Liquid LSD is one type of LSD that has seen an uptick in usage over the past few years, and this trend is expected to continue. Traditional LSD is often marketed in the form of little squares of paper that are known as “blotter acid.” Liquid LSD, on the other hand, is offered in small vials or dropper bottles and is eaten by inserting drops of the liquid beneath the tongue. blotter acid is another name for traditional LSD.
The effects of traditional LSD are comparable to those of liquid LSD; however, some individuals claim that the effects of the liquid form are more strong and start to manifest themselves at an earlier stage. This is most likely attributable to the fact that liquid LSD is more quickly absorbed by the body compared to other forms of the drug, which results in effects that are both more rapid and intense.
It is essential to keep in mind, despite the precision of the dosing, that the effects of LSD are still subject to unpredictability and can be very variable from one individual to the next. The effects of the drug are not always the same for every person because of variables such as their weight, tolerance level, mood, and surrounding environment.
Even though LSD is not regarded to be physically addictive, it nonetheless has the potential to produce undesirable effects. The effects of the substance are prone to being unpredictable, and in some instances, they can lead to “bad trips,” which are characterised by feelings of anxiety, terror, or other unfavourable states of mind. The use of LSD may, in extremely rare instances, bring on preexisting psychiatric problems such as schizophrenia or depression.
LSD has been administered to patients in a variety of therapeutic settings in order to treat a wide range of disorders, including anxiety, depression, and addiction. Because of its classification as a banned substance, the application of LSD in a therapeutic setting has been restricted; nonetheless, there has been a recent uptick in interest in the possibility that it could have therapeutic applications.