Description

Liquid LSD

 

Liquid LSD, or Lysergic Acid Diethylamide, is a potent hallucinogenic chemical that takes the form of a colorless and odorless liquid. This mysterious substance is often transformed into what is commonly known as LSD ‘acid tabs.’ Sometimes, it finds its way onto food items like sugar cubes, which are then ingested. And in case you’ve ever wondered, “What does LSD stand for?” – it’s an abbreviation for lysergic acid diethylamide, a tongue-twisting name indeed.

How to Administer Liquid LSD

Frequent users of LSD often favor the liquid form due to its longevity when stored correctly, rapid absorption, and ease of precise dosing.

Before You Begin: It’s advisable to have a light meal in your stomach before taking LSD, but avoid tap water. Chlorine and other chemicals in municipal water can destroy LSD upon contact. Even bottled water may contain such chemicals, so it’s best to abstain from drinking water for about an hour before embarking on your journey.

The simplest method for taking liquid LSD is to place a drop onto a sugar cube or onto a spoon, then hold it in your mouth for as long as possible to facilitate absorption through the skin. Sublingual absorption under the tongue is ideal as it negates the need to worry about having food in your stomach, which might slow down absorption. Moreover, it eliminates the risk of ingesting chlorinated water that could ruin the LSD.

When applying liquid LSD, avoid putting it directly from the bottle into your mouth, as drops can be deceptively challenging to discern. Dispensing onto a medium like a sugar cube or spoon minimizes the margin for error. It’s wise to have at least two people present when distributing a dose, especially if re-dosing while under the influence.

Be cautious about choosing a surface for dispensing; it should be neither too small nor completely non-absorbent, as drops may run off.

When dispensing liquid LSD, maintain a vertical orientation of the bottle, squeezing it gently and slowly to ensure uniform drop sizes.

If you plan to split a dose, refer to our guide on “Volumetric Dosing of LSD and Splitting LSD Doses.”

Lsd Liquid

Unveiling the Intricacies of Liquid LSD

The information above provides practical insights into the administration of liquid LSD. However, for those who desire a comprehensive understanding of LSD dosing, read on.

The Science Behind Liquid LSD Dosing

Liquid LSD drops do not adhere to a standard potency. A single drop typically ranges from 75 micrograms (ugs) to 300 ugs but could be lower or higher. The potency of each drop is determined by the manufacturer, who controls the ratio of crystalline LSD to the alcohol/water solvent in use. For instance, if a manufacturer aims for a 125 ug dose per drop and assumes that a standard dropper bottle dispenses 0.05 ml per LSD drop (a commonly accepted assumption), they must mix a concentration of 125 ugs of LSD per 0.05 ml of the final solution.

In preparing 10,000 drops, one would require 1,250,000 ugs of LSD and sufficient solvent to create 500 ml of the final liquid. In this solution, each 0.05 ml drop contains precisely 125 ugs of LSD. (As a side note, the density of LSD is approximately 1.2 g/cm³. To produce 500 ml of LSD solution with 1.25 grams of LSD, you would need approximately 442 ml of solvent.)

The key takeaway is that each 0.05 ml drop of solution from a dropper bottle consists of a specified quantity of LSD and the remainder is an inert solvent. The strength of the LSD dose can be altered by adjusting the ratio of LSD to solvent in the solution.

To achieve the desired dose, two conditions must be met:

1. The LSD solution must have the intended concentration (e.g., 125 ug per 0.05 ml).
2. The dispensing device must consistently deliver the desired liquid volume (e.g., 0.05 ml per drop).

Is Lsd a Liquid?

Precision vs. Accuracy

When discussing methods for dispensing liquids, such as a dropper bottle, “accuracy” pertains to consistently achieving the intended liquid volume on average. For example, if a 0.05 ml drop is desired, but a dropper yields five drops, each measuring 0.03, 0.04, 0.05, 0.06, and 0.07 ml, respectively, the average remains at exactly 0.05 ml. In this case, the dropper is considered accurate.

“Precision” involves consistently delivering the same liquid volume each time, irrespective of whether it matches the intended amount. For instance, if the dropper in the example yields varying drop sizes, it lacks precision but remains accurate.

Ideally, we aim for our LSD dose to consistently match the desired amount, making it both accurately and precisely dosed. If the LSD solution is correctly prepared so that each 0.05 ml drop contains 150 ugs of LSD, the dose aligns with our intentions and exhibits both accuracy and precision.

Delving into LSD Dosing

Erowid and other sources offer the following dosage guidance:

• Light Dose: 20 – 75 ug
• Common Dose: 50 – 150 ug
• Strong Dose: 150 – 400 ug
• Heavy Dose: 400+ ug

These ranges are broad, and the descriptions are vague, offering minimal information as a starting point for new users. However, once a user has experienced a precisely measured trip, they establish a “baseline trip.” They may remain unaware of the actual amount of LSD ingested but become familiar with the volume of liquid consumed. This knowledge allows them to adjust their dose up or down to achieve a more or less intense LSD experience.

In essence, knowing the exact amount of LSD ingested becomes irrelevant after the initial trip. What matters is the dose in comparison to previous experiences.

Hence, precise dosing requires maintaining a consistent LSD concentration and accurately measuring the liquid dose.

Ensuring Consistency in LSD Concentration

Two approaches ensure a consistent LSD concentration when dealing with liquid LSD:

1. Storing Large Quantities: One can purchase a significant quantity of liquid LSD and take every precaution to prevent degradation over time. Properly stored liquid LSD tends to remain stable even over extended periods. However, possessing a substantial number of doses may have legal implications in some regions.
2. Reliable Sources: Finding a trustworthy source for liquid LSD is another viable method. Confirm with the source that their LSD solution preparation methodology remains consistent over time.

Both approaches have their advantages and disadvantages, but either can yield effective results. Properly stored liquid LSD, kept in a dark glass bottle at room temperature, is unlikely to significantly degrade over many years. Some users have reported storing a bottle for over five years without observing notable changes in efficacy.

Measuring Precision in Dosing

Liquid LSD often comes in dropper bottles, with each drop corresponding to a specific dosage. The critical question revolves around whether these dropper bottles consistently deliver the intended liquid volume.

Scientific examinations of medical-grade dropper bottles, particularly regarding the administration of glaucoma medication, shed light on the subject. These studies indicate that dropper bottles exhibit variations of up to 25% between the largest and smallest drop