Holism is a concept that emphasizes that a whole should be understood more or differently from its parts.
Holism is used to understand and explain complex systems such as the human body, ecosystem-nature, social structures, intellectual models or the divine order of the universe. These perspectives try to understand complexity not only by isolating parts but by understanding and examining the whole system. These concepts emphasize systems thinking and holistic approach, which aims to understand a broader context and solve problems. It plays an important role in many interdisciplinary fields and emphasizes the necessity of addressing something not only by analysis but also by combining it with synthesis.
Wholeness:
Holism refers to the idea that the parts of a system, organism, or concept interact with each other and, when combined, convey a greater meaning. The holistic perspective emphasizes the importance of considering something as a whole, not just its parts.
Holism:
Holism refers to a view based on the idea that a system or organism must be understood as more than or different from the sum of its parts. The term is used in many fields, particularly health, ecology, social sciences, and philosophy.
Hologram:
Holography is based on the principle of recording an object using the wave properties of light and then decoding this recording to create a real image. It is a technique based on optical principles and requires mathematical calculations and complex optical devices. They can create a three-dimensional image. This is seen as the ability of the hologram to store and transmit three-dimensional information with scientific accuracy.
Reality can be defined as the combination of the existence, qualities, and interactions of individuals and objects. It is generally a term related to the world as perceived and experienced by people. Reality also includes the differences between objective reality (objective reality) and the reality perceived by an individual (subjective reality). There are many different theories and approaches to reality in philosophical, psychological, scientific, and spiritual contexts.
Virtual Reality (VR):
Virtual reality is a technology that creates an environment that mimics the real world through computer-generated simulations. The user participates and interacts with this virtual environment through a headset, gloves, and sometimes a controller. VR is used in entertainment, education, medical, and military applications.
Augmented Reality (AR):
Augmented reality is the addition of computer-generated graphics, sound, or other sensory input over the real world. This allows the user to interact with the real world and virtual elements. .
Mixed Reality (MR):
Mixed reality is a concept that combines virtual reality and augmented reality. The user can interact with both the real world and virtual objects.
Sensory Reality (SR):
Sensory reality is a type of technology that can stimulate all of the user’s senses (sight, hearing, touch, smell, and taste) in an interactive way. This allows the user to fully feel an environment that does not exist in the real world.
Extended Reality (XR):
Extended reality is a broad concept that includes virtual reality, augmented reality, and mixed reality. XR refers to the combination of these different technologies and involves switching or merging between the real and virtual worlds.
Virtual Reality (VR) is a type of technology that transports users into a computer-generated virtual environment and allows them to interact with it. VR provides an experience in an environment that is completely separate from the real world, usually simulated by a computer. Basic features and areas of use of VR:
1. Simulation and Imagination:
The user experiences this virtual environment through vision, hearing and sometimes touch.
2. Interaction and Movement:
Users can interact and move within the virtual environment, typically through specially designed VR headsets, hand and body trackers, or controllers.
3. Full Sensory Experience:
An ideal VR experience would involve senses such as sight, hearing, touch, and sometimes even smell and taste.
4. 3D Graphics and Sound:
VR content typically includes high-quality three-dimensional graphics and impressive sound effects.
VR technology is constantly evolving, and the innovations and application diversity in this field are increasing day by day.
1. Fun and Games:
VR is one of the most well-known uses in the entertainment world.
2. Training and Simulation:
VR is used in education and simulation, providing students or professionals with the opportunity to experience real-world situations.
3. Health:
VR can be used for therapeutic purposes. There are virtual reality applications used in areas such as phobia treatment, post-traumatic stress disorder treatment and pain management.
4. Engineering and Design:
In engineering and design processes, VR is used to test and develop product prototypes in virtual environments.
5. Social Experiences:
VR allows users to come together and interact in virtual environments. Virtual concerts, meetings, etc.
A report released by the United States Environmental Protection Agency (EPA) in 2016 reveals that indoor air, such as home and workplace, is 2 to 5 times more polluted than outdoors. The main causes of this pollution are insufficient ventilation, burning of candles containing toxic substances, and room odors and chemicals mixed with air from detergents used in house cleaning.The detergents you use for cleaning not only pollute the air of your home. The waste of these detergents passes through your sink and drain pipes and mixes with water and damages many species, especially marine creatures, as part of its life cycle. The effects of these substances on almost all of the standard detergents to the nature are as follows;
Sles
Substance, known as sodium laurel ethylene oxide, is widely used in soaps and shampoos, toothpaste and household cleaning products. It provides foaming of cosmetics and cleaning products. When mixed with water, it has been found to be a toxic substance for fish and other sea creatures.
Phosphate
Phosphate, which is also used as a nutrient in fertilizers, increases the rate of nitrogen and phosphate in water when it is mixed with sea water. This causes plants such as seaweed to grow and increase much faster than normal, thus reducing the oxygen rate in the water and creating an environment that other sea creatures cannot survive.
Clorine
Chlorine, which is used as a bleach in detergents and bleaches, is one of the serious environmental threats. This substance, which is also used as a chemical weapon in the First World War, has been banned or restricted in many countries in order to protect the environment and human health. When chlorine is used in the home, it combines with respiratory tract, moisture in the larynx, throat and lungs, causing an acidic effect. Chlorine, which mixes with water as waste, interacts with other elements and minerals in the water and hosts dangerous toxic substances.
These substances, which emerged as a result of this interaction and referred to by names such as dioxins, furan and PCDD, are known as "permanent organic pollutants" since they do not stick to the soil and water and disappear for many years. Greenpeace; It qualifies dioxin, which causes diseases such as cancer and endocrine disruptions, as one of the most dangerous chemicals faced by science. Since even the effects of a small amount of chlorine mixed with air or water continue for many years, it easily reaches the soil and sea creatures and poses a threat to human life by being easily included in the food chain.