The Great Influence Of Manual Work

Being an industrial worker in the late 19th-century in America was not a simple life. Even at the best times the pay was small and the time spent at work was long in dangerous conditions. Most of the money derived in America went to the actual workforce. Women and children suffered the most however, making up the majority of the workers and only receiving a small percentage of what a man could make. Different periods of economic crises tokk the nation by storm, also breaking down the amount of wages from industrial work and increasing the total population of the unemployed.

Not all patients (or staff) are comfortable with using touch but I soon realised the boundaries with each individual patient.

In 2009, by publishing "The Case for Working with Your Hands", Matthew B. Crawford highlighted the importance of an undervalued job: trades. Workers, who require hands on work, confront many challenges that outsiders may not see.

People and other vertebrate creatures use specific tactile neurons to identify temperature, weight, and other physical jolts on the skin. These neurons are situated in the spinal segment and are associated with the skin

As the book state on page 30, “yet, when we begin to think, we risk cutting ourselves off from our sensations”, meaning, that we cannot think and hand feel the sensation at the same time. We would lose track of what we were thinking of to feel the object.

The essay "The Case for Working with Your Hands" which is taken from Matthew B. Crawford’s book "Shop Class as Soulcraft: An Inquiry Into the Value of Work", provides a great topic of discussion of supporting the middle class blue-collar economy in this era. Matthew discusses the economics of the working class and highlights the benefits in comparison to the typical nine to five office job. He breaks down the basis of each, sharing his own personal experience and utilizes his own viewpoint to build his stance towards that side. He also took a stance to prove that the systematic logic of cognitive thinking that blue collar careers are degrading and are not an ideally professionalism is actually an incorrect outdated viewpoint. In his own words "Ultimately it is enlightened self-interest, then, not a harangue about humility or public-spiritedness,

The second design exercise involved me exploring more into the possibilities of using the laser cutting technology for 3D scanning with different drawing software. In this exercise, I made a small replica of my hand doing a classical Indian dance gesture, ‘Hamsasya’. This was done by scanning my hand using a ‘structure sensor’ device in which was attached to an ipad and examined around my hand.

Eric Humphrey During the progressive era one major problem that was fixed were the working conditions. The working conditions in the 1800’s were very poor. For example one aspect that was an issue for the people was the pay. The pay was very low.

The world of work and the world of wonder are two worlds that play a prominent role in the lives of humans. In that sense they are commensurable to one another, yet at the same there there is a clear distinction between how the two worlds worlds operate that make them incommensurable. The purpose of this paper is to to argue that the world of work is incommensurable with the world of wonder in certain senses, but commensurable in others. This will be done by providing evidence from Leisure, the Basis of Culture by Josef Pieper, Aristotle’s Nicomachean Ethics, and works of Plato.

In the first nineteenth century, the class system is defined by people's background. People in the upper class like aristocrat did not have to work, and their income was from inherited land and investment. People in the middle class's salary was paid monthly, and most of them worked on the decent work such as bankers, ship owners, doctors, and teachers. Physical labour, carpenter and sailor belong to the working class and these humble occupation's salary paid daily or weekly wages. In other words, these occupations are not steady. It was unfortunately for people in the underclass, most of them were beggars, thieves and criminals and did not have work.

On this paper, the author’s use of the 5 senses was very strong when he first described his tool box. He set his paper

Although multiple studies have been conducted to study whether or not the vibrissal structures are sensitive to both outside disturbances as well as haptic touch, no conclusive evidence has been

A scientific study shows that a person with no health issues can draw lines and circles with both hands, which brings bimanual coupling from the typical movement of both solid hands. The patients without anomalous encapsulation demonstrated no bimanual coupling, as they couldn't actuate their harmed engine programs amid the bimanual assignment. However, those with AHS and adjusted encapsulation had a coupling impact for egocentric developments, proposing that typifying the inspector's hand as their own changed the sensory.

(Attention) Did you know that there are over 5,000,000 touch receptors in our skin and 3,000 of them are in the finger tips. Imagine all the endorphins being released by the slightest touch of another person.

Somatosensation is the collective sense of touch which enables us to feel our environment through the specialized receptors in our skin. While in primates, the glabrous hairless skin of the hand palm and fingers serves as sensory organ to palpate objects and obtain tactile information, rodents use their whiskers, organized in a series of rows and columns on the whisker pad located on each side of the snout (Fig.X). Rodent whiskers acquire somatosensory information by their deflection onto objects in the environment, like the digits of the human, they obtain information regarding their shape, texture and location. Somatosensation is an active process involving sensory/motor systems, where in humans a hand will press an object of interest in order to feel its textile features, the rodent macrovibrassae (whisker) will position itself in space, scanning the environment in a series of timed protractions and retractions cycles (5-10Hz). The interruption of the whisking cycle caused by the contact of a whisker onto an object provide the necessary spatio-temporal information for the construction of a sensory percept. A whisker touch contains numerous information carried out by the amplitude of the whisker deflection, the direction, duration, accelation/decelaration on contact, frequency of the contact, force along the axial shaft and resonance frequency of the whisker.