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Monica O'Reilly is an artist who incorporates stamps, images, and patterned paper into her artwork. She creates scenes with various textures, layers, and colors, but prefers to keep things simple rather than creating collages. Monica started stamping by chance and continued to learn and experiment with different techniques after her local stamp store closed. She uses patterned paper to add dimension to her artwork and often saves time by stamping directly onto the paper. Monica's artwork reflects her enjoyment and flow in the creative process, and she finds inspiration in everyday objects and nature. She emphasizes the importance of staying organized and not overbuying supplies. [Extracted from the article]

• A Bi 7 O 9 I 3 /carbon paper composite was fabricated using an in-situ annealing method. • Flexible Bi 7 O 9 I 3 /carbon paper possesses hierarchical structure. • Bi 7 O 9 I 3 /carbon paper exhibited improved photocatalytic performance. • Improved carrier separation and hierarchical structure are key to performance enhancement. Although Bi 7 O 9 I 3 is an oxygen-rich bismuth oxyiodide with higher photocatalytic activity than BiOI, its applicability for photocatalytic oxidation is limited by the rapid recombination of photogenerated carriers and poor reusability. Depositing Bi 7 O 9 I 3 on flexible macro-sized carbonaceous materials is a promising approach for promoting photogenerated electron migration and improving reusability. In this study, a composite consisting of Bi 7 O 9 I 3 supported on graphitic carbon paper (Bi 7 O 9 I 3 -CP) was synthesized via the in situ transformation of a BiOI-deposited carbon paper precursor (BiOI-CP). The as-prepared Bi 7 O 9 I 3 -CP exhibited higher visible-light-driven photocatalytic activity than both Bi 7 O 9 I 3 and BiOI-CP precursor for phenol removal. The improved photocatalytic activity of Bi 7 O 9 I 3 -CP was attributed to its hierarchical structure and promoted carrier separation, as revealed by photoluminescence, pore structure, and reactive radical analyses. Moreover, owing to its macroscale size and flexibility, the Bi 7 O 9 I 3 -CP composite could be easily operated and reused, which are favorable for practical applications. [ABSTRACT FROM AUTHOR]

The article discusses the decline in recovered paper exports from the U.S. and the increase in exports from Europe. The shrinking Chinese market and adjustments by U.S. mills have caused a change in the import-export balance. In Europe, a surplus of recovered paper has been created due to geopolitical and recycling market circumstances. The article also mentions the high operating costs and inventory overhang that affected the European paper industry in 2023. However, conditions for European paper and board producers seem to be improving in 2024. [Extracted from the article]

• Ultrathin and flexible paper with good EMI shielding performance is constructed. • Composite paper is featured with a three-layer structured surface. • TOCN/CS hydrogel film offers good protection for MXene. • TOCN/MXene with layered structure enhances the mechanical property of paper. MXene-contained paper is a good choice to design ultrathin and flexible electromagnetic interference (EMI) shielding materials. However, the deficiencies in strength and stability of MXene-contained paper impede its practical applications. Herein, a composite paper was proposed to address the problems, in which a filter paper was modified with a three-layer structured surface via a facile layer-by-layer coating procedure. Specifically, the TEMPO-oxidized cellulose nanofibers (TOCN)/cationic starch (CS)/MXene gel layer and TOCN/MXene nacre structure layer ensured the good EMI shielding and mechanical performances of the composite paper, while the uppermost TOCN/CS hydrogel film layer mainly protected MXene. The composite paper achieved an EMI SE of 40.3 dB at a thickness of merely 0.1894 mm (SE/ t value of ca. 212.8 dB mm−1, SSE/ t values of ca.13216 dB cm2 g−1) and the total MXene dosage was 20 g m−2. Its tensile strength could be up to 11.7 MPa while the original filter paper was 6.4 MPa. Four pieces of this composite papers could be easily packed together to attain an EMI SE of nearly 70 dB. Importantly, the hydrogel film layer efficiently protected the MXene and maintained the EMI shielding performance of the composite paper when immersed in different liquids including water, HCl (1 M) and ethanol, due to the dense and compact structure of hydrogel film layer. This work provides a practical way to develop ultrathin, flexible and durable EMI shielding materials. [Display omitted] [ABSTRACT FROM AUTHOR]

This article from Veranda magazine explores the history and cultural significance of Chinese wallpaper. The author, Benjamin Dhong, embarks on a journey to investigate the origins and use of Chinese wallpaper in England and China. Dhong discovers that the Chinese wallpapers he encounters in Beijing's Forbidden City have simpler patterns and were often used as insulation. He also learns that Chinese wallpaper was influenced by European chinoiserie, creating a fascinating paradox. The article highlights the importance of understanding the cultural context and evolution of decorative art forms like Chinese wallpaper. [Extracted from the article]

• The highly flexible composite paper has good mechanical properties and can withstand more than 10,000 times its own weight. • The flexible composite paper exhibits exceptional flame-retardant properties along with controlled, high-efficiency, and stable Joule heating performance. At a low voltage of 2.0 V, the surface temperature reaches 156.8 °C within 10 s and remains stable over a period of 1800s. • The flexible composite paper-based TENG can power commercial computers, delivering an output voltage of 55.6 V under a working environment of 2 Hz and 7 N. When the external load is 10 MΩ, its maximum output power reaches 15.6 µW. In recent years, polymer-based triboelectric nanogenerators (TENGs) have been increasingly applied in the field of flexible wearable electronics. However, the lack of flame retardancy of existing TENGs greatly limits their applications in extreme circumstances. Herein, an ultra-thin and highly flexible aramid nanofiber (ANF)/MXene(Ti 3 C 2 T x)/Ni nanochain composite paper was prepared through vacuum-assisted filtration and freeze-drying technology. Owing to the synergistic effect between ANF and MXene, the composite paper not only possessed excellent mechanical properties, which were able to withstand over 10,000 times its own weight, but also exhibited outstanding flame-retardant and controllable Joule heating capabilities. Moreover, the mechanical energy capture characteristics of the composite paper-based TENG were evaluated, resulting in the open-circuit voltage (55.6 V), short-circuit current (0.62 μA), and transferred charge quantity (25 µC). It also could enable self-powering as a wearable electronic device with an instantaneous power of 15.6 μW at the optimal external resistance of 10 MΩ. This work is intended to set TENG as safe energy harvesting devices for reducing fire hazards, and will provide a new strategy to broaden the application ranges of TENG. [Display omitted] [ABSTRACT FROM AUTHOR]

Janelle Washington, a former fashion designer, discovered her passion for paper cutting when she participated in a project show-and-tell at her office. She quickly became fascinated with the art form and joined the Guild of American Papercutters to learn more. Washington found inspiration in Black history and culture, incorporating themes of identity and feminine beauty into her intricate paper-cut designs. She now runs her own fine art paper-cutting business and has had her work featured in prestigious institutions and publications. Washington's art stands out in the paper-cutting community for its unique perspective and storytelling. [Extracted from the article]

At the Council meeting held during the 2019 World Chemistry Congress in Paris, a representative from one of IUPAC's National Adhering Organizations raised the question "What is Blockchain Technology?" They went on to say that both "Blockchain" and "Artificial Intelligence" were prominent buzzwords and asked if IUPAC could provide information on how these technologies were impacting science in general and chemistry in particular. Coincidentally, at that same Congress, the technology had been the subject of a presentation by Richard Shute [1], one of the authors of this paper, and the technology had already captured the interest of Bonnie Lawlor, another of the authors of this paper, to the extent that she published an article in Chemistry International (CI) on the topic the following year [2]. As a result of the question raised at the Council meeting, Javier García-Martínez, IUPAC President 2022-2023, suggested that a white paper on Blockchain be developed (Note: Artificial Intelligence was made the focus of the global, virtual 2021 World Chemistry Leadership Meeting (WCLM) and a brief article on that special event was published in the July 2022 issue of CI [3]). [ABSTRACT FROM AUTHOR]

Starting from January 1, 2025, the option to purchase paper Series I savings bonds with tax refunds will no longer be available. However, if you received an extension to file your 2023 tax return with a deadline of October 15, 2024, you can still use your refund to buy a paper I bond with Form 8888. The IRS has stated that only 0.03% of tax filers used the tax-refund program to purchase paper bonds, and they believe that the program is costly and leaves the bonds vulnerable to fraud, theft, loss, and delays. Instead, you can purchase electronic I bonds with a maximum limit of $10,000 per year through TreasuryDirect.gov, with a composite yield of 4.28% for bonds issued from May through October 2024. The Treasury Department will set a new semiannual inflation rate and fixed rate for bonds issued from November 2024 through April 2025. [Extracted from the article]

This article from Pottery Making Illustrated discusses the process of creating colored paper-porcelain ceramics. The author explains how they add paper to the clay to create unique surfaces, and how the paper fibers burn away during firing, leaving a durable material. The article provides instructions for mixing colored paper-porcelain, including tips for working with the finished material. It also discusses techniques for cutting and carving the paper clay, as well as drying and finishing the final pieces. The author encourages readers to explore and experiment with colored paper-porcelain to create unique patterns and designs. [Extracted from the article]

This article provides an overview of the phone-hacking scandal in the UK and the subsequent fallout. It discusses the disclosure of new evidence, including emails and call data, suggesting that the Murdoch company may have engaged in criminal activities to spy on politicians and interfere with government decisions. The article also highlights the efforts made by News of the World executives to suppress and conceal evidence, including the deletion of emails and the use of aliases. The text emphasizes the need for responsible journalism and sheds light on the power and influence of media conglomerates. [Extracted from the article]

The article "U.S. Stamp News Sampler: Paper" by James H. Obrig provides valuable information on the study of paper in stamp collecting. It emphasizes the importance of identifying different types of paper used in stamps, as it can impact their value. The article traces the history of paper, from its origins in China to the introduction of the Fourdrinier Paper Machine in France. It also delves into the manufacturing process of various types of paper used in stamp production, including the formation of designs, watermarks, and patterns. The author concludes by listing different types of paper and providing examples of stamps printed on each type. [Extracted from the article]

This article discusses the challenges faced by German paper recyclers in the global crisis, such as low prices for paper scrap and lack of investment. Despite these difficulties, Germany has a high paper recycling rate of over 99%. However, recyclers in Germany face obstacles and little government support, leading to resentment and a lack of attractiveness for investors. The article highlights the efforts of companies like Apple, Amazon, DS Smith, and Mondi in promoting paper recycling, as well as the need for collaboration and unity among recyclers and producers. It also mentions the high cost of fires at recycling plants and the importance of proper insurance coverage. The proposed Packaging & Packaging Waste Regulation and smart sorting projects are discussed, along with the increasing demand for fiber-based solutions in packaging. [Extracted from the article]

The article focuses on artist, James Thurman's innovative approach in metalsmithing with his invention, Paper Alchemy®️. It is noted that Thurman transparently shows how he creates and manipulates this material, which coats recycled paper to mimic woodgrain and other textures. It is further noted that his work promotes open sharing in craft innovation, redefining traditional materials and fostering creativity within the community.

The article discusses a white paper by the Congressional Freethought Caucus critiquing Speaker Mike Johnson's Christian Nationalism, raising concerns about efforts to blur church-state separation, promote evangelical Christianity in public schools, curtail LGBTQ+ rights, and restrict divorce laws.

The invention of paper has had a significant impact on the world, particularly in the realm of artistic expression. From its earliest precursor, papyrus, used in ancient Egypt, to the development of papermaking in China, paper has played a crucial role in the communication of culture, the advancement of the written word, and the progression of art. Despite the rise of digital media and the push for a paperless society, paper remains important as a surface for all media and as a handmade art form. The evolution of papermaking techniques and its use in various artistic mediums, such as illuminated manuscripts, prints, and watercolors, has contributed to the democratization of art and the exploration of new artistic possibilities. Today, artists continue to value the tactile qualities of paper, even as we move towards a more digital future. [Extracted from the article]

RB Life Brands, founded by John and Marie Dimitrakakis, has launched its first product, environmentally friendly, tree-free bathroom tissue made from 100% premium bamboo. The company aims to make a difference in the paper manufacturing industry by focusing on reforestation and sustainable sourcing practices. Bamboo toilet paper is not only septic tank safe but also hypoallergenic, biodegradable, and free from bleach, dyes, inks, or scents. RB Life Brands is committed to making sustainable choices accessible and enjoyable for consumers and has partnered with environmental nonprofits to support critical initiatives tackling sustainability and climate change. [Extracted from the article]

The article reviews the exhibition "Mark Rothko: Paintings on Paper," which features works of painter Mark Rothko, being presented at the National Gallery of Art in Washington, D.C. from November 19, 2023 to March 31, 2024.

HOT SCIENCE THOUGH PROVING to be a daydream tool for many industries, ChatGPT is quickly becoming a nightmare for academia. Unfortunately, a colleague pointed out a problem: Hetherington had referred to himself as "we" in the paper, yet he was the only author, which could cause the paper to be rejected. [Extracted from the article]

The article highlights Dr. John F. Keenan, a prominent local historian from Longford, known for his contributions to the study of place-names and families. Topics include Keenan's collection of papers held by Longford County Library and Archives, his published works; and his correspondence with other antiquarians and local historians.

The article discusses the progress of gambling reform in the UK since the government's publication of a white paper on the topic. While some reforms have been implemented, others have been delayed due to factors such as the general election and the change in government. The Gambling Commission has made progress on financial risk checks and the design of online games, but reforms related to direct marketing and bonuses and incentives are still being considered. The Betting and Gaming Council is responsible for progressing some reforms, including the establishment of an ombudsman scheme and the development of a gambling sponsorship code of conduct. Reforms requiring legislation, such as slots stake limits and changes to land-based casinos, have also been discussed but have not yet been implemented. [Extracted from the article]

International Paper (IP) has announced its acquisition of London-based DS Smith in a deal valued at $9.9 billion. The merger is expected to close by the fourth quarter of this year and will create a global leader in sustainable packaging. The merger will strengthen IP's European footprint and recycling operations, while also enhancing its North American business. The combined company will be headquartered in Memphis, with plans to establish a Europe, Middle East, and Africa region headquarters in London. [Extracted from the article]

Once the planes land, Wang and Ristroph analyze data from their flight and apply weights to change the balance of these gliders. FOR CENTURIES, PAPER AIRPLANES HAVE UNLOCKED THE SCIENCE OF FLIGHT - NOW THEY COULD INSPIRE DRONE DESIGNS. The team then tested a prototype glider in the University of Tokyo's hypersonic wind tunnel, subjecting the plane to speeds as high as Mach 7 and temperatures of almost 450°F - conditions similar to those a paper plane might face when reentering Earth's atmosphere. WHILE SUZUKI PLOTTED the planes' journey to the ISS, Toda would chart another path, racking up Guinness World Records for his paper airplane designs. [Extracted from the article]

This article from Pottery Making Illustrated discusses the process of slip casting and mold making in pottery. The author explains their inspiration for collecting teeth and other small objects, which they incorporate into their designs. They provide a detailed description of their design approach and preparation, as well as the steps involved in creating the mold. The author emphasizes the importance of refining each mold part and shares tips for successful casting. They also discuss the finishing touches, water etching, glazing, and firing processes. The article includes photographs illustrating each step of the process. [Extracted from the article]

The NextGen Consortium and the Foodservice Packaging Institute (FPI) have announced a significant milestone in their efforts to increase paper cup recycling in the United States. Multiple paper mills in the US are now accepting single-use polyethylene-coated paper cups, bringing the total number of North American mills accepting paper cups to over 40. This development is a result of mills' interest in recovering high-quality fiber from coated paper packaging as supplies of newspaper and office paper in the recycling stream decrease. The NextGen Consortium and FPI are also working with other mills and stakeholders to expand paper cup recycling further. [Extracted from the article]

This article from Pottery Making Illustrated discusses the process of creating a face creamer, a small pitcher form, out of clay. The author shares their techniques and tools for making the vessel, as well as sculpting the face and adding details such as eyes, nose, and blemishes. The article also provides instructions for firing, glazing, and adding luster to the finished piece. The author, Matthew Dercole, is an accomplished ceramic artist whose work has been exhibited internationally. [Extracted from the article]

The article focuses on a craft activity involving making paper plate masks, specifically a lion mask and a jack-o'-lantern mask, using heavy paper plates, crayons, markers, construction paper, glue, and craft sticks.

The article focuses on the Clendon House in Rawene, New Zealand, which holds the Clendon Papers collection, spanning almost 150 years of family history. Topics include the significance of the collection, digitization challenges, and the importance of preserving historical documents in their original place.

In fall 2020, as we returned to our work with young children, there was a void. Initially, many educators were confused and did not understand the work. I love my work and the work we do as early childhood educators at The Sunflower School with our children and families. All of our educators were thinking creatively, projects were magical, educators were thinking critically about their documentation and the work in their classrooms. [Extracted from the article]

The American Forest & Paper Association (AF&PA) has released its annual "Paper Industry Capacity and Fiber Consumption Survey," which shows a decline in paper and paperboard capacity and production in the U.S. for the sixth consecutive year. However, there is a prediction of slight growth in 2024. The report also highlights the decline in U.S. paper and paperboard production, except for tissue, which saw a slight increase. The survey mentions major mill openings and conversions, but also notes the removal of over 1.7 million tons of virgin wood fiber capacity. Containerboard capacity reached a record high in 2021 but declined slightly in 2023. Another report by Smithers predicts slight growth in global containerboard production in 2024. [Extracted from the article]