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Home » Insight » GrrlScientist

Sniffing old books

Posted in: Abe Books, degradomics, GrrlScientist, Heritage Intelligence, Heritage Smells, Material Degradomics: On the Smell of Old Books, Matija Strlič, MIP, paper, Papylum, POPART, science, Slovenia, SurveNIR, UCL, UL, University of Ljubljana, writing|May 3, 2012

I don’t know if it’s nano but this story about old books and their smell ‘speaks’ to me. Thanks to GrrlScientist for her May 1, 2012 posting about this interesting work on degradomics,

Every time I catch a whiff of that special old books smell, I am transported through time and space to the cool welcoming basement of The Strand Bookstore in New York City, where I spent many hot humid summer afternoons, searching for some used book I’ve never seen nor even heard of, or sitting on the cold concrete floor, reading. The smell of old books isn’t pleasant, exactly, but it is unmistakable — and powerfully evocative.

“A combination of grassy notes with a tang of acids and a hint of vanilla over an underlying mustiness,” writes an international team of chemists from University College London (UCL) and the University of Ljubljana (UL) in Slovenia in their scientific paper ([Material Degradomics: On the Smell of Old Books] doi:10.1021/ac9016049 [this paper is behind a paywall despite the fact the paper was published in 2009]).

Here’s an entertaining video about this work,

Not all old books are deteriorating and expelling gases. There are some very old books that are in pretty good condition. The problem arises with the paper production techniques of the 19th and 20th centuries. We put a lot of acid in our papers and that’s what’s breaking down the material. From GrrlScientist’s May 1, 2012 posting,

The one factor that speeds a book’s death more rapidly than any other is acidity: paper that is too acidic significantly decreases a book’s lifespan. These papers are cheap and easy to mass produce. This explains why a newspaper clipping left in the pages of a book creates an ugly orange-brown stain on the book’s pages. But books have also been printed on acidic paper. Many of the books now crowding onto shelves in used bookstores were published in the 19th and 20th centuries; yellowing books with brown spots and crackling bindings that were mass printed on cheap paper that was too acidic. These books are aging rapidly whilst much older books are still in good shape because the paper they were printed on was much purer.

The paper’s lead author, Matija Strlič, is a senior lecturer at the University College of London (UCL) and he has a research interest that I did not realize existed, Heritage Smells,

Research interests span multi-disciplinary research linked to cultural heritage. The focus of these efforts are the development of new scientific tools and methods of study of heritage materials, collections and their interactions with the environment. Among the pioneering contributions are the development of degradomics, use of Near Infrared Spectrometry with chemometric data analysis in heritage science, use of chemiluminometry for studies of degradation of organic heritage materials, and studies of emission and absorption of volatile degradation products in heritage collections. My current research interests include development and use of damage functions and integrated modeling of heritage collections.

Presently, Matija Strlic is the Principal Investigator of the UK AHRC/EPSRC Science and Heritage Programme project Collections Demography (2010-2013) and a Co-Investigator on Heritage Smells! (2010-2013).  He is also involved in  several other projects, including the EU projects POPART (2009-2012, “Preservation of plastic artefacts in museum collections”) and TEACH (2009-2011, “Technologies and tools to prioritize assessment and diagnosis of air pollution impact on immovable and movable cultural heritage”), and UK Technology Strategy Board-funded project Heritage Intelligence (2009-2011).
In the past few years he has been  involved in other large collaborative projects: coordination of SurveNIR (2005-2008, “Near Infrared Tool for Collection Surveying”), scientific coordination of Papylum (2001-2004, “Chemiluminescence – a novel tool in paper conservation studies”), and participation in PaperTreat (2005-2008, “Evaluation of mass deacidification processes”), InkCor (2002-2005, “Stabilisation of iron-gall ink containing paper”) and MIP (2002-2005, “Metals in paper”). He co-coordinated the 8th European Conference on Research for Protection, Conservation and Enhancement of Cultural Heritage, Ljubljana, Slovenia, 10-13 November 2008.

Our paper is crumbling, eh? That means song sheets with the notations from composers such as Beethoven, etc.; original editions of important books of literature and nonfiction; drawings and prints by important artists; and scientific and other research papers; in other words,  historical documents of all kinds will be disappearing unless researchers can find a solution to the problem.

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Sniffing old books

Posted in: Abe Books, books, degradomics, GrrlScientist, Heritage Intelligence, InkCor, Matija Strlič, MIP, PaperTreat, Papylum, POPART, science, Slovenia, SurveNIR, UCL, UL, University College of London, writing|May 3, 2012

I don’t know if it’s nano but this story about old books and their smell ‘speaks’ to me. Thanks to GrrlScientist for her May 1, 2012 posting about this interesting work on degradomics,

Every time I catch a whiff of that special old books smell, I am transported through time and space to the cool welcoming basement of The Strand Bookstore in New York City, where I spent many hot humid summer afternoons, searching for some used book I’ve never seen nor even heard of, or sitting on the cold concrete floor, reading. The smell of old books isn’t pleasant, exactly, but it is unmistakable — and powerfully evocative.

“A combination of grassy notes with a tang of acids and a hint of vanilla over an underlying mustiness,” writes an international team of chemists from University College London (UCL) and the University of Ljubljana (UL) in Slovenia in their scientific paper ([Material Degradomics: On the Smell of Old Books] doi:10.1021/ac9016049 [this paper is behind a paywall despite the fact the paper was published in 2009]).

Here’s an entertaining video about this work,

Not all old books are deteriorating and expelling gases. There are some very old books that are in pretty good condition. The problem arises with the paper production techniques of the 19th and 20th centuries. We put a lot of acid in our papers and that’s what’s breaking down the material. From GrrlScientist’s May 1, 2012 posting,

The one factor that speeds a book’s death more rapidly than any other is acidity: paper that is too acidic significantly decreases a book’s lifespan. These papers are cheap and easy to mass produce. This explains why a newspaper clipping left in the pages of a book creates an ugly orange-brown stain on the book’s pages. But books have also been printed on acidic paper. Many of the books now crowding onto shelves in used bookstores were published in the 19th and 20th centuries; yellowing books with brown spots and crackling bindings that were mass printed on cheap paper that was too acidic. These books are aging rapidly whilst much older books are still in good shape because the paper they were printed on was much purer.

The paper’s lead author, Matija Strlič, is a senior lecturer at the University College of London (UCL) and he has a research interest that I did not realize existed, Heritage Smells,

Research interests span multi-disciplinary research linked to cultural heritage. The focus of these efforts are the development of new scientific tools and methods of study of heritage materials, collections and their interactions with the environment. Among the pioneering contributions are the development of degradomics, use of Near Infrared Spectrometry with chemometric data analysis in heritage science, use of chemiluminometry for studies of degradation of organic heritage materials, and studies of emission and absorption of volatile degradation products in heritage collections. My current research interests include development and use of damage functions and integrated modeling of heritage collections.

Presently, Matija Strlic is the Principal Investigator of the UK AHRC/EPSRC Science and Heritage Programme project Collections Demography (2010-2013) and a Co-Investigator on Heritage Smells! (2010-2013).  He is also involved in  several other projects, including the EU projects POPART (2009-2012, “Preservation of plastic artefacts in museum collections”) and TEACH (2009-2011, “Technologies and tools to prioritize assessment and diagnosis of air pollution impact on immovable and movable cultural heritage”), and UK Technology Strategy Board-funded project Heritage Intelligence (2009-2011).
In the past few years he has been  involved in other large collaborative projects: coordination of SurveNIR (2005-2008, “Near Infrared Tool for Collection Surveying”), scientific coordination of Papylum (2001-2004, “Chemiluminescence – a novel tool in paper conservation studies”), and participation in PaperTreat (2005-2008, “Evaluation of mass deacidification processes”), InkCor (2002-2005, “Stabilisation of iron-gall ink containing paper”) and MIP (2002-2005, “Metals in paper”). He co-coordinated the 8th European Conference on Research for Protection, Conservation and Enhancement of Cultural Heritage, Ljubljana, Slovenia, 10-13 November 2008.

Our paper is crumbling, eh? That means song sheets with the notations from composers such as Beethoven, etc.; original editions of important books of literature and nonfiction; drawings and prints by important artists; and scientific and other research papers; in other words,  historical documents of all kinds will be disappearing unless researchers can find a solution to the problem.

Share

Math puzzles and sunflowers at the Manchester Science Festival

Posted in: Alan Turing, Brady Haran, citizen science, Fibonacci sequence, Fibonacci spiral, GrrlScientist, Manchester Science Festival, MOST, Museum of Science & Industry, Numberphile, sunflowers|April 17, 2012

The Manchester Science Festival (UK) has organized a citizen science project in honour of the 100th anniversary of Alan Turing’s (Wikipedia essay) birth (from the essay [Note: I have removed links and bibiographic references]),

Alan Mathison Turing, OBE, FRS (… TEWR–ing; 23 June 1912 – 7 June 1954), was an English mathematician, logician, cryptanalyst, and computer scientist. He was highly influential in the development of computer science, providing a formalisation of the concepts of “algorithm” and “computation” with the Turing machine, which played a significant role in the creation of the modern computer. Turing is widely considered to be the father of computer science and artificial intelligence. He was stockily built, had a high-pitched voice, and was talkative, witty, and somewhat donnish. He showed many of the characteristics that are indicative of Asperger syndrome.

Here’s more about the project, thanks to the GrrlScientist April 16, 2012 posting on the Guardian Science blogs,

What do sunflowers and Alan Turing share in common? Basically, Turing noticed that the number of spirals in the seed patterns of sunflower heads often conform to a number that appears in the mathematical sequence called the Fibonacci sequence (0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89…). Other plants also show this pattern. When Turing came to the University of Manchester, he began exploring how this phenomenon might help us to understand the growth of plants, a field now known as phyllotaxis.

Tragically, Turing died before his work was complete, so the Manchester Science Festival is asking for you to help mathematicians explore Turing’s ideas about plant growth.

This video on the GrrlScientist posting (there are other related videos in the posting) by Brady Haran, the video journalist who amongst other projects films the Numberphile series, explains Turing’s interest in sunflowers and Fibonacci’s spiral,

You don’t have to be a mathematician to join in although it seems that it’s best if you’re in Manchester (the festival doesn’t specify residence there as a requirement), from the Turing’s Sunflowers webpage on the Manchester Science Festival website,

This spring, we need your green fingers! Join Manchester Science Festival and MOSI (Museum of Science & Industry) for a mass planting of sunflowers as part of an experiment to solve the mathematical riddle that Turing worked on before his death in 1954.

…

Brighten up Manchester and the Nation, whilst helping mathematicians to explore Turing’s theories about plant growth. We need you to sow sunflower seeds in April and May, nurture the plants throughout the summer and when the sunflowers are fully grown we’ll be counting the number of spirals in the seed patterns in the sunflower heads. Don’t worry – expertise will be on hand to help count the seeds and you’ll be able to post your ‘spiral counts’ online.

The results will be announced during the Manchester Science Festival 2012 (27 Oct – 4 Nov), alongside a host of cultural events connected to Turing’s life and legacy, at MOSI, Manchester Museum and other cultural spaces.

You can find out more about the Manchester Science Festival, which runs from Oct. 27 – Nov. 4, 2012, here.

Although they don’t identify it on the Turing’s Sunflowers webpage,I’m pretty sure this is a bronze of Turing seated on a bench. Someone has thoughtfully given him a bouquet of sunflowers,

Bronze of Alan Turing in Manchester. (downloaded from http://www.manchestersciencefestival.com/connect/getinvolved/sunflowers)

Have fun!

Share

Math puzzles and sunflowers at the Manchester Science Festival

Posted in: Alan Turing, Brady Haran, citizen science, Fibonacci sequence, Fibonacci spiral, GrrlScientist, Manchester Science Festival, MOST, Museum of Science & Industry, Numberphile, sunflowers|April 17, 2012

The Manchester Science Festival (UK) has organized a citizen science project in honour of the 100th anniversary of Alan Turing’s (Wikipedia essay) birth (from the essay [Note: I have removed links and bibiographic references]),

Alan Mathison Turing, OBE, FRS (… TEWR–ing; 23 June 1912 – 7 June 1954), was an English mathematician, logician, cryptanalyst, and computer scientist. He was highly influential in the development of computer science, providing a formalisation of the concepts of “algorithm” and “computation” with the Turing machine, which played a significant role in the creation of the modern computer. Turing is widely considered to be the father of computer science and artificial intelligence. He was stockily built, had a high-pitched voice, and was talkative, witty, and somewhat donnish. He showed many of the characteristics that are indicative of Asperger syndrome.

Here’s more about the project, thanks to the GrrlScientist April 16, 2012 posting on the Guardian Science blogs,

What do sunflowers and Alan Turing share in common? Basically, Turing noticed that the number of spirals in the seed patterns of sunflower heads often conform to a number that appears in the mathematical sequence called the Fibonacci sequence (0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89…). Other plants also show this pattern. When Turing came to the University of Manchester, he began exploring how this phenomenon might help us to understand the growth of plants, a field now known as phyllotaxis.

Tragically, Turing died before his work was complete, so the Manchester Science Festival is asking for you to help mathematicians explore Turing’s ideas about plant growth.

This video on the GrrlScientist posting (there are other related videos in the posting) by Brady Haran, the video journalist who amongst other projects films the Numberphile series, explains Turing’s interest in sunflowers and Fibonacci’s spiral,

You don’t have to be a mathematician to join in although it seems that it’s best if you’re in Manchester (the festival doesn’t specify residence there as a requirement), from the Turing’s Sunflowers webpage on the Manchester Science Festival website,

This spring, we need your green fingers! Join Manchester Science Festival and MOSI (Museum of Science & Industry) for a mass planting of sunflowers as part of an experiment to solve the mathematical riddle that Turing worked on before his death in 1954.

…

Brighten up Manchester and the Nation, whilst helping mathematicians to explore Turing’s theories about plant growth. We need you to sow sunflower seeds in April and May, nurture the plants throughout the summer and when the sunflowers are fully grown we’ll be counting the number of spirals in the seed patterns in the sunflower heads. Don’t worry – expertise will be on hand to help count the seeds and you’ll be able to post your ‘spiral counts’ online.

The results will be announced during the Manchester Science Festival 2012 (27 Oct – 4 Nov), alongside a host of cultural events connected to Turing’s life and legacy, at MOSI, Manchester Museum and other cultural spaces.

You can find out more about the Manchester Science Festival, which runs from Oct. 27 – Nov. 4, 2012, here.

Although they don’t identify it on the Turing’s Sunflowers webpage,I’m pretty sure this is a bronze of Turing seated on a bench. Someone has thoughtfully given him a bouquet of sunflowers,

Bronze of Alan Turing in Manchester. (downloaded from http://www.manchestersciencefestival.com/connect/getinvolved/sunflowers)

Have fun!

Share

Math puzzles and sunflowers at the Manchester Science Festival

Posted in: Alan Turing, Brady Haran, citizen science, Fibonacci sequence, Fibonacci spiral, GrrlScientist, Manchester Science Festival, MOST, Museum of Science & Industry, Numberphile, sunflowers|April 17, 2012

The Manchester Science Festival (UK) has organized a citizen science project in honour of the 100th anniversary of Alan Turing’s (Wikipedia essay) birth (from the essay [Note: I have removed links and bibiographic references]),

Alan Mathison Turing, OBE, FRS (… TEWR–ing; 23 June 1912 – 7 June 1954), was an English mathematician, logician, cryptanalyst, and computer scientist. He was highly influential in the development of computer science, providing a formalisation of the concepts of “algorithm” and “computation” with the Turing machine, which played a significant role in the creation of the modern computer. Turing is widely considered to be the father of computer science and artificial intelligence. He was stockily built, had a high-pitched voice, and was talkative, witty, and somewhat donnish. He showed many of the characteristics that are indicative of Asperger syndrome.

Here’s more about the project, thanks to the GrrlScientist April 16, 2012 posting on the Guardian Science blogs,

What do sunflowers and Alan Turing share in common? Basically, Turing noticed that the number of spirals in the seed patterns of sunflower heads often conform to a number that appears in the mathematical sequence called the Fibonacci sequence (0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89…). Other plants also show this pattern. When Turing came to the University of Manchester, he began exploring how this phenomenon might help us to understand the growth of plants, a field now known as phyllotaxis.

Tragically, Turing died before his work was complete, so the Manchester Science Festival is asking for you to help mathematicians explore Turing’s ideas about plant growth.

This video on the GrrlScientist posting (there are other related videos in the posting) by Brady Haran, the video journalist who amongst other projects films the Numberphile series, explains Turing’s interest in sunflowers and Fibonacci’s spiral,

You don’t have to be a mathematician to join in although it seems that it’s best if you’re in Manchester (the festival doesn’t specify residence there as a requirement), from the Turing’s Sunflowers webpage on the Manchester Science Festival website,

This spring, we need your green fingers! Join Manchester Science Festival and MOSI (Museum of Science & Industry) for a mass planting of sunflowers as part of an experiment to solve the mathematical riddle that Turing worked on before his death in 1954.

…

Brighten up Manchester and the Nation, whilst helping mathematicians to explore Turing’s theories about plant growth. We need you to sow sunflower seeds in April and May, nurture the plants throughout the summer and when the sunflowers are fully grown we’ll be counting the number of spirals in the seed patterns in the sunflower heads. Don’t worry – expertise will be on hand to help count the seeds and you’ll be able to post your ‘spiral counts’ online.

The results will be announced during the Manchester Science Festival 2012 (27 Oct – 4 Nov), alongside a host of cultural events connected to Turing’s life and legacy, at MOSI, Manchester Museum and other cultural spaces.

You can find out more about the Manchester Science Festival, which runs from Oct. 27 – Nov. 4, 2012, here.

Although they don’t identify it on the Turing’s Sunflowers webpage,I’m pretty sure this is a bronze of Turing seated on a bench. Someone has thoughtfully given him a bouquet of sunflowers,

Bronze of Alan Turing in Manchester. (downloaded from http://www.manchestersciencefestival.com/connect/getinvolved/sunflowers)

Have fun!

Share

Do you have any suggestions for the diamond engraved with Queen Elizabeth 2′s image?

Posted in: diamonds, focused ion beam, GrrlScientist, Martyn Poliakoff, Periodic Table of Videos, Queen Elizabeth II, University of Nottingham|April 11, 2012

The folks at the University of Nottingham’s Periodic Table of Videos have come up with a way to commemorate Queen Elizabeth II’s 60th anniversary (diamond) jubilee of her reign. Thanks to the April 11, 2012 posting by GrrlScientist on the Guardian science blogs I’ve gotten a really explanation of how a focused gallium ion beam can be used to engrave diamonds.  In my April 9, 2012 posting about computers in diamonds and a ring that’s 100% diamond, I noted my interest in focused ion beams and I’m delighted to include this video where scientist Martyn Poliakoff offers an explanation and demonstration,

If you do have any suggestions for what they could do with this diamond (I like Poliakoff’s suggestion of sending it to institutions that have diamond-jubilee themed exhibits for display), you can contact them via email periodicvideos@gmail.com or one of two twitter accounts @periodicvideos or @UniofNottingham.

Since posting on April 9, 2012 I’ve had this old pop song (‘This Diamond Ring’ by Gary Lewis and the Playboys) on a continuous loop in my brain,

I hope by placing the video here, the song will finally disappear. (I’m just hoping it doesn’t get replaced with ‘Diamonds are a girl’s best friend’.)

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