Resources
Transform your space, transform your sound.
Acoustic Interior in short
Our acoustic conference room is fully equipped with all the necessary amenities to make your event a success. We offer high-speed internet access, audio and video equipment, and comfortable seating for up to 20 guests. The room is also soundproof, ensuring that your discussions remain private and uninterrupted.
Biophilic Design
Biophilic design is an approach to architecture that seeks to connect people to nature and the natural world. It is based on the idea that humans have an innate connection to nature, and that incorporating natural elements into design can have positive impact on people’s physical, mental, and emotional health. Biophilic design incorporates elements such as natural lights, plants, and views of nature into the built environment, as well as materials and colours inspired by nature. Additionally, biophilic design seeks to create spaces that are comfortable and inviting, while also promoting health and well-being. By creating spaces that are both aesthetically pleasing and beneficial to people’s health, biophilic design can help create a more sustainable and liveable environment.
“Design for Harmony; bringing nature and design together with biophilic design.”
Epigenetics
Epigenetics is the study of how genetic information is expressed over tie and in different environments. It examines how gene expression can be altered by factors such as nutrition, lifestyle, exposure to toxins or physical trauma, or even psychological stress. In short, epigenetics is the study of how the environment can influence our genes.
The impact of epigenetics on human health is vast and far-reaching. For instance, epigenetic effects can potentially lead to long-term changes in gene expression that can cause certain traits or conditions to become more prevalent in individuals. These changes can result in several diseases, including cancer, diabetes, heart disease, and mental illnesses. Additionally, epigenetics can affect a person’s ability to adapt to their environment; poor environmental conditions can lead to changes in gene expression that adversely impact individual health. Finally, epigenetics may also have implications for hereditary diseases, as some epigenetic changes can be passed down through generations.
Overall, epigenetics provides a valuable insight into how environmental factors can influence our genes, and how these changes may have profound effects on an individual’s health. By understanding these impacts, researchers can better understand the underlying causes of diseases and develop strategies for prevention, management, and treatment.
Implementing epigenetics in a room
Epigenetic techniques offer a simple and efficient way to transform any room into a cosier, more inviting space. By introducing elements of epigenetics, you can create an atmosphere that is both cozy and full of life.
A great way to incorporate epigenetics into any room is by adding living plants. Plants bring a room to life and are known for releasing calming compounds. From large trees and vines to succulents, plants can provide a great centrepiece for any room.
Another way to introduce epigenetics is by adding some texture and colour to your space. From pillows and throws to wall-hangings and rugs, incorporating layers of texture can help create a calming atmosphere. Choosing colors that are associated with nature can also be beneficial, as they’re known to be calming and relaxing.
Finally, adding sensory elements, such as candles or diffusers, can help to bring all the elements of epigenetics together. The scent of the candles or oils can help to further relax the atmosphere and further encourage relaxation and peacefulness.
By implementing the tools of epigenetics into a space, you can quickly create an atmosphere that is inviting, one that encourages relaxation and encourages one to reconnect with nature.
Polyvagal Theory
The polyvagal theory is a biological theory that explains how our behaviour and physiology are influenced by the activity of the autonomic nervous system. The theory postulates that the nervous system has two branches:
1. The sympathetic branch which is involved in the “fight or flight” response.
2. The parasympathetic branch which is used in the “rest and digest” state.
The polyvagal theory states that the two branches have different anatomical pathways within the body. The sympathetic branch operates primarily through the thoracic spinal cord while the parasympathetic branch is primarily cranial. The theory proposes that the way the two branches interact is central to affective and social behaviours. The theory suggests that when the body perceives threat, it will activate the sympathetic branch to produce a “fight or flight” response. If the threat continues, then the body will activate the parasympathetic branch to suppress activity and inhibit social engagement. Alternatively, if the body perceives safety, then the parasympathetic branch takes over and the body can engage in social behaviour.
The polyvagal theory is important to understand how behaviour and physiology are influenced by the autonomic nervous system and how our environment shapes our internal experience.
Creating a space according to the polyvagal theory
The polyvagal theory, developed by Steven Porges, is based on the study of the autonomic nervous system, which controls bodily functions such as heart rate and digestion.
In the PT, the body and the environment are seen as interconnected systems, meaning that what the person feels and experiences in their environment influences how the autonomic nervous system functions.
Designing a room according to the PT means creating a space that feels safe and allows for ease and relaxation. Comfort should be a priority when designing according to the PT, as this will create a sense of security, which will in turn help the autonomic nervous system settle into a resting state.
Colours should be soft and neutral, making the space calming and inviting. If a more stimulating design is desired, use pops of colour, but strive for balance so that the space doesn’t become overwhelming.
Furniture should provide easy seating options and plenty of comfort. Choose fabrics and materials that won’t create an itching or prickly sensation when touched. Picks items that allow air flow, such as natural fibres.
The space should also have a low lighting level and provide plenty of windows and sources of light. Embrace natural light and let it flood the space. Use blinds or curtains to adjust the amount of light coming into the room. Invest in task lighting to provide focused lighting and create a peaceful atmosphere.
Include items like plants and art in the room. Adding live green elements is especially important, as these help to reduce air pollution and also positively influence a person’t emotional state.
Finally, include some calming music or minimal background noise to give the room a softer, more comfortable atmosphere.
Alpha Status
The alpha frequency is generally between 7.83 and 14 Hertz and is the resting state of the brain when it is in its most optimal performance.
Hertz
Hertz (Hz) is a unit of frequency. It is not possible to measure the Hertz in a room, as a room is an enclosed space and does not necessarily have a single frequency. However, it is possible to measure the frequency of sound waves inside a room by using an audio frequency analyser. This device works by listening to sound waves within a room and breaking them down into their individual frequency components.
It depends on the type of room and its size, what the optimal sound waves in a room are. A room should be treated with sound-absorbing materials in order to create an optimal acoustic environment. Bass frequencies are best controlled by using absorptive bass traps or broadband absorbers, and the higher frequencies should be diffused.
When you enter a room that is acoustically treated, you will typically notice that the sound is clear and balanced throughout the space. There won’t be any echoes or reverberations, and you will find that the sound quality is enhanced.
Advantages
An acoustically treated room can have many benefits to the people within it. For instance, rooms that are well-treated can provide a cleaner sound, improved clarity and balance for music, better vocal intelligibility for meetings and conferences, reduction of sound reverberation time, and increased general listening pleasure. Acoustic treatments help to reduce unwanted background noise and create a more relaxed atmosphere by reducing sound echoes and controlling where sound is directed. Additionally, acoustic treatments are designed to enhance the sonic environment of a space, preventing audio from becoming distorted or unreliable. All in all, an acoustically treated room is an invaluable asset for anyone looking to improve their listening and recording experiences.
Tesla
Tesla was passionate about acoustics and often wrote about the importance of sound waves in creating a pleasing ambiance. He believed that the right combination of acoustic elements could greatly enhance the aesthetics of any room. He developed many designs to achieve this goal, often incorporating natural elements such as plants, stone, and wood.