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With their delicate, flower-like shades, this intricate trio of pendants brings an artistic element to the kitchen, and a scientific one! The shape of the shades is based on the famed Mobius strip – a twisted surface with one continuous side. Among the other design details, we not only mixed cabinet finishes and styles as well as countertop materials. The eating island has a striking 3” thick walnut countertop.

Clients asked for a "scientific chic" redo to their open and light filled factory loft kitchen.
In recent years, Houzz has changed its business model to one that does not align with our business values and belief in client privacy. For additional photos and information on this project, please visit www.hymaninteriors.com

AquaHabitat.com
This collage illustrates most of the elements we incorporate into natural water features, garden ponds and water falls. Of course it begins with the scientific design for natural low maintenance that supports a wide spectrum of hues in wild flowers.
These images also feature submerged drama in the form of natural rock and underwater plantings that provide food and shelter for any fish desired. Small submerged cliffs add much to the environment in the form of suggesting very complex habitats such as deep river pools into small spaces afforded by landscapes and gardens. They effect a habitat that appears so much more dramatic when done with artful eyes that have traveled many miles in the wild to bring back very natural images crafted into these waters. While it was science that developed our techniques, it was nature that perfected the image.

The IL-1 Beta table was a unique and personalized birthday gift for renowned scientist Charles DInarello. We were commissioned to build a custom gift to represent three defining elements of his life; the refining of IL-1 Beta, one of his first monumental scientific achievements; his love of gardening and outdoor living spaces; and his enthusiasm for entertaining guests and fitting as many people around his table as possible (both figuratively and literally). We combined these three defining elements, and designed an outdoor table, a courtyard centerpiece, that would represent IL-1 Beta and enhance the scientist’s garden parties.
One of the most important and challenging design aspects of the IL-1Beta table were the pedestal legs. The recipient of this beautiful gift, Dr. Dinarello, loves entertaining guests, introducing strangers, and encouraging conversation, so we designed a table that could sit many and then add more. The pedestals are each composed of seven pieces of wood that had to be assembled in a precise order for strength, stability and beauty. The table stands delicately with just the tips of the pedestal legs touching the ground, like a couple mid-waltz, poised and strong and light on the dance floor.

While Virginia Creeper is often planted intentionally as an ornamental vine, it can often crop up in places where you didn't invite it and get out of control. It's also often confused with poison ivy.
The easiest way to tell the difference between Virginia creeper and poison ivy is to count the leaflets: Virginia creeper has 5 leaflets (it's scientific name is Parthenocisis quinquefolia, for 5 leaves), while poison ivy has 3 leaflets.
Virginia creeper is an agressive vine that can grow 50-feet tall. Planted in the right place, it can be a beautiful ornamental with vivid fall foliage color. https://soilsalive.com/resources/identification-guide/virginia-creeper

New Electric collection of Atelier Tapis Rouge is meant to become a breakthrough of contemporary interior design. Based on the philosophy of natural light spectrum it harmoniously combines smoothness of organic forms, scientific creation basis and unique technology of production. This winning combination guarantees harmonious coexistence of futuristic design and sustainable approach changing the perception of rug from an interior design piece into an art object.
Unique trinity between intelligent natural forms, advance technology and science of material production became solid basis for absolutely new period of Design in 80-90s, being brilliantly expressed by timeless artists as Zacha Khadid (in architecture) or for instance Ross Legrove in technologic and later in fashion design.
The attraction and subtle elegance of organic shapes has been continuously growing bringing to the world new solutions for fashion and interior design. Following this tendence, we have created a futuristic collection of rugs, philosophical basis of which is the theory of photon spectrum. In chase of inspiration, we addressed behavior characteristics of each of 4 light rays caused by photon speed and as a result of this thorough work our Electric collection “saw the light”.
Designed by Natalia Enze

The IL-1 Beta table was a unique and personalized birthday gift for renowned scientist Charles DInarello. We were commissioned to build a custom gift to represent three defining elements of his life; the refining of IL-1 Beta, one of his first monumental scientific achievements; his love of gardening and outdoor living spaces; and his enthusiasm for entertaining guests and fitting as many people around his table as possible (both figuratively and literally). We combined these three defining elements, and designed an outdoor table, a courtyard centerpiece, that would represent IL-1 Beta and enhance the scientist’s garden parties.
One of the most important and challenging design aspects of the IL-1Beta table were the pedestal legs. The recipient of this beautiful gift, Dr. Dinarello, loves entertaining guests, introducing strangers, and encouraging conversation, so we designed a table that could sit many and then add more. The pedestals are each composed of seven pieces of wood that had to be assembled in a precise order for strength, stability and beauty. The table stands delicately with just the tips of the pedestal legs touching the ground, like a couple mid-waltz, poised and strong and light on the dance floor.

Are you interested in writing the thesis? I want to tell about the some nuances which will help to write a good and interesting theses paper.
1. Firstly find a topic, which is really interesting to you. Be attentive, because all methods, directions and explorations will be directed to this topic. By the way, it will be bad when the topic will be chosen for you by your tutor.
2. Think about the exploration of this topic. Try to think about the subject of exploration. What will you really explore? It is really needed to understand and to make the further steps.
3. Think about the aim of the thesis, about the audience and methods of the paper. Find sources and literature which you will use in your thesis paper.
4. Start to write the thesis. Write the first thoughts and ideas. Try to develop these ideas and find the basic information of previous explorations which you’ve found. Everything should be written clearly and logically.
5. Make an analyze of the thesis. But do if after all paper will be written. Look at mistakes and proofread the whole paper. Moreover, you need to write a thesis not from you. Don’t use such phrases like “I mean” or “I think”. Try to write everything in scientific style and use terms.
6. Consider all moments and discuss all problems and serious moments with the tutor. May be he/she will help you to make your thesis paper fuller and more interesting.
7. I think that I have mentioned all important moment which you need to follow. But there are some more moments which should be in mind. Of course, it concerns about the topic of thesis.
8. Take into account all details and aims which you should achieve writing this thesis paper. Moreover, the most important moment is an absence of mistakes. Proofread your paper few times and give to someone to read it and to check if it needs.
Hopefully I think that there are the basic and the most important tips which must be taken into consideration when we speak about thesis paper. This kind of academic papers takes too much time and attention, that’s why you need to start as earlier as possible to make it really perfect.
About the Author: Samantha Smith is a freelance writer at academic writing services Papersnetwork providing students with online assistance. She gives useful advices and helps in writing essays, research papers and even dissertations.

https://pipafineart.com/products/antique-apothecary-vintage-botanical-herbs-illustration-digital-artwork-loose-print. "Antique Apothecary" invites you to bring the charm of a vintage botanical illustration into your home. This digitally created artwork, reminiscent of classic scientific sketches, presents a collection of delicate botanicals rendered in meticulous detail. The muted tones and intricate linework evoke a sense of history and discovery, reminiscent of antique apothecary guides and their meticulous documentation of nature's wonders.
Printed on high-quality photo paper with premium inks, "Antique Apothecary" adds a touch of understated elegance and vintage charm to any space. Whether displayed in your pantry, kitchen, dining room, or office, this versatile art print complements a variety of décor styles, from rustic farmhouse to modern minimalist. Let the subtle beauty of "Antique Apothecary" transport you to a bygone era, where the study of nature and the pursuit of knowledge intertwined.

The IL-1 Beta table was a unique and personalized birthday gift for renowned scientist Charles DInarello. We were commissioned to build a custom gift to represent three defining elements of his life; the refining of IL-1 Beta, one of his first monumental scientific achievements; his love of gardening and outdoor living spaces; and his enthusiasm for entertaining guests and fitting as many people around his table as possible (both figuratively and literally). We combined these three defining elements, and designed an outdoor table, a courtyard centerpiece, that would represent IL-1 Beta and enhance the scientist’s garden parties.
One of the most important and challenging design aspects of the IL-1Beta table were the pedestal legs. The recipient of this beautiful gift, Dr. Dinarello, loves entertaining guests, introducing strangers, and encouraging conversation, so we designed a table that could sit many and then add more. The pedestals are each composed of seven pieces of wood that had to be assembled in a precise order for strength, stability and beauty. The table stands delicately with just the tips of the pedestal legs touching the ground, like a couple mid-waltz, poised and strong and light on the dance floor.

Ever been out in a park, forest, or even just in your backyard and wanted to see just a small side of the picture? Beauty is in the midst of us, but we are not doing enough to see it—we see only at a superficial level. The reality is that there is an entire universe on a scale that is so miniscule yet all around us, waiting to be discovered.
Put the digital microscope camera on the scope, and that little quantum universe you never knew was there awaits your gaze. Makes everyday outdoor activities exciting adventures and learning experiences with leaves, rocks, and bugs that are all interesting. It used to look just the same, and now it's vibrant with patterns, textures, and stories you didn't know before!
What is a Digital Microscope Camera?
A digital microscope camera is a compact device that magnifies very small objects and can display its real-time image on the screen. This new type of microscope can be taken outside and is much easier to transport than a conventional microscope. It is based on three important technologies: the magnification lenses, digital imaging, and As the name implies, snapping up shots of the objects when you bring them close and displaying them clearly on your smartphone, tablet, or its built-in display. This gives you the power to see details of a microworld anywhere you go, with no special equipment.
How a Digital Microscope Camera Works in Real Life
It is easy and yet powerful to operate a digital microscope camera. It brings very small objects closer by employing a system of lenses, and through a digital sensor, it turns the image into a compelling display. After focusing, the image becomes so big that it displays details that the human eye isn't able to see. Whereas, in an actual setting, an individual can simply place the gadget over an object, such as a leaf, insect, or soil surface. This is then performed to get a focus on the details, clear and sharp. In the blink of an eye, you will be exploring a hidden reality with patterns and structures.
Why Nature Looks Completely Different at the Micro Level
If you watch nature with an unbiased eye, it's all straightforward. Leaves are green; insects are tiny and land on a mere brown earth. However, things look so different through the microscope camera's zoom-in. A leaf is more than a leaf: it is a complex system of veins and cells! However, the insect is not merely a tiny insect anymore, but it gradually turns into an object with wings, eyes, and patterns, all of which seem almost like art. From soils a combination of small particles of rock, organic material, and unseen creatures.
Gaining appreciation for the details in leaves and plants.
Plant life is one of the most interesting objects to be examined under the microscope. The details on the leaves, stems, and petals are amazing and would get lost in the details otherwise. By using a digital microscope camera, the vein network that transports water and nutrients can be readily observed. These veins are naturally occurring and run in patterns that resemble roads and/or rivers in the landscape. Every leaf grows differently and is as individual as a fingerprint.
Discovering the Hidden World of Insects
There is no better thing to see under the microscope than one of the many interesting insects. They may appear at first glance to be quite unassuming and tiny, but magnified, they let one in on the whole other universe. They feature fine patterns in their wings – like those found on glass artworks – that are often difficult to see. They have eyes comprised of multiple repeating units. Even their legs and segments of their bodies have special textures.
The Secret Life Inside Soil and Sand
A microscope camera reveals a soil in which activity is taking place in a lively world in the seemingly lifeless soil. The very small particles of rock, decayed plant material, and micro-living organisms are interacting. Sand grains look similar to miniature crystals; all of them are distinctively shaped and structured. As organic matter decomposes, it forms patterns that illustrate how nature continually recycles itself.
Tree Bark: A Natural Storybook
Another interesting area of interest for micro-focusing is the bark of trees. Apparently, this appears to be rough and simple, but under magnification, it is seen as a highly detailed landscape of cracks, lines, and textures. The bark patterns that can be observed on each branch offer a glimpse of the branch's years of growth, weather, and environmental stresses. It's as if someone wrote the history of a tree on its trunk!
Tips for Getting the Best Microscopic Results Outdoors
A few simple techniques can make a big difference in the variety of images you get before getting clear and detailed images. Always make sure that the hands are stable or have a resting surface so that there is no shaking. Moving, even slightly, can cause the picture to become blurry. Lighting is one of the other important ones. This is because natural soft lighting is best suited, as it doesn't create strong reflections and it does show detail. Minimize exposure to strong sunlight/deep shade when possible.
Conclusion:
The digital microscope camera isn't just a camera; it's a new way of viewing life. Makes routine walks outdoors into thrilling explorations of the scientific world and how minute details make a difference. It can teach us something about living by the rules of nature! It is something that we can contemplate, clarify, and enjoy more.
What is a Digital Microscope Camera?
A digital microscope camera is a compact device that magnifies very small objects and can display its real-time image on the screen. This new type of microscope can be taken outside and is much easier to transport than a conventional microscope. It is based on three important technologies: the magnification lenses, digital imaging, and As the name implies, snapping up shots of the objects when you bring them close and displaying them clearly on your smartphone, tablet, or its built-in display. This gives you the power to see details of a microworld anywhere you go, with no special equipment.
How a Digital Microscope Camera Works in Real Life
It is easy and yet powerful to operate a digital microscope camera. It brings very small objects closer by employing a system of lenses, and through a digital sensor, it turns the image into a compelling display. After focusing, the image becomes so big that it displays details that the human eye isn't able to see. Whereas, in an actual setting, an individual can simply place the gadget over an object, such as a leaf, insect, or soil surface. This is then performed to get a focus on the details, clear and sharp. In the blink of an eye, you will be exploring a hidden reality with patterns and structures.
Why Nature Looks Completely Different at the Micro Level
If you watch nature with an unbiased eye, it's all straightforward. Leaves are green; insects are tiny and land on a mere brown earth. However, things look so different through the microscope camera's zoom-in. A leaf is more than a leaf: it is a complex system of veins and cells! However, the insect is not merely a tiny insect anymore, but it gradually turns into an object with wings, eyes, and patterns, all of which seem almost like art. From soils a combination of small particles of rock, organic material, and unseen creatures.
Gaining appreciation for the details in leaves and plants.
Plant life is one of the most interesting objects to be examined under the microscope. The details on the leaves, stems, and petals are amazing and would get lost in the details otherwise. By using a digital microscope camera, the vein network that transports water and nutrients can be readily observed. These veins are naturally occurring and run in patterns that resemble roads and/or rivers in the landscape. Every leaf grows differently and is as individual as a fingerprint.
Discovering the Hidden World of Insects
There is no better thing to see under the microscope than one of the many interesting insects. They may appear at first glance to be quite unassuming and tiny, but magnified, they let one in on the whole other universe. They feature fine patterns in their wings – like those found on glass artworks – that are often difficult to see. They have eyes comprised of multiple repeating units. Even their legs and segments of their bodies have special textures.
The Secret Life Inside Soil and Sand
A microscope camera reveals a soil in which activity is taking place in a lively world in the seemingly lifeless soil. The very small particles of rock, decayed plant material, and micro-living organisms are interacting. Sand grains look similar to miniature crystals; all of them are distinctively shaped and structured. As organic matter decomposes, it forms patterns that illustrate how nature continually recycles itself.
Tree Bark: A Natural Storybook
Another interesting area of interest for micro-focusing is the bark of trees. Apparently, this appears to be rough and simple, but under magnification, it is seen as a highly detailed landscape of cracks, lines, and textures. The bark patterns that can be observed on each branch offer a glimpse of the branch's years of growth, weather, and environmental stresses. It's as if someone wrote the history of a tree on its trunk!
Tips for Getting the Best Microscopic Results Outdoors
A few simple techniques can make a big difference in the variety of images you get before getting clear and detailed images. Always make sure that the hands are stable or have a resting surface so that there is no shaking. Moving, even slightly, can cause the picture to become blurry. Lighting is one of the other important ones. This is because natural soft lighting is best suited, as it doesn't create strong reflections and it does show detail. Minimize exposure to strong sunlight/deep shade when possible.
Conclusion:
The digital microscope camera isn't just a camera; it's a new way of viewing life. Makes routine walks outdoors into thrilling explorations of the scientific world and how minute details make a difference. It can teach us something about living by the rules of nature! It is something that we can contemplate, clarify, and enjoy more.

The IL-1 Beta table was a unique and personalized birthday gift for renowned scientist Charles DInarello. We were commissioned to build a custom gift to represent three defining elements of his life; the refining of IL-1 Beta, one of his first monumental scientific achievements; his love of gardening and outdoor living spaces; and his enthusiasm for entertaining guests and fitting as many people around his table as possible (both figuratively and literally). We combined these three defining elements, and designed an outdoor table, a courtyard centerpiece, that would represent IL-1 Beta and enhance the scientist’s garden parties.
One of the most important and challenging design aspects of the IL-1Beta table were the pedestal legs. The recipient of this beautiful gift, Dr. Dinarello, loves entertaining guests, introducing strangers, and encouraging conversation, so we designed a table that could sit many and then add more. The pedestals are each composed of seven pieces of wood that had to be assembled in a precise order for strength, stability and beauty. The table stands delicately with just the tips of the pedestal legs touching the ground, like a couple mid-waltz, poised and strong and light on the dance floor.

The IL-1 Beta table was a unique and personalized birthday gift for renowned scientist Charles DInarello. We were commissioned to build a custom gift to represent three defining elements of his life; the refining of IL-1 Beta, one of his first monumental scientific achievements; his love of gardening and outdoor living spaces; and his enthusiasm for entertaining guests and fitting as many people around his table as possible (both figuratively and literally). We combined these three defining elements, and designed an outdoor table, a courtyard centerpiece, that would represent IL-1 Beta and enhance the scientist’s garden parties.
One of the most important and challenging design aspects of the IL-1Beta table were the pedestal legs. The recipient of this beautiful gift, Dr. Dinarello, loves entertaining guests, introducing strangers, and encouraging conversation, so we designed a table that could sit many and then add more. The pedestals are each composed of seven pieces of wood that had to be assembled in a precise order for strength, stability and beauty. The table stands delicately with just the tips of the pedestal legs touching the ground, like a couple mid-waltz, poised and strong and light on the dance floor.

Project Manager / Timber Designer: Tim Sjostrom
Architect: Tony Kloepfer, Scientific Architecture
Example of an arts and crafts living room design in Vancouver
Example of an arts and crafts living room design in Vancouver

Project Manager / Timber Designer: Tim Sjostrom
Architect: Tony Kloepfer, Scientific Architecture
Inspiration for a craftsman exterior home remodel in Vancouver
Inspiration for a craftsman exterior home remodel in Vancouver

Project Manager / Timber Designer: Tim Sjostrom
Architect: Tony Kloepfer, Scientific Architecture
Arts and crafts exterior home photo in Vancouver
Arts and crafts exterior home photo in Vancouver
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