Acquisition | Chris Aldrich

Acquired Apostle: Travels Among the Tombs of the Twelve by Tom Bissell

Acquired Apostle: Travels Among the Tombs of the Twelve by Tom Bissell (Faber & Faber (2016))

The story of Twelve Apostles is the story of early Christianity: its competing versions of Jesus’s ministry, its countless schisms, and its ultimate evolution from an obscure Jewish sect to the global faith we know today in all its forms and permutations. In his quest to understand the underpinnings of the world’s largest religion, Tom Bissell embarks on a years-long pilgrimage to the apostles’ supposed tombs, traveling from Jerusalem and Rome to Turkey, Greece, Spain, France, India, and Kyrgyzstan. Along the way, Bissell uncovers the mysterious and often paradoxical lives of these twelve men and how their identities have taken shape over the course of two millennia. Written with empathy and a rare acumen—and often extremely funny—Apostle is an intellectual, spiritual, and personal adventure fit for believers, scholars, and wanderers alike.

Purchased at UCLA Store for $6.99+tax

Acquired The Emergence of Biological Organization by Henry Quastler

Acquired The Emergence of Biological Organization by Henry Quastler (Yale Univ Press; First Edition edition (1964))

In 1964 Quastler's book The Emergence of Biological Organization was published posthumously. In 2002, Harold J. Morowitz described it as a "remarkably prescient book" which is "surprisingly contemporary in outlook". In it Quastler pioneers a theory of emergence, developing model of "a series of emergences from probionts to prokaryotes".

The work is based on lectures given by Quastler during the spring term of 1963, when he was Visiting Professor of Theoretical Biology at Yale University. In these lectures Quastler argued that the formation of single-stranded polynucleotides was well within the limits of probability of what could have occurred during the pre-biologic period of the Earth. However, he noted that polymerization of a single-stranded polymer from mononucleotides is slow, and its hydrolysis is fast; therefore in a closed system consisting only of mononucleotides and their single-stranded polymers, only a small fraction of the available molecules will be polymerized. However, a single-stranded polymer may form a double-stranded one by complementary polymerization, using a single-stranded polynucleotide as a template. Such a process is relatively fast and the resulting double-stranded polynucleotide is much more stable than the single single-stranded one since each monomer is bound not only along the sugar phosphate backbone, but also through inter-strand bonding between the bases.

The capability for self-replication, a fundamental feature of life, emerged when double-stranded polynucleotides disassociated into single-stranded ones and each of these served as a template for synthesis of a complementary strand, producing two double-stranded copies. Such a system is mutable since random changes of individual bases may occur and be propagated. Individual replicators with different nucleotide sequences may also compete with each other for nucleotide precursors. Mutations that influence the folding state of polynucleotides may affect the ratio of association of strands to dissociation and thus the ability to replicate. The folding state would also affect the stability of the molecule. These ideas were then developed to speculate on the emergence of genetic information, protein synthesis and other general features of life.

Lily E. Kay says that Quastler's works "are an illuminating example of a well reasoned epistemic quest and a curious disciplinary failure". Quastler's aspiration to create an information based biology was innovative, but his work was "plagued by problems: outdated data, unwarranted assumptions, some dubious numerology, and, most importantly, an inability to generate an experimental agenda." However Quastler's "discursive framework" survived.

Forty-five years after Quastler's 1964 proposal, Lincoln and Joyce described a cross-catalytic system that involves two RNA enzymes (ribosymes) that catalyze each other's synthesis from a total of four component substrates. This synthesis occurred in the absence of protein and could provide the basis for an artificial genetic system.

There was a single used copy in the UK for $12.49 and all the rest are $149.00+ so I snapped it up. Should be an interesting read in and of itself, but I suspect it’s got an interesting niche of the history of science covered with respect to bit history, complexity, and biological organization.

Should arrive some time between March 13 – March 25.

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Acquired Category Theory for the Sciences by David I. Spivak

Acquired Category Theory for the Sciences by David I. Spivak (The MIT Press, 1st Edition)

An introduction to category theory as a rigorous, flexible, and coherent modeling language that can be used across the sciences.

Category theory was invented in the 1940s to unify and synthesize different areas in mathematics, and it has proven remarkably successful in enabling powerful communication between disparate fields and subfields within mathematics. This book shows that category theory can be useful outside of mathematics as a rigorous, flexible, and coherent modeling language throughout the sciences. Information is inherently dynamic; the same ideas can be organized and reorganized in countless ways, and the ability to translate between such organizational structures is becoming increasingly important in the sciences. Category theory offers a unifying framework for information modeling that can facilitate the translation of knowledge between disciplines.

Written in an engaging and straightforward style, and assuming little background in mathematics, the book is rigorous but accessible to non-mathematicians. Using databases as an entry to category theory, it begins with sets and functions, then introduces the reader to notions that are fundamental in mathematics: monoids, groups, orders, and graphs―categories in disguise. After explaining the “big three” concepts of category theory―categories, functors, and natural transformations―the book covers other topics, including limits, colimits, functor categories, sheaves, monads, and operads. The book explains category theory by examples and exercises rather than focusing on theorems and proofs. It includes more than 300 exercises, with solutions.

Category Theory for the Sciences is intended to create a bridge between the vast array of mathematical concepts used by mathematicians and the models and frameworks of such scientific disciplines as computation, neuroscience, and physics.

Ordered a copy from Amazon

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Acquired In the Footsteps of King David: Revelations from an Ancient Biblical City by Yosef Garfinkel, Saar Ganor, Michael G. Hasel

Acquired In the Footsteps of King David: Revelations from an Ancient Biblical City by Yosef Garfinkel, Saar Ganor, Michael G. Hasel (Thames & Hudson; 1 edition)

The remarkable excavation of a previously unidentified city in Israel from the time of King David, shedding new light on the link between the bible and history

King David is a pivotal figure in the Bible, which tells his life story in detail and gives stirring accounts of his deeds, including the slaying of the Philistine giant Goliath and the founding of his capital in Jerusalem. But no certain archaeological finds from the period of his reign or of the kingdom he ruled over have ever been uncovered―until now.

In this groundbreaking account, the excavators of Khirbet Qeiyafa in the Valley of Elah, where the Bible says David fought Goliath, reveal how seven years of exhaustive investigation have uncovered a city dating to the time of David― the late eleventh and early tenth century BCE―surrounded by massive fortifications with impressive gates and a clear urban plan, as well as an abundance of finds that tell us much about the inhabitants. Discussing the link between the Bible, archaeology, and history In the Footsteps of King David explains the significance of these discoveries and how they shed new light on David’s kingdom. The topic is at the center of a controversy that has raged for decades, but these findings successfully challenge scholars disputing the historicity of the Bible and the chronology of the events recounted in it.

90+ illustrations

Purchased for $26.79 at Distant Land’s 30% discount/going out of business sale.

Spoils from a cow party

A few months back, I got roped into joining in on a co-op purchase of a whole cow that was estimated to come in at around 600 pounds. It was grass fed, organically raised, and was to be humanely butchered, packaged, and frozen. I made an initial $200 deposit, and this morning I paid the $290.50 balance at what was billed as a “Cow Party”.

Thirteen of the “partners” got together at 11:30am to draw lots to form a line to take turns choosing individual cuts from the cow. Though it was just one entire cow, the butcher threw in some additional tongues, testicles, and other additional offal for us to select from as well.

Here’s what was included in my 18 turns:
1.2 lb New York steak, bone in
1.0 lb New York steak, bone in
1.2 New York steak, bone in
1.4 lb Ribeye, bone in
0.5 lb top sirloin steak
0.5 lb top sirloin steak
2.4 lb bottom round roast
2.5 lb beef tritip large
0.4 lb top sirloin steak
1.9 lb beef short ribs
1.1 lb stew beef
1.1 lb stew beef
1.1 lb stew beef
1.2 lb beef cheek
1.4 lb beef oxtails
0.9 lb beef oxtails
1.4 lb beef testicles
1.3 lb beef fat

Everyone also went home with an additional box of ground beef. Mine contained 16 packages of 1lb each of ground meat as well as 2.2lbs of beef ground with heart and 0.9lbs of beef ground with liver.

This comes out to 41.6 pounds of meat in all and price of roughly $11.78 per pound.

Sadly I missed out on some nice shoulder cuts, some tongue, and I had tried to get some tripe instead of the testicles, but alas, there were apparently other menudo fans in our group.

My freezer is chock full of some serious meat for a while. Most of the cuts are fairly straightforward and I’ve already got a good idea of what I’m going to do with them. I will have to take a peek at what I ought to do for the Rocky Mountain Oysters. I’m leaning toward turning them into some delicious tacos, but I’ll take any suggestions from those who’ve done other variations before.

I do want to make an inventory of the price per pound for individual cuts versus typical markets to see how the pricing works out, as I suspect that some likely did better than others within the “lottery” system this set up. The tough part will be finding local markets that purvey this high a quality of meat for a reasonable comparison.

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