Yes, 2C-B-FLY visuals last longer than 2C-B. While 2C-B visuals typically last 4 to 6 hours, 2C-B-FLY visuals can persist for 6 to 10 hours due to slower metabolism and stronger binding to serotonin 5-HT2A receptors. Users report that 2C-B-FLY has a gradual onset, extended peak, and lingering effects—including tracers, color shifts, and geometric overlays—long after the cognitive effects fade. In contrast, 2C-B offers a quicker, more intense visual peak that tapers off rapidly. Overall, 2C-B-FLY delivers more sustained and immersive visuals per dose.

How much longer do 2C-B-FLY visuals actually last compared to 2C-B?

2C-B-FLY visuals last significantly longer than 2C-B visuals, often extending several hours beyond the visual window of 2C-B. The lengthened experience comes from both its chemical structure and slower metabolic breakdown.

• 2C-B-FLY typically lasts 6 to 10 hours, compared to 2C-B, which usually peaks and fades within 4 to 6 hours. This longer duration is consistent across many user reports and aligns with the compound’s pharmacological profile.
• Visual effects persist well into the comedown phase with 2C-B-FLY, often including mild tracers and color distortions that outlast the emotional or cognitive intensity of the trip. In contrast, 2C-B visuals drop off more quickly once the peak subsides.
• The trip trajectory of 2C-B-FLY unfolds more gradually, resulting in extended periods of patterned visuals, object morphing, and vibrant color enhancement that are experienced in smoother waves rather than sharp peaks.
• 2C-B-FLY binds longer to serotonin receptors, particularly 5-HT2A, which are heavily involved in visual processing. This longer receptor engagement extends the visual duration beyond that of 2C-B, which is metabolized and eliminated faster.
• User forums and observational data highlight the consistency of 2C-B-FLY’s extended visuals across different dosages and settings, making it a reliable choice for users seeking long-form visual immersion.
• While 2C-B visuals feel intense but short-lived, 2C-B-FLY visuals develop slowly and linger, offering a more contemplative and continuous psychedelic visual experience.
• For practical planning, expect at least 2 to 4 hours longer visual activity with 2C-B-FLY compared to 2C-B, even when both are consumed at equivalent threshold or moderate doses.

When do the visuals start and peak with 2C-B-FLY vs. 2C-B?

Understanding the onset and peak times is essential for preparation and trip scheduling. The timelines for 2C-B-FLY and 2C-B differ notably in both how quickly visuals appear and how long they sustain.

• 2C-B visuals typically begin within 45 to 75 minutes, with a rapid climb to peak effects around the 2-hour mark. Visuals often start as faint distortions before intensifying into strong geometry and shifting patterns.
• 2C-B-FLY has a slower onset, usually between 90 minutes to 2 hours, and may not reach its peak until 3 to 5 hours post-ingestion. This gradual rise often catches inexperienced users off-guard if they assume the substance isn’t working.
• The peak visual phase of 2C-B is short-lived, generally lasting from hour 2 to hour 4. After this, visuals fade quickly unless re-dosed. This makes 2C-B more suited for users looking for a concise psychedelic window.
• 2C-B-FLY maintains its peak visuals for a longer stretch—often from hour 3 through hour 7, with the intensity remaining relatively stable. Many users report that the visual plateau of 2C-B-FLY is the most visually rich part of the trip.
• 2C-B visuals decline more sharply, with many users reporting a fast shift from visuals to clarity within one hour post-peak. This “snap back” recovery is ideal for time-sensitive use.
• 2C-B-FLY visuals descend slowly, with soft tracers, light warping, and mild geometry lingering until the 8th to 10th hour. This drawn-out visual tail makes the experience feel continuous rather than abrupt.
• Peak planning matters: If you’re attending a nighttime setting, 2C-B-FLY’s long build-up may delay peak effects until late into the event. 2C-B, with its quicker rise and shorter duration, is better suited for time-limited engagements.

Do users say 2C-B-FLY visuals fade slower than 2C-B visuals?

Yes, most users observe that 2C-B-FLY visuals fade significantly slower than those of 2C-B. This difference shapes how each compound feels during the comedown and influences post-peak activities.

• 2C-B visuals tend to drop off within 1 hour after peak, with rapid normalization of vision and perception. This makes it easier to function or rest soon after the trip concludes.
• 2C-B-FLY visuals continue into the post-peak stage, lasting well into the 8th to 10th hour. Even after mental clarity returns, residual visuals like tracers, glowing edges, and slight motion perception changes persist.
• The fade-out from 2C-B-FLY is often gradual, allowing users to enjoy a slow return to baseline while still immersed in light visual phenomena. This can be grounding but may extend recovery time.
• Reports often describe 2C-B visuals as “cutting off”, while 2C-B-FLY visuals are “slowly dissolving,” reflecting the differences in metabolic clearance and receptor disengagement.
• This slow visual decline can be useful for creative sessions, especially in environments with ambient lighting or music, where the tail-end visuals continue to stimulate perception.
• 2C-B users typically feel visually sober by hour 6, while 2C-B-FLY users might still perceive distortions past hour 9, especially in dark or low-light environments where visual effects tend to linger.
• The slower visual decline in 2C-B-FLY should be factored into post-trip planning, particularly if activities such as driving or social interaction are expected.

Which one gives more hours of intense visuals—2C-B-FLY or 2C-B?

When it comes to the total hours of visually intense psychedelic activity, 2C-B-FLY clearly surpasses 2C-B. The longer plateau and extended onset create a sustained window of visual stimulation.

• 2C-B offers 2 to 3 hours of strong visuals, peaking sharply and dropping off relatively quickly. The intensity is often focused within a narrow timeframe, ideal for users with tighter schedules.
• 2C-B-FLY offers 4 to 6 hours of consistent visual intensity, including prolonged geometric effects, motion warping, and color blending. This extended duration makes it preferable for deep visual immersion.
• 2C-B’s visuals are more front-loaded, with the most intense experiences occurring soon after onset. The sharpness can be stimulating but is short-lived.
• 2C-B-FLY’s visuals build more slowly, but once established, they remain active and rich without rapid decline. This contributes to a more continuous visual arc.
• High doses of both compounds increase visual strength, but 2C-B-FLY maintains this intensity longer even as cognitive effects begin to wane.
• 2C-B users often report the need to redose to extend visuals, while 2C-B-FLY users do not, as the compound naturally sustains its effects for a longer time window.
• 2C-B-FLY visuals integrate well with closed-eye scenes, sustaining motion and form in both open- and closed-eye environments for extended periods.
• If maximizing visual duration is your goal, 2C-B-FLY offers more consistent visual returns per dose, making it the more effective compound for visual-centric journeys.

Is the visual plateau longer with 2C-B-FLY than with 2C-B?

Yes, 2C-B-FLY’s visual plateau is not only longer—it’s also smoother and more sustained compared to 2C-B. The plateau phase is when visuals are most active and stable, making it the core of the psychedelic experience.

• 2C-B-FLY’s visual plateau lasts from hour 3 to 7, with minimal fluctuations in intensity. This phase includes kaleidoscopic overlays, color blooming, and depth warping that remain consistent throughout.
• 2C-B’s visual plateau is shorter—typically from hour 2 to 4, and often begins to wane rapidly afterward. While visuals may still be present, they become less immersive.
• 2C-B-FLY’s plateau allows for extended creative engagement, as the consistent visuals make it easier to maintain focus and flow in music, art, or introspective settings.
• With 2C-B, visual stimulation can feel more pulsed or transient, appearing in waves and sometimes disappearing quickly if the environment changes or stimuli are removed.
• The longer plateau of 2C-B-FLY makes it ideal for environments like music festivals, nature trips, or extended meditative settings, where users want the experience to remain active without re-dosing.
• This plateau length reflects the compound’s slow absorption and gradual peak—a hallmark of the FLY structural variant and its stability in receptor binding.
• Both compounds offer visual plateaus, but the style differs: 2C-B feels like a sharp, colorful burst, while 2C-B-FLY delivers a drawn-out, painterly sequence of perceptual alteration.
• The smoothness of 2C-B-FLY’s plateau minimizes spikes in intensity, making the experience feel more coherent and suitable for long-form activities.

Do 2C-B-FLY visuals stay noticeable after the trip ends?

Yes, 2C-B-FLY visuals often continue beyond the active trip phase, remaining noticeable even as mental clarity returns. This prolonged residual visual activity is a defining feature of the compound and influences recovery time.

• Post-trip visuals from 2C-B-FLY can last 1 to 2 hours after the cognitive effects have faded, often including soft tracers, glowing outlines, and slow motion illusions that remain especially visible in dim environments.
• Users frequently report light warping and subtle geometric overlays well after the emotional and introspective components have ended, suggesting that the visual system remains stimulated longer than other perceptual domains.
• Closed-eye visuals (CEVs) may persist even longer, often lingering as subtle mandalas or fractal imagery during rest or meditation phases post-trip.
• By contrast, 2C-B visuals usually fade quickly alongside the comedown, with minimal aftereffects beyond 5 to 6 hours. Most users feel visually baseline shortly after cognitive recovery.
• This longer post-trip visual phase with 2C-B-FLY can extend the sense of “being in the experience,” making it more suitable for settings where users can fully unwind without urgency.
• Residual visuals do not usually interfere with motor coordination, but may still alter perception enough to make driving or high-focus tasks unsafe until fully resolved.
• Ambient lighting conditions may influence how long visuals remain visible, with darker environments amplifying lingering distortions.
• Planning for downtime after 2C-B-FLY use is essential, as visuals may remain subtle but active during the winding-down phase.

Does the stronger 5-HT2A binding in 2C-B-FLY make visuals last longer?

Yes, 2C-B-FLY’s enhanced and sustained binding to the 5-HT2A serotonin receptor is one of the primary reasons its visuals last longer than 2C-B’s. This receptor plays a central role in psychedelic visual phenomena.

• 2C-B-FLY has a longer residence time at the 5-HT2A receptor, meaning it remains active in receptor sites longer before being metabolized or displaced, directly influencing how long visuals last.
• 5-HT2A activation stimulates cortical regions responsible for visual and sensory integration, and sustained activation leads to extended visual effects such as tracers, synesthesia, and form distortion.
• In pharmacological studies, phenethylamines with additional ring structures like the FLY variant exhibit prolonged receptor activity, indicating a slower dissociation rate from binding sites compared to simpler structures like 2C-B.
• 2C-B binds effectively but clears more rapidly, leading to a sharper rise and fall in receptor activity and shorter-lived visuals.
• The stronger receptor binding in 2C-B-FLY allows for smoother and longer visual progression, contributing to its reputation for having a rich, flowing aesthetic experience.
• Sustained 5-HT2A activity in 2C-B-FLY may also influence closed-eye visual duration, as feedback loops between visual cortex and default mode networks remain engaged.
• The prolonged engagement also makes 2C-B-FLY’s effects more stable across different individuals, even when slight differences in metabolism exist.
• Ultimately, the molecular affinity and duration at the receptor site are foundational to the visual length differences, with 2C-B-FLY’s structure enabling it to act longer and more persistently.

How does the structure of 2C-B-FLY extend visual effects?

The structural design of 2C-B-FLY is what gives it the ability to last longer and produce sustained visuals. The modification from 2C-B to its “FLY” form results in greater molecular stability and altered receptor interaction.

• 2C-B-FLY includes a dihydrofuran ring fused onto the phenethylamine core, a chemical modification that transforms it into a more rigid and stable compound. This structural change slows down how quickly the body breaks it down.
• The rigidity of the FLY structure makes it less flexible, reducing the rate at which enzymes in the liver (such as monoamine oxidase) can metabolize it. This contributes directly to a slower clearance from the system.
• This fused ring also increases the molecule’s affinity for the 5-HT2A receptor, allowing it to bind more tightly and for longer durations, thus extending visual and perceptual effects.
• 2C-B, by contrast, is more flexible and metabolically accessible, which means it’s broken down more quickly by the body and results in a shorter trip.
• The FLY substitution also increases lipophilicity, allowing the molecule to penetrate the blood-brain barrier more effectively, though it does so over a longer timeframe, explaining its slower onset and longer peak.
• Because of this structure, 2C-B-FLY acts more like a hybrid between a classic phenethylamine and a tryptamine, creating visuals that are not just longer but also smoother and more rounded.
• The compound’s structural features delay both peak metabolism and peak receptor disengagement, meaning visuals persist both before and after the peak.
• This structure is common in other long-lasting analogues, like 2C-E-FLY or 2C-D-FLY, which exhibit similar visual persistence, confirming the role of the fused ring in extending effects.

Does a higher dose of 2C-B-FLY stretch the visuals more than 2C-B?

Yes, increasing the dose of 2C-B-FLY significantly extends both the duration and intensity of visuals, often more than the same increase would with 2C-B. However, the relationship is not linear, and care must be taken when adjusting dosages.

• Higher doses of 2C-B-FLY (14–20mg+) can extend the trip to 10+ hours, with visuals peaking later and remaining intense for longer stretches. The body load also increases, which can amplify stimulation and sensory overwhelm.
• At similar relative doses, 2C-B’s visuals do increase in strength, but their total duration doesn’t extend as dramatically—most strong visuals still resolve within 6 hours.
• With 2C-B-FLY, users report that visual effects reach deeper into the experience, including detailed pattern recognition, auditory-to-visual synesthesia, and immersive closed-eye scenes.
• High doses of 2C-B-FLY can cause persistent tracers and edge enhancement, even into the next morning, especially if used in dark settings.
• The visual spectrum also broadens with higher doses of 2C-B-FLY, including pulsating geometry, recursive visual loops, and morphing objects in the periphery.
• 2C-B tends to saturate visually at a certain dose, where increasing the amount intensifies emotional or somatic effects but adds less to the visual experience.
• Extended visuals from high-dose 2C-B-FLY come with increased mental intensity, making it less forgiving than 2C-B for inexperienced users.
• Always dose carefully: 2C-B-FLY’s slow onset can cause users to redose prematurely, potentially leading to unexpectedly long and overwhelming visuals.

Do visual effects from 2C-B-FLY respond differently to set and setting?

Yes, the visual experience of 2C-B-FLY is highly sensitive to environmental and psychological conditions. Because of its long and continuous action, set and setting play an even more important role than with shorter-acting psychedelics like 2C-B.

• Mood, expectation, and environment strongly shape how 2C-B-FLY visuals develop, especially since the compound takes longer to peak. A calm, aesthetically rich space allows visuals to unfold naturally.
• Light and sound have extended influence on 2C-B-FLY visuals, especially ambient lighting, textures, and music with spatial depth. These stimuli can trigger fractals, color changes, and rhythmic visual flow.
• With 2C-B, visuals can feel more reactive, spiking with changes in light or music. 2C-B-FLY, by contrast, creates visuals that are immersive and slow-evolving, enhancing the importance of a stable environment.
• Negative emotional settings can imprint on visuals more deeply with 2C-B-FLY, potentially leading to darker imagery or unsettling distortions that persist throughout the plateau.
• Open outdoor settings with natural stimuli (trees, stars, water reflections) tend to enhance 2C-B-FLY visuals, producing layered overlays, energy patterns, and organic morphing.
• Group energy also influences visuals on 2C-B-FLY, with group cohesion or tension shaping the emotional tone of the visuals over the extended experience window.
• Because the visual plateau is longer, changes in setting during the trip can either refresh or destabilize the visual experience, making consistent lighting and sensory cues preferable.
• Preparation is key: selecting appropriate music, lighting, and environment in advance ensures the visuals develop in a pleasant, controlled way throughout the longer duration of 2C-B-FLY.

Are 2C-B-FLY visuals more persistent even at low doses?

Yes, 2C-B-FLY visuals tend to remain noticeable even at low doses, often outlasting the effects of a similarly light dose of 2C-B. This makes it uniquely potent in its visual spectrum, even at threshold levels.

• Low doses of 2C-B-FLY (6–8mg) often produce soft but extended visuals, such as slight color enhancement, mild tracers, and background movement in peripheral vision, which can persist for up to 6–8 hours.
• In contrast, 2C-B at low doses (8–10mg) may only produce faint visual stimulation, such as light halos or color brightness, typically lasting no more than 3–4 hours.
• Even without a strong mental trip, 2C-B-FLY maintains visual alterations, such as texture breathing or pattern overlay, making it suitable for subtle exploration or microdosing with visual enhancement.
• Some users report that low-dose 2C-B-FLY mimics medium-dose 2C-B in visual richness, but with less intensity in physical and emotional effects, showing its visual-centric potency.
• Visuals at low doses tend to be less intrusive but surprisingly long-lasting, making it important for users to plan sufficient downtime afterward—even when no cognitive alterations are expected.
• In ambient or dim lighting, low-dose 2C-B-FLY effects become more pronounced, with walls, objects, and shadows subtly warping or pulsing, further extending the perceptual shift.
• These persistent visuals can remain even as users feel completely clear-headed, which is uncommon for most psychedelics at sub-threshold levels.
• This makes 2C-B-FLY ideal for creative, introspective, or aesthetic use, where users want to engage visual shifts without entering a full psychedelic state.

Is synesthesia or color shifting longer with 2C-B-FLY than 2C-B?

Yes, synesthesia and color shifting effects last longer and often appear more fluid and immersive with 2C-B-FLY than with 2C-B. The slower metabolic profile and stronger receptor binding play a key role in sustaining cross-sensory visuals.

• 2C-B-FLY consistently triggers prolonged synesthesia, where sounds influence visual textures and colors—such as music appearing as swirling shapes or rhythmic pulses of color across surfaces.
• These effects can last for 6 to 8 hours on 2C-B-FLY, compared to 2 to 4 hours with 2C-B, where synesthetic crossover is often shorter and less pronounced.
• Color shifting is more dynamic and vivid on 2C-B-FLY, with surfaces transitioning between hues, lights appearing warmer or cooler, and colors blending into gradients or optical illusions that persist well into the comedown.
• 2C-B tends to produce sharper, more immediate color effects, but these fade more quickly and lack the continuous layering or fluidity that 2C-B-FLY visuals exhibit.
• Users frequently describe 2C-B-FLY’s synesthesia as being “dreamlike” or “animated,” allowing extended interaction with music or environmental stimuli.
• Auditory input deeply affects the visual field under 2C-B-FLY, with rhythm, pitch, and volume triggering cascading visual patterns, often sustained for entire musical sets or natural sequences.
• Even at moderate doses, 2C-B-FLY promotes lasting synesthetic overlays, whereas 2C-B usually requires higher doses for those effects to emerge and they resolve more quickly.
• 2C-B-FLY’s unique ability to maintain sensory blending without overwhelming cognitive function makes it especially appealing for multisensory experiences such as music festivals or art immersion.

Does tolerance affect how long visuals last on 2C-B-FLY vs. 2C-B?

Tolerance does impact both compounds, but 2C-B-FLY tends to maintain visual duration better under mild tolerance than 2C-B. This means repeat use of 2C-B-FLY may still produce long-lasting visuals even if some intensity is reduced.

• Visual duration remains relatively stable with 2C-B-FLY, even if intensity drops slightly from previous use. Users still report 8 to 10-hour timelines on consecutive sessions spaced a few days apart.
• 2C-B shows a more noticeable drop in both visual intensity and duration after recent use. Visuals may peak quickly and fade in under 4 hours with diminished brightness and detail.
• 2C-B-FLY’s slower receptor binding and clearance may reduce the impact of temporary receptor downregulation, allowing sustained visuals even when serotonin systems haven’t fully reset.
• 2C-B tolerance builds faster, often requiring significant dosage increases to regain original visual intensity after repeated use, while 2C-B-FLY responds better to moderate spacing between uses.
• With weekly or biweekly use, 2C-B-FLY visuals retain more of their original structure and timeline, especially at moderate to high doses.
• Both substances still require rest periods for full visual reset, typically 7–14 days depending on frequency and dose, but 2C-B-FLY is more forgiving in maintaining duration.
• Cross-tolerance with other psychedelics (LSD, psilocybin, etc.) affects both compounds, but 2C-B-FLY tends to perform more consistently in visual duration than 2C-B under similar conditions.
• Overall, 2C-B-FLY offers a more resilient visual experience, especially for users who are not fully rested between sessions or who are managing tolerance from previous use.

How long do tracers and geometric patterns last after dosing 2C-B-FLY?

Tracers and geometric visuals from 2C-B-FLY can last up to 10 hours, often remaining visible even as emotional or physical effects diminish. These visual artifacts linger longer than those from 2C-B and are more persistent in peripheral and low-light environments.

• Tracers with 2C-B-FLY can begin around the 2-hour mark, peak at hour 4 to 6, and remain noticeable through hour 8 to 10, especially in darker environments where movement-based visuals are more pronounced.
• Geometric patterns may appear on surfaces, skin, or clouds, often repeating, rotating, or breathing in layered sequences that overlay reality with persistent fractals.
• 2C-B’s tracers are more flash-like, typically lasting from hour 1 to 4 and dropping off quickly after the peak visual phase ends.
• 2C-B-FLY tracers tend to be slower and more fluid, stretching slightly longer and leaving a more continuous trail than 2C-B’s sharper flashes.
• Patterns under 2C-B-FLY are more likely to remain when eyes are closed, with residual geometry transitioning into meditative or dreamlike sequences.
• Color saturation contributes to the visual length, as colors remain unusually bright and vivid well into the tail-end of the 2C-B-FLY experience.
• Environmental factors extend visual longevity—mirrored surfaces, dim light, and moving textures often prolong the presence of tracers and geometry on 2C-B-FLY.
• This persistence enhances artistic, meditative, and creative settings, but should be considered if the user needs to return to tasks that require clear, undistorted vision.

Which substance gives better value in terms of visual duration per dose?

2C-B-FLY gives better value when the goal is long-lasting visuals per milligram of dose. While both compounds deliver rich visuals, 2C-B-FLY sustains those effects longer, offering a broader time window for immersion.

• At moderate doses, 2C-B-FLY delivers 6 to 10 hours of visuals, compared to 4 to 6 hours with 2C-B. This provides nearly 30–40% more visual duration per unit dose.
• Even at low doses, 2C-B-FLY maintains visual strength and persistence, while 2C-B tends to produce weaker or shorter visuals unless the dose is pushed higher.
• The need for re-dosing is lower with 2C-B-FLY, as its visuals remain steady across the plateau phase without tapering rapidly, which improves cost-efficiency and planning.
• 2C-B is better for short, intense sessions, but may require more precise timing and redosing for extended engagement, which can increase consumption over time.
• 2C-B-FLY is better suited for sessions that allow for length, like nature hikes, festivals, or studio time, offering visual return without additional intake.
• In terms of milligrams-to-minutes of visual stimulation, 2C-B-FLY yields a higher visual output ratio, making it more efficient for users interested in maximizing the perceptual phase of their journey.
• Economic users may prefer 2C-B-FLY for visual exploration, especially when seeking sustained open-eye effects, depth distortion, or prolonged closed-eye immersion.
• While individual body chemistry plays a role, the average user consistently finds longer and more visually valuable experiences from 2C-B-FLY across multiple sessions.

Extended Visual Psychedelics Similar to 2C-B-FLY

For users exploring the unique and prolonged visuals of 2C-B-FLY, there are several related compounds that offer similar effects. You can buy 2C-B-FLY online to experience these visuals firsthand—characterized by flowing patterns, emotional depth, and a dreamy, ethereal tone that lasts longer than standard 2C-B.

To explore variations in color and depth, buy 2C-E-FLY online provides a more introspective and potent version of the FLY structure. It’s ideal for those wanting emotionally charged visuals that stretch for hours.

Also consider buy 2C-T-2 online, which delivers visuals with an empathogenic and tactile layer—ideal for those looking to extend their experience into both sensual and visionary realms.

Conclusion

When comparing 2C-B-FLY to 2C-B for visual duration, 2C-B-FLY consistently emerges as the longer-lasting, more immersive, and more stable psychedelic option. From onset to plateau to comedown, it offers extended visuals with less need for re-dosing, richer sensory blending, and slower fade-outs. Whether you’re dosing low or high, in solitude or social settings, 2C-B-FLY gives you more hours of dynamic visuals and depth per dose—especially suited for extended journeys and creative exploration.

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Duration and Intensity: How Do 2C-B-FLY Visuals Compare to 2C-B?

When considering longevity and visual quality, 2C-B-FLY visuals are often described as more prolonged and emotionally grounded compared to standard 2C-B. The FLY substitution creates a more complex interaction with serotonin receptors, leading to extended trips and smoother onset.

To understand the subtleties, are 4C-B visuals more subtle than 2C-B? examines another analog with lighter, softer visuals — ideal for comparing intensity and color spectrum between 2C derivatives.

Also, what kind of visual effects can I expect from 2C-B? offers a foundational reference for those new to the compound and curious about what makes 2C-B so popular in visual psychedelic spaces.

For those interested in tactile crossover, can 2C-B enhance touch and emotional intimacy? explains why 2C-B is often used for both visual artistry and sensual connection.