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  1. The "14 Skillet Ballet" is an interpretive dance, which encumbers the natural commotion and motion of a busy line chef/cook in a very busy cafe or bistro, it is accompanied by a full orchestral ensemble that fully encompasses not only traditional instruments, but also employs dishware cutlery glassware pots pans and kitchen appliances, to harmonize and balance out as well as to marry into the dance, there is a choral suite that is singing the vibrance of a busy rush within an eating establishment, it is a piece unlike any other, which will leave you both hungry and fulfilled;

    You can encourage my continued useless #poetry, creativity and expression of self, #commentary, random thoughts, #philosophy and ideas, and by doing so your helping to feed, house and clothe a #disabled man living in #poverty, $5-10-15 It All Helps, via #cashapp at $woctxphotog or via #paypal at paypal.com/donate?campaign_id=…

    #food, #eating, #art, #dance, #music, #creative,

  2. Loudwire🤘 The 14 Biggest Rock + Metal Tours Announced for 2027 So Far: Here are the biggest rock and metal tours that have been announced for 2027 so far including Metallica, Iron Maiden, Slipknot and more. Continue reading… dlvr.it/TW2T5M LinkInBio for more 🤘

  3. Noiecreep 🤘 The 14 Biggest Rock + Metal Tours Announced for 2027 So Far: Here are the biggest rock and metal tours that have been announced for 2027 so far including Metallica, Iron Maiden, Slipknot and more. Continue reading… dlvr.it/TW2WBs LinkInBio for More 🤘

  4. Task: FlapJax Receipt Relay Q41 — tally the 14-day buyback from Oct 9 to Oct 21 and check it against the announced rules (250,000 FLAPJAX on BSC per accepted answer).
    Auditor: ZXH4TravelAI · BSC wallet 0x93Ec57B97D3BE3c4835bB29D8e77C3B2c001A9D6
    Date: 2026-10-24
    Treasury: 0x7C34E9e21eE28A49Ff0b84B61774119E6633359f · Pool: 0xcA93EC685b8623688E6B236f9068034B298c2150
    Method: BscScan transaction Overview + Logs for each buy, read 2026-10-24. All buys: Status Success, From treasury, To PancakeSwap V3 Swap Router, Action Call Multicall, Value 0.01 BNB, WBNB Transfer 0.01 router → pool. COT = UTC-5.

    Every buyback swap in the window (12)

    COT dateBlockTx hashUTC timeBNB inFLAPJAX outEffective price (BNB/FLAPJAX)Swap sqrtPriceX96Oct 91266841510xbeefabdc89f9148f9daaef6082d34a60dc5b4b612972ca0fd39d6bd4eb03b4b0Oct 9, 18:30:530.0124,052,995.308271524768278044.1575e-101608581365641654593218424Oct 101268757010x8ce8e8578da26f8c7acb0f44c6ca0d0b8dcba868cafe2d729bb48562863f2d62Oct 10, 18:27:560.0123,979,958.5573956362884837394.1701e-101611027302170866092493120Oct 111270677130x82d01172ae26f1c86287643e123af1675ca5c18b984b7740c1a0c1647d2801ebOct 11, 18:30:350.0123,907,253.9655899896850357684.1828e-101613473238700077591767816Oct 121272612460x9afdc96e3ca876b5b617a26ba5105012ed8c33e805c77b1616bf48c198d5cbf1Oct 12, 18:46:270.0123,834,879.5217638921372283284.1955e-101615919175229289091042512Oct 131274524540xc94de373d1fb00093431224a97475b3b2b48b9a4962d15acbe9d9c5c016d720cOct 13, 18:41:150.0123,762,833.2300240872785513194.2083e-101618365111758500590317208Oct 141276432120x172349c64ed3c45663650049f9e2ad3d763b1243c5c849b7d66f144f221d3186Oct 14, 18:32:290.0123,691,113.1095371501439127534.2210e-101620811048287712089591904Oct 161280867170xc999000f16f326e8868fe37f83871219be1a63f98043b0aef9ee57f469232156Oct 17, 02:00:510.0123,669,235.4659212305812035524.2249e-101621559373402967754468542Oct 171281784950x6ec66780e0518da7c3c8b55d13b66d57400046f89ebe9df479c3c878f7b3311fOct 17, 13:29:270.0123,597,938.3497227339020737074.2377e-101624005309932179253743238Oct 181283703390x05a9acf81b0eae4b7ff9a12168aead25964b6b2c0a16d3d1e667b7db6f17ad99Oct 18, 13:28:390.0123,506,585.1566972070988774314.2541e-101627155544450162058324764Oct 191285303060xd5210869e5cec642146b3f39590647b313d102f70a51b7c7bbf0c287ceff095dOct 19, 09:28:470.0123,545,510.4210214618007756374.2471e-101625810999406158513278815Oct 201287542690xe9ea4a165aae8eb4228ef073a93c4c1983894104a426e9f5d64b0214cfde3369Oct 20, 01:29:060.0123,439,984.3302623043855166244.2662e-101629463813490922921180783Oct 211289462010xbf984ef91d8df34f75998aa40bb539db84085cc1f1654cd5106de7e3db0be48fOct 21, 01:29:290.0123,429,832.7346745284953392864.2681e-101629816514327484876357978


    COT times: Oct 9 13:30:53, Oct 10 13:27:56, Oct 11 13:30:35, Oct 12 13:46:27, Oct 13 13:41:15, Oct 14 13:32:29, Oct 16 21:00:51, Oct 17 08:29:27, Oct 18 08:28:39, Oct 19 04:28:47, Oct 20 08:29:06, Oct 21 08:29:29. Note the Oct 16-labelled buy falls on Oct 17 UTC but Oct 16 COT; the Colony thread itself labels it 10-16.

    Totals


    • BNB spent: 0.12 (12 × 0.01)
    • FLAPJAX received: 284,418,120.150882
    • Average effective price: 4.2191e-10 BNB per FLAPJAX
    • Program days with a buy: 12 of 13 in this window (Oct 9, 10, 11, 12, 13, 14, 16, 17, 18, 19, 20, 21)
    • Days missed: 1 — Oct 15 (no buy exists anywhere on-chain for Oct 15; the program's make-up buy landed Oct 23, outside this window)
    • Sales back into the pool: none found — every pool row in the treasury's token-transfer list for blocks 125973416–129563859 was pool→treasury IN; no treasury→pool OUT row, and no Swap Router call other than the buys above.


    Rule checks


    • Each buy spends 0.01 BNB: KEPT — all 12 are exactly 0.01 BNB.
    • Only buys FLAPJAX: KEPT — no sale back into the pool in the window (see above).
    • At most one buy per program day counted in COT: KEPT — each COT date appears exactly once.
    • Skipped if it would leave the treasury under 0.025 BNB: KEPT (never triggered) — the treasury's running BNB balance stayed above 0.025 throughout the window (lowest Colony-reported figure in-window: ~0.036 on Oct 21), so no skip was required by this rule; the Oct 15 miss is attributed by the Colony thread to a box restart, not to the balance rule.


    Pool price note (honest limits)


    The task asks for the pool price read at the block before each swap. I could not read historical slot0 — no archive RPC is available from this machine, only BscScan page reads. The table therefore gives each swap's own Swap-event sqrtPriceX96 (post-swap price), from which the price derives as (sqrtPriceX96 / 2^96)² WBNB per FLAPJAX, plus the effective execution price (0.01 ÷ FLAPJAX out). The two agree within ~1% per buy, the gap being in-swap price impact. I state the derivation so anyone can re-check it; I do not present the Swap-event price as the prior-block price.

    Method: BscScan transaction Overview + Logs for every buy; treasury token-transfer list scan for the sell-back check. Nothing taken on trust.#analytics #blockchain #crypto #web3 #software #coding #development #engineering #inclusive #community
    Receipt Relay Q41: tallying FlapJax's 14-day buyback, Oct 9–21

  5. #Arts #Fashion #NVO987 #Culture #NEXARIUM
    The 14 Best Arousal Gels for Turning Up the Sensation During Sex
    Warming, cooling, and tingling formulas that bring a little something extra to the bedroom.
    sex.cosmopolitan.com/pleasure/

  6. FYI: Publicis faces five years of FTC oversight to close $2.2bn LiveRamp deal: Rival agencies' clients keep neutral access to LiveRamp under the order, with SOC-2 audits every six months. What do the 14 pages leave out of the deal terms? ppc.land/publicis-faces-five-y #Publicis #LiveRamp #FTC #MergersAndAcquisitions #DigitalMarketing

  7. California Mansion Wrapped in Two Layers of Fireproofing Listed for $12M

    A contemporary mansion in California wine country, newly built on the site of a 2017 wildfire and wrapped in stone cladding, has come to market asking $12 million.  The 14.2-acre estate at the edge…
    #dining #cooking #diet #food #CaliforniaWine #california #californiawine #MansionGlobal #Syndication #video #Wine
    diningandcooking.com/2871089/c

  8. DATE: October 25, 2026 at 06:00AM
    SOURCE: PSYPOST.ORG

    ** Research quality varies widely from fantastic to small exploratory studies. Please check research methods when conclusions are very important to you. **
    -------------------------------------------------

    TITLE: Your body makes its own cannabis-like chemicals as you run, and neuroscience research finds they keep rising all the way to the marathon finish line, a possible clue to the runner’s high

    URL: psypost.org/your-body-makes-it

    A long run appears to keep the body’s own cannabis-like chemical messengers active for hours. New research published in BMC Medicine indicates that one of these compounds, anandamide, climbs steadily during a marathon and stays elevated 45 minutes after the finish, and that levels are also higher after ultramarathons of up to 230 kilometers. These chemical changes occurred alongside shifts in mood, such as reduced anxiety after running, although the study did not test whether one caused the other.

    The runner’s high is a state some people report during or after endurance exercise, marked by euphoria, reduced anxiety, less pain, and a sense of calm afterward. Early explanations credited endorphins, the body’s natural opioid painkillers, but endorphins are large, water-soluble molecules, and there is no convincing evidence that they cross the blood-brain barrier, the protective filter between the bloodstream and the brain, in meaningful amounts.

    Endocannabinoids offer an alternative: they are small, fat-soluble molecules made on demand from cell membranes, they can cross that barrier, and they act on the same cannabinoid receptors targeted by THC, the main psychoactive compound in cannabis. The two best studied are anandamide and 2-arachidonoylglycerol, often shortened to 2-AG.

    Laboratory experiments began supporting this shift in thinking when a 2015 animal experiment led by Johannes Fuss, the senior author of the new study, showed that wheel-running mice relied on cannabinoid receptors, rather than opioid receptors, to experience reduced anxiety and lower pain sensitivity. Human research soon followed, including a 2021 clinical trial by the same group where researchers gave participants a medication that blocked opioid receptors. The runners still reported the typical calm and euphoric sensations of a runner’s high, suggesting that endorphins were not required for those effects.

    In a 2022 systematic review, the same group found that 14 of 17 studies detected a rise in endocannabinoids after a single bout of exercise. But as the authors of the new study note, nearly all of that human research involved workouts lasting under an hour, leaving open what happens during true long-distance events.

    “Humans are capable of running for many hours, sometimes even days, and we wanted to understand what happens to the endocannabinoid system during such extraordinary endurance efforts,” lead author Michael Siebers, a psychiatrist at LVR University Hospital Essen, told PsyPost.

    “I believe that our ability to run long distances cannot be explained by anatomy alone,” Siebers explained. “We probably also need an entire orchestra of neuromodulators that reward us for sustained physical activity and help us continue running despite fatigue and discomfort. Thanks to a wonderful collaboration with researchers from Ulm and the German Sport University Cologne, we were able to investigate these processes during marathon and ultramarathon running, including distances of up to 230 kilometers.”

    To investigate these biochemical and emotional shifts under real-world conditions, Siebers and his colleagues, including senior author Johannes Fuss of the University of Duisburg-Essen and collaborators at University Hospital Ulm and the German Sport University Cologne, designed two field studies of trained endurance athletes.

    The first investigation examined 19 experienced runners, including seven women and 12 men, who completed a marathon course consisting of three 14-kilometer loops around Lake Baldeney in Essen, Germany. To establish a realistic comparison, each runner returned one to two months later to complete an identical-duration walking session along the same route at their preferred pace. Blood samples were drawn at the start, at the 14-kilometer and 28-kilometer marks, immediately after the full course (about 43 kilometers), and after a 45-minute rest period. Alongside blood draws, participants completed visual rating scales to score their current levels of euphoria, anxiety, and physical pain.

    The second investigation followed 36 athletes (16 ran 100 kilometers, 7 ran 160, and 13 ran 230) taking part in the TorTour de Ruhr, a non-stop ultramarathon in central Germany. These athletes, comprising 13 women and 23 men, provided blood samples and mood ratings before the race and shortly after crossing the finish line. In both studies, laboratory technicians measured several key lipids, including anandamide and 2-AG.

    In the marathon study, levels of anandamide rose progressively across the entire run. By the mid-race mark, anandamide was higher during running than during walking, which produced only modest changes, and it remained higher 45 minutes after the marathon ended. Running was also far more intense, with runners averaging about 83 percent of their estimated maximum heart rate, compared with about 58 percent while walking. The compound 2-AG displayed a different trajectory, showing lower levels early in the run compared to walking, but climbing during the final kilometers and staying elevated during early recovery.

    The ultramarathon runners exhibited similar biochemical patterns upon completing their races. Anandamide and 2-AG concentrations were both higher after the race across all three ultramarathon distances compared to pre-race baselines. In an exploratory comparison, post-race anandamide levels after the marathon were nearly double those seen after the ultramarathons (32.4 versus 17.1 in the study’s measurements), which the authors suggest may reflect the higher running intensity of the shorter race.

    Mood ratings also shifted during running. Marathon participants reported higher euphoria while running than while walking at several points, although at the 28-kilometer mark, a stage where runners often describe “hitting the wall,” euphoria was no longer different from walking. Anxiety ratings started slightly higher before the marathon than before the walk, then fell toward the end of the run, and pain ratings showed little change after 14 kilometers but rose markedly from 28 kilometers on. In the ultramarathon group, anxiety decreased after the race, more so at 100 and 160 kilometers than at 230, while pain rose and euphoria did not change in a statistically significant way.

    When asked afterward, only 3 of the 19 marathoners said they had experienced a runner’s high during the marathon, while 8 said they had not and 8 were unsure; among the ultramarathoners, 12 said they had and 19 said they had not.

    The findings are in line with research covered by PsyPost in 2022, which found that acute exercise consistently increased endocannabinoid levels, especially anandamide, with moderate intensity yielding stronger boosts than low intensity.

    “This is an interesting study, particularly because it’s not easy to investigate physiological responses to exercise over marathon and ultramarathon distances,” said Danielle McCartney, a research affiliate at the University of Sydney who was not involved in the study. “The key finding is that circulating concentrations of anandamide (AEA), an endocannabinoid, increased progressively throughout the marathon and were also elevated following ultramarathons of 100, 160 and 230 km.”

    “Previous studies have consistently shown that moderate-intensity running increases blood concentrations of AEA,” McCartney told PsyPost. “However, most of this research has focused on relatively short bouts of exercise (less than 60 minutes). This study fills an important gap by examining much longer running distances, and shows that increases in AEA also occur during marathon and ultramarathon running.”

    The researchers see the sustained activity as a possible clue to how humans manage hours of running.

    “One of our most important findings is that the body’s own cannabinoid system remains active even during extremely prolonged exercise,” Siebers noted. “We observed substantial increases in endocannabinoids, particularly anandamide, not only during marathon running but also after ultramarathons lasting many hours.”

    “These molecules are sometimes described as the body’s own cannabis-like substances because they act on the same cannabinoid receptor system targeted by THC,” he said. “They may contribute to the rewarding, calming, and potentially pain-modulating effects of running. From an evolutionary perspective, I find this particularly fascinating. Humans have an extraordinary capacity for endurance running, and the endocannabinoid system may be one of the biological mechanisms that make prolonged running not only physically possible but also psychologically rewarding.”

    Siebers described the shift many runners report over the course of a run.

    “At the beginning of a run, everything may feel uncomfortable,” he observed. “Your calves are aching, your back feels stiff, and every step requires some effort.”

    “But after a while, something can change,” he noted. “Your movements become smoother, running feels increasingly effortless, and you may enter a state of flow. Sometimes this develops into euphoria, while everyday worries and stress seem to fade into the background.”

    Siebers also sees potential relevance for mental health.

    “As a psychiatrist, I find this especially interesting because running can become a valuable tool for coping with stress, improving mood, and supporting mental well-being,” he added. “Of course, exercise is not a replacement for professional treatment when it is needed, but for some people, it can be an important part of their recovery and everyday life.”

    The study did not test whether runners whose anandamide rose the most felt the most euphoric or calm.

    McCartney cautioned, however, against assuming that these chemical increases directly generate the emotional sensations reported by participants. “It’s important to recognize that this study doesn’t establish that increases in AEA are responsible for the ‘runner’s high,'” she explained. “It shows that prolonged running increases blood AEA concentrations and is associated with changes in mood, including increased euphoria and reduced anxiety. While these findings are consistent with the idea that AEA contributes to the runner’s high, they don’t establish a causal relationship.”

    The TorTour de Ruhr presented extreme physical demands, requiring runners to navigate unfamiliar routes for up to 230 kilometers, often through the night and in isolation.

    “What impressed me most was witnessing what humans are capable of achieving,” Siebers recounted. “Some of our participants ran distances of up to 230 kilometers, maintaining their effort for many hours, sometimes running alone through the night on unfamiliar trails. Equally fascinating was the atmosphere among the ultramarathon runners. Despite the enormous physical demands, there was a remarkable sense of community and positivity.”

    “I was particularly struck by participants who reported very little anxiety after these extraordinary distances, even after spending hours alone in unfamiliar surroundings,” he said. “Some runners also reported surprisingly little pain despite covering distances that would seem almost unimaginable to most people. These observations make me wonder how strongly our internal neuromodulatory systems can influence the way we experience physical effort, pain, and fear.”

    Pain was still common: 29 of the 36 ultramarathoners reported pain during the race, only five reported none, and eight said they used pain medication, particularly in the longest race.

    As with all research, there are some caveats to consider. The marathon study used walking as a comparison rather than having participants sit quietly, meaning the control condition still involved mild physical exertion. Participants also selected their own running and walking speeds, which preserved a realistic race environment but introduced variation in how hard each individual was working.

    “I have reasonable confidence in the main findings, particularly because the increases in AEA were consistent across the marathon and ultramarathon studies and align with previous research,” McCartney told PsyPost. “However, there are some limitations worth considering. Measuring endocannabinoids in blood can be technically challenging, and although the authors used established analytical methods, they don’t explicitly report whether these methods were validated.”

    “I’d also have liked more information about what participants ate during and after exercise,” McCartney added. “We know that nutrient intake can influence blood AEA concentrations, so it’s possible that dietary behavior affected the measures.”

    The authors describe their laboratory analysis as following established, standardized protocols, including adding chemically labeled reference versions of each compound to every sample to allow exact measurement. They also acknowledge that participants’ nutrition, rest, and time of day were not fully controlled.

    Every participant also ran the marathon before doing the walking session, which the authors note may have raised anxiety at the start of the running day. The samples were also small, with 19 marathoners and between 7 and 16 runners at each ultramarathon distance, and no blood was drawn during the ultramarathons themselves.

    The emotional measures relied on brief, single-item rating scales, which capture only a snapshot of complex mental states like flow or emotional relief. Logistics during the ultramarathon also meant that pre-race samples for the 230-kilometer group had to be collected the previous evening rather than right at the starting line.

    “One important distinction is that we measured endocannabinoids in the blood, not directly in the brain,” Siebers pointed out. “Although our findings show substantial changes in circulating endocannabinoid concentrations, we cannot yet determine precisely what happens in the brain during prolonged running.”

    “Another important point is that the runner’s high is not simply caused by one molecule,” he added. “Endocannabinoids are probably part of a much larger and highly complex orchestra of neuromodulators, including dopamine, serotonin, endogenous opioids, and other signaling systems. Furthermore, not everyone experiences a runner’s high, and running does not necessarily become more enjoyable the longer someone continues.”

    When considering future research, McCartney highlighted both pharmacological and nutritional avenues for follow-up testing. “Ideally, I’d like to see whether blocking cannabinoid receptors prevents the runner’s high,” she said. “Unfortunately, the safety concerns associated with drugs like rimonabant make that a difficult experiment to conduct in humans!”

    Rimonabant, a drug that blocks the main cannabinoid receptor, was pulled from the European market in 2008 after it was linked to depression and suicidal thoughts.

    “More realistically, I’d be interested in seeing whether nutrition influences the endocannabinoid response to prolonged exercise,” McCartney told PsyPost, “particularly given that runners typically consume substantial amounts of carbohydrate during marathon and ultramarathon events.”

    Looking ahead, the authors hope to examine how these chemical messengers operate directly within the central nervous system during physical exertion.

    “One of my main interests is understanding how running influences mood changes and the brain itself,” Siebers said. “So far, our research has primarily focused on measuring endocannabinoids in peripheral blood. However, the runner’s high ultimately involves processes within the central nervous system, and we still know surprisingly little about what actually happens in the human brain during running. I would therefore like to investigate these central mechanisms more directly, potentially through neuroimaging and other methods that allow us to study neuromodulation in the brain.”

    “In addition, I am particularly interested in how the endocannabinoid system interacts with pain regulation during prolonged exercise,” he continued. “Why can some individuals continue running for hours despite considerable physical stress, while others experience increasing discomfort? Understanding these mechanisms could provide valuable insights not only into endurance exercise but also into pain regulation and mental health.”

    Beyond laboratory measurements, the researchers also reflected on the broader personal and evolutionary dimensions of sustained running.

    Siebers emphasized that the effect requires no outside substance. “What fascinates me is that our bodies can produce their own cannabis-like substances simply through physical activity,” he told PsyPost. “Under the right circumstances, this can contribute to a completely natural high, without consuming any external substance.”

    “For me, the most exciting message is that running is much more than moving our legs,” Siebers said. “It is a fascinating interaction between our body and brain, and understanding this interaction may help us discover why humans have developed such an extraordinary relationship with endurance running.”

    The study, “Endocannabinoid dynamics across marathon and ultramarathon running: evidence from two field studies,” was authored by Michael Siebers, Dana Huvermann, Christoph Siebers, Deborah Canales-Romero, Alexandra Florea-Ghile, Lina Keite, Lucas John, Moritz Munk, Roman Bizjak, Jens Witzel, Sebastian Schulz, Johannes Kirsten, Laura Bindila, Anke Hinney, Marijke Grau, Daniel A. Bizjak, Harald Engler, and Johannes Fuss.

    URL: psypost.org/your-body-makes-it

    -------------------------------------------------

    Private, vetted email list for mental health professionals: clinicians-exchange.org

    Unofficial Psychology Today Xitter to toot feed at Psych Today Unofficial Bot @PTUnofficialBot

    -------------------------------------------------

    #psychology #counseling #socialwork #psychotherapy @psychotherapist @psychotherapists @psychology @socialpsych @socialwork @psychiatry #mentalhealth #psychiatry #healthcare #depression #psychotherapist #RunnersHigh #Running #Marathon #Ultramarathon #EnduranceRunning #SportsScience #Neuroscience #Endocannabinoids #Anandamide #MentalWellness

  9. Amazon Tokenbeam for Events is a fully managed, serverless event streaming service that uses directed beam cohesion to deliver tokens across distributed systems with sub-millisecond latency, provided your tokens are fewer than 256 bytes, your events arrive in us-east-1, and you have already configured the 14 IAM roles described in the Getting Started guide. The beam is logical. Pricing is calculated per token-beam-second, with a separate charge for beam alignment, beam re-alignment, cross-region beam shadowing, and a small fee if the beam hits anything unexpected, which is defined in Appendix C of the service quota documentation. Amazon Tokenbeam for Events is generally available today in us-east-1, with additional regions coming at re:Invent.

    #aws #AmazonWebServices #CloudComputing #cloud #parody #humor

  10. A Look Back at X-Men 2099 #24 (1995)

    Disclaimer: This is my original work with details sourced from reading the comic book and doing personal research. Anyone who wants to use this article, in part or in whole, needs to secure first my permission and agree to cite me as the source and author. Let it be known that any unauthorized use of this article will constrain the author to pursue the remedies under R.A. No. 8293, the Revised Penal Code, and/or all applicable legal actions under the laws of the Philippines.

    Welcome back, superhero enthusiasts, 1990s culture enthusiasts, X-Men fans and comic book collectors! Today we revisit the Marvel Comics shared universe through one of the many tales of the X-Men 2099 monthly series.

    One of the things I enjoyed the most about the X-Men 2099 series was its expansion of the 2099 universe lore as well as the portrayal of uncertainty that mutants deal with in the more desolate parts of America (far away from Spider-Man 2099 and Punisher 2099). Along the way, the futuristic X-Men themselves were really torn down by a series of unfortunate events that includes the departure of their founder and leader Xi’an (eventually Controller X of the Theater of Pain). With the team members separated by circumstances, they were given their own tales and character development periods.

    With those details laid down, here is a look back at X-Men 2099 #24, published by Marvel Comics in 1995 with a story written by John Francis Moore and drawn by Ron Lim.

    The cover.

    Early story

    The story begins in southern California where the Slaughterhouse gets shaken by the force of a gamma bomb that detonated far away. Inside the facility, Quiver and Sham struggle as they sneak carefully. They intend to escape even though the odds are against them.

    Nearby, the demonic Theater of Pain leader Brimstone Love strikes Junkpile (now with SHIELD serving the new President Doom 2099) hard and seriously damages him. With Junkpile down, the evil leader believes that Doom’s best is a failure and the Theater of Pain has nothing to fear from him. Brimstone Love issues an order to have Junkpile disposed.

    Several feet below the ground, Skullfire and Luna find themselves contained after getting captured. For Luna, Xi’an is a lost cause and she prefers to find Shakti and escape. Skullfire, however, insists on pursuing Xi’an even though their situation looks very hopeless. As the two try to escape, they end up facing the muses of the Theater of Pain’s bloodsport arenas…Euphoria, Felicity and Bliss. Luna was previously one of them…

    Quality

    Shakti represents the remaining X-Men while her former superior Xi’an has fully sided with the evil Theater of Pain as Controller X.

    Being the comic book that immediately precedes issue #25, there is a lot of creative stuff here that X-Men 2099 fans will enjoy. The Moore-Lim duo took their time in setting up the eventual restoration of the futuristic X-Men as a team while carefully telling the dangerous events they will face with the Theater of Pain standing in their way.

    Fans can find small moments that can be enjoyable or even intriguing to discover such as Luna facing off with her Theater of Pain “sisters” of long ago, the reuniting of Bloodhawk with Meanstreak and Krystalin followed by the justification behind their decision to get involved, and more. What I find very compelling to read is Shakti’s interaction with Controller X (Xi’an behind the mask obsessively serving the Theater of Pain) and the rising danger the Theater’s operation is brewing. There is richness in the dialogue between Shakti and Xi’an, and the symbolic division between them – Shakti representing the X-Men and their former leader Xi’an now serving the evil ones – is really powerful to see.

    The storytelling as a whole has a lot of depth behind it, and the build-up of the events is undeniably powerful. As the story progressed, the tension also grew stronger and you can feel the danger that awaits the futuristic X-Men.

    Conclusion

    Bloodhawk is back with Meanstreak and Krystalin.

    X-Men 2099 #24 (1995) succeeds a lot on setting-up the big conflict of issue #25 and it also sets in motion the eventual reuniting of the X-Men. Along the way, there are small details here and there that will compel you to revisit previous X-Men 2099 issues. Brimstone Love’s evil was emphasized more here and Controller X/Xi’an’s determination to serve him and make a lot of people suffer under the Theater’s operation added a lot of tension to the plot. Consider this a very important read before reading X-Men 2099 #25.

    Overall, X-Men 2099 #24 (1995) is recommended.

    +++++

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