The Atheistic Problem of Good

The purpose of this work is to bring attention to goods in philosophical and theological circles. More precisely this thesis argues for the atheistic problem of good. The problem of good comes as a byproduct of the problem of evil. The argument seeks to show that if the atheist insists on holding to an understanding that evil exists and is problematic for theism, then the same can be stated in the reverse. The atheist will need to deal with their problem of good because if evil exists, necessarily so does good, in at least the same abundance as evils. The argument inferred by first bringing attention to the problem of evil and the responses that have successfully blunted such charges against the theist. Leaving the atheist to defend their position against theism by maintaining their view and accepting their problem of good or abandoning the problem of evil; something that they are not willing to do. Finally, the work will express a view, “The Compass Effect” that argues a theistic solution to both goods and evils found in the world

Seasonally Frozen Soil Effects on the Seismic Performance of Highway Bridges

INE/AUTC 12.0

Nanomedicine Targets Cancer

Viewing each human body as a system of interacting molecular networks and targeting disruptions in the system with nanoscale technologies can transform how disease is understood, attacked and possibly prevented

GENDER DIFFERENCES IN CAREERS AND SALARY FOR AGRIBUSINESS GRADUATES: A CASE STUDY

This research shows that differences exist in careers and salaries based on gender for the graduates of the California Polytechnic State University Agribusiness Department, although the graduates acquire the same education level. This research is based on data that was collected through the use of a survey instrument with a sample size of 1151.Labor and Human Capital,

[C7GC4]4 Association into supra molecular i-motif structures

The self-associative properties of cytidine-rich oligonucleotides into symmetrical i-motif tetramers give to these oligonucleotides the capacity of forming supramolecular structures (sms) that have potential applications in the nanotechnology domain. In order to facilitate sms formation, oligonucleotides containing two cytidine stretches of unequal length (CnXCm) separated by a non-cytidine spacer were synthesized. They were designed to associate into a tetramer including an i-motif core built by intercalation of the C·C+ pairs of the longer C stretch with the two dangling non-intercalated strands of the shorter C stretch at each end. Gel filtration chromatography shows that the non-intercalated C-rich ends give to this structure the capacity of forming extremely stable sms. Using C7GC4 as a model, we find that the sms formation rate varies as the oligonucleotide concentration and increases at high temperature. Competitively with the tetramer involved in sms elongation, CnXCm oligonucleotides form i-motif dimers that compete with sms elongation. The dimer stability is strongly reduced when the pH is moved away from the cytidine pK. This results in an equilibrium shift towards the tetramer and in the acceleration of the sms formation rate. The chromatograms of the sms formed by C7GC4 indicate a broad distribution. In a 1.5 mM solution incubated at 37°C, the equilibrium distribution is centered on a molecular weight corresponding to the assembly of nine tetramers and the upper limit corresponds to 80 tetramers. The lifetime of this structure is about 4 days at 40°C, pH 4.6

Age, growth and preliminary estimates of maturity of bigeye tuna, Thunnus obesus, in the Australian region

Biological parameters such as age, growth and age (or size) at maturity are vital for accurate stock assessments and management plans to ensure that fisheries develop sustainably. Despite this, very few validated age studies have been conducted for large tropical pelagic species within the Australian region. Age and growth parameters were estimated for bigeye tuna, Thunnus obesus (Lowe, 1839), sampled from longline fisheries in the Australian region using validated techniques based on counts of annual increments. Poor increment clarity reduced the number of otoliths included in the final analysis to only 50% of the 3200 selected for reading (39–178-cm fork length). Microincrement analysis confirmed the position of the first two annual increments in these otoliths. A maximum age of 16 years was obtained, but over 80% of fish in the Australian catch were <5 years old. Growth is most rapid in the first few years of life and asymptotic length is reached at about age 9 to 10 years. The von Bertalanffy growth parameters were estimated at L∞ = 169.09, k = 0.238, and to = –1.706 for the south-west Pacific Ocean and L∞ = 178.41, k = 0.176, and to = –2.500 for the eastern Indian Ocean. These parameters were significantly different, suggesting that there is little mixing between populations in the Pacific and Indian Oceans. Length at 50% maturity for females sampled in northern Queensland was estimated to be 102.4-cm fork length