsman

The SAW robot. Source: Courtesy of Ben-Gurion University.

Robotic crawling

Screenshot from the drone video.

If it takes off like a duck and dives like a duck… then it must be a drone!?

The Parker Hannifin Company has designed an abrasion-resistant hose inspired by snakeskin. Illustration: pixabay.

Strong, flexible and will not wear out

Goliath beetle. Source: Didier Descouens / Wikimedia.

Insect-inspired unmanned aerial vehicles

The Ribbonfish. Source: NOAA.

Bright fish skin is the inspiration for nanometer reflectors

Sandcastle worms. Source: Courtesy of the University of Utah.

Biomimetic medical adhesive approved for use

Source: pixabay.

Micro-surface cleaning inspired by the honey bee treatment system

Source: pixabay.

No washing!

The Guardian S, a snake-like robot. Source: Sarcos.

Snake robot - 2017 version

Source: pixabay.

The key to reducing wind turbine noise lies in the intake vanes

Self-healing of super-hydrophobic surfaces

Over the past few decades, scientists have learned to understand the inherent potential of using spider webs for the benefit of humanity, taking advantage of their extraordinary mechanical properties. Source: pixabay.

Biomimetics - breakthrough environmental technologies

Electron microscope photograph of the mother of pearl layer. Source: Fabian Heinemann / Wikimedia.

Bricks inspired by seashells

Source: Dietmar Rabich, Wikimedia.

On parking search, diffusion, and the circulatory system

Source: from the article - Bioinspired transparent underwater superoleophobic and anti-oil surfaces.

Oil-repellent surfaces inspired by fish scales and flowers