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My Most Intense Psychedelic Journey So Far

I blocked off Friday evening for another magic mushroom journey. For the two experiences last month, I used about 1.5g of dried mushrooms each time. This time I opted to take 4.2g, eating the dried mushrooms plain, starting at 5pm. I trust my intuition regarding how much to take, figuring this much could invite a fairly intense experience. It was actually super intense, way beyond what I experienced with ayahuasca and my two prior mushroom trips.

It really started kicking in after about 40 minutes. I put on an eye mask and laid back on the couch while listening to music. It flowed nicely at first with lots of red-orange visuals and a lovely vibe of opening up the flow of communication. Then it began to get really intense around 90 minutes in, and it stayed very intense for several more hours.

In this post I’m going to share about the experience and the insights with a thematic organization, so it makes more sense for you when reading it. This means I’m jumping around a lot in time relative to the flow of the actual experience to focus on one theme at a time. The actual experience was multi-layered with many aspects happening simultaneously.

Incredible Time Dilation

The journey took nine hours from start to finish but felt way longer. The time dilation was extraordinary. At some points it seemed like it took ridiculously long for the clock to advance just one minute. I remember seeing that it was exactly 10:00, then I’d float into more processing for a long stretch, and when I came to and looked at my watch again, it was still 10:00. So crazy! I remember that the 10 minutes from 10:00 to 10:10 felt like an eternity, like midnight must be years or even centuries away.

I knew that time dilation was common with psychedelics, but I didn’t expect it to be so extreme. It felt reassuring when the flow of time very gradually increased again, but it still wasn’t entirely back to normal when I went to bed a bit after 2am.

A Cosmic Roller Coaster Ride

I remember swearing aloud a lot during the experience from the intensity of it. It wasn’t so much emotionally or mentally intense. It was energetically and spiritually intense, like my energy matrix was being pulled and stretched and recoded from the inside. I kept drifting from an awareness of the physical world back into some state that felt like an absence of spacetime. Part of me actually liked that though.

Emotionally I didn’t feel fear, anxiety, shame, guilt, regret, or anything along those lines. It was like the sensation of being on a crazy long energetic roller coaster where you can’t predict the turns or dips very far in advance, and you just have to ride it out.

This particular rollercoaster crossed through multiple dimensions of existence. Some stretches of track went through the physical plane, some through dream-like visions and intense visuals, some through completely different dimensions of existence. Some parts were faster, some slower. And it felt like I was riding this coaster for a really long time, at least for hours if not days.

Physically that was very disorienting… so much dizziness and nausea. The worst part was the nausea, which stayed with me through around half of the experience. I kept trying to purge now and then, even putting my finger in the back of my throat several times to try to make myself vomit over a trash can, figuring I’d feel better afterwards. I gagged a bit but couldn’t release anything other than saliva. Even while trying to purge, I kept losing awareness of my body when the roller coaster ride would flow back into some other dimension of existence. It was like trying to purge while actively riding a rollercoaster – very difficult while the ride is still in motion and the physical sensations kept shifting. My physical body felt like it was in a state of confusion for much of this journey.

Sometimes I had to really focus hard to stay present to the physical world for a bit, like if I wanted to communicate something to Rachelle, and I couldn’t stay present to it for very long at a stretch.

Manifesting Water

I remember being very thirsty at one point and trying to remember how to get to the water. I had a glass of water on the couch arm’s cupholder behind me, but I wasn’t sure if it still existed when I couldn’t see it. My sense of spatial orientation kept shifting around, and I couldn’t tell if the water and I were in the same dimension sometimes. The physical universe was shifting around so much that it was like being in a Doctor Strange movie where objects and their relative positions are shifting around, so I can never really be too sure of where anything is.

It was like the uncertainty principle was on overdrive, like the water existed and didn’t exist at the same time, and when it did exist, its position was a field of possibilities, but it wasn’t required to be locked down into any position, perhaps because no one was looking at it in that moment. I didn’t have good control of my body at the time, so I couldn’t easily turn around to make the water appear.

Eventually I remembered that Rachelle was nearby and that she was probably in the same dimension as the water and might have an easier time accessing it. She wasn’t taking any substances (other than a salad) and helped me a lot through the experience. So I asked her if she could help by giving me the water glass – sometimes it was difficult to speak, but I got the words out and felt relieved when she acknowledged. It was amazing how easily she reached behind me and brought me the water glass, which felt like she was bringing it into my dimension, or maybe she was instantiating the water for me. Then I was able to drink some and hand the glass back to her. I think at that point the water went back into uncertainty or uninstantiated mode, like the idea of its existence was still there, but it was no longer physically present.

Just as I experienced some spatial disorientation, I had some time disorientation too, in addition to the time dilation. I remember feeling confused regarding what was past, present, and future while I was going through it. Sometimes I felt like I might be looping a bit, but then I focused on the music, which helped remind me that time was still advancing in a forward direction with the beats of the music.

Spiritual Decluttering

There were so many different phases of this experience. I could probably fill several books from the post-experiential insights that come from further reflection. My current understanding is that what I went through was like an energetic or spiritual decluttering, similar to when I cleaned out my garage a few summers ago. There was no one main lesson to really understand or learn during this trip. It wasn’t a teaching session per se. And it wasn’t about healing. It was like I was cleaning up and refactoring old legacy code in my software.

The sensation of letting go and releasing what was no longer needed was a huge part of the experience. For much of it, I even felt like I was letting go and releasing energies on behalf of humanity or maybe from some other parts of the matrix, but in a way that didn’t feel like it was personal to my current human life. It wasn’t really about clearing out old memories or my personal past, although there was a small amount of that sensation present too. It felt more like cleaning out a multi-dimensional garage.

I even remember saying aloud things like, “Just let it all go,” and “Take it all away.” But most of the time I wasn’t aware of what “it” was that was being let go.

Occasionally, especially near the final hours, I became aware of invitations to do more specific processing that I could consciously understand, like releasing old energies from my first marriage. But mostly it was just a jumble of processing happening in ways that didn’t link to specific thoughts, feelings, or memories. The roller coaster mostly went through unfamiliar territory.

As I reflected on it afterwards, I sensed that the reason I couldn’t purge during the experience was that I wasn’t removing or eliminating. I was letting go of misaligned energy patterns but not the energy itself. So I wasn’t really shedding anything in the sense of getting rid of it. These old energy patterns were being reprocessed, recycled, repurposed, reorganized, reconfigured, etc. I sensed that the prolonged nausea was what the body experienced from the cleanup process, similar to how one might sneeze a bunch while cleaning out dusty items in a garage or how your body might create different physical sensations on a roller coaster ride. It was just part of the process, and all I could do was allow the body to have its reaction.

Holographic Reality

A bit later in the experience, I felt very in tune with the holographic nature of reality. I saw everything as being connected energetically, like everything we experience in life was layered on top of deeper layers, but all the layers were actually different representations of the same reality, just viewed from different angles. What happens in “real life” is the same as what happens in fiction, for instance. All that we experiences as humans is intricately linked together. Whether we go to work or watch a movie, we’re still experiencing the same underlying reality, just from different vantage points. We can have meaningful experiences through any kind of interface – through science, through fiction, or through science fiction – it’s all the same underneath anyway. It just that different interfaces filter the underlying reality so as to emphasize some features while downplaying others, causing us to notice more of some aspects and less of others. Hence using multiple interfaces can help us gain more info regarding the underlying reality. I.e. go to work and watch a movie too, and then seek to connect the dots between them because they really are connected.

I even saw how the Legend of Zelda games were an analogy for different aspects of our human lives, giving people the opportunity to explore their relationship with darkness and evil. I sensed that the design team actually knew this and deliberately made those games to serve humanity in this way… so we could do things like explore violence and heroism in ways that more people would find acceptable.

At one point I invited Rachelle to help me send love energy to Ganon (the bad guy in the Zelda games), knowing that the fictional character was a holographic projection of how humanity relates to its dark side. She laughed but agreed to go along with it. I knew it was fiction, but I also knew that energetically, it was also real… like how the Force from Star Wars is both fiction and a pointer to something real at the same time.

This insight resonates because when I was younger, I was inspired by Star Trek: The Next Generation to live my life somewhat like the characters on the show. No one had a regular job working to pay their bills, so I haven’t had a job in 30+ years. The inspiring invitation was to focus on doing interesting work, be an explorer, delve into meaningful relationships, be of service to humanity, stay aligned with your deepest values, and always choose to work on what feels purposeful and meaningful. Live like there’s no such thing as money because money just isn’t very important, and it’s silly to focus on it so much. Getting a job is fine but also unnecessary because the universe is so abundant and can create whatever we need. We just have to recognize the truth of that. We make it real by deciding to make it real.

It’s important for us to pay attention to inspiration wherever it comes from. Does it matter that I was inspired by a fictional world to live my life a certain way? No – because it’s all the same underlying reality as what we learn on the nonfiction side. Those same lessons could have come from anywhere.

Allowing Space for Evil While Retaining Freedom

I also realized that evil needs to win sometimes because it’s an important part of the experience of exploring evil. If evil could never have a victory, that wouldn’t be very fair, and no one would want to explore that aspect of reality. Reality isn’t so judgmental about it because it gets to explore evil from many different angles. Evil needs a chance to sometimes win in order for enough energy to be able to flow into exploring it. That perspective made me feel more compassionately towards what I might consider to be evil.

One reason we have so much fictional evil, such as in video games and movies, is so we can explore and experience a lot more of it without destabilizing the rest of our experiential reality. If someone goes too far in exploring evil to the point where everyone is enslaved or killed, it ruins the reality and goes against its purpose, so there are mechanisms in this dimension to prevent that from happening.

By creating sims within the Sim (like games, VR, movies, books, etc), we can explore evil pretty well while also retaining the freedom to explore lots of other aspects of life. This simulation is designed to retain a lot of freedom, not necessarily on an individual level – people can still end up in prison, for instance – but on a more macro scale, so all of humanity doesn’t end up in prison or equivalent.

Staying Energetically Grounded

When I was really in the thick of it and I felt like time was barely advancing, I kept reminding myself aloud, “This is temporary.” That was a tip I had read somewhere, and I must say that it was helpful. It helped me stay in a place of surrender, not panic, and just let it play out.

I also kept asking Rachelle along the way to send love energy, telling her that it helps. When she’d do so, I’d immediately notice the visuals shifting to become brighter and more red-orange-yellow.

I also kept reminding myself to stay connected to the vibe of love energy. Sometimes I’d say the word “love” aloud, even several times in a row. It’s hard to remember exactly if I did that, but Rachelle confirmed afterwards that I kept saying, “love, love, love” during part of the experience. I think I said those words as instructional reminders to myself… but with the emotional emphasis of swear words.

I didn’t feel like I needed to be physically grounded – I was okay floating through the cosmos and seeing intense visuals – but I really wanted to stay tethered to the vibe of love energy as much as possible. I think that helped. Love energy was like my seat and harness on the roller coaster ride, keeping me feeling existentially safe despite all the physical disorientation.

At no point during the experience did I feel threatened or like I was going to die. I knew I’d be okay. Sometimes I’d even reassure Rachelle that I was okay but that it was just REALLY intense. It was like being on a fast-moving ride but not really fearing for one’s life. I didn’t want her to worry. I really appreciate that she’s so good at keeping her vibe up while I’m going through these experiences – I sense that’s really important, especially when she’s in the same room with me.

I think this connects with why I didn’t usually like being in the room with everyone else at Rythmia in Costa Rica during the ayahuasca ceremonies I did there in 2019. I preferred to be outside on the grass for much of the experience. The energy of the open sky and the stars felt way better than the chaotic energy of 40 people all in the same room together. Even though they encouraged us to remain inside together, I think maybe that was more for their own monitoring convenience.

The Downslope

My favorite part was the final few hours where Rachelle and I cuddled on the couch together while doing more processing, some of it together. By that point the nausea finally began to subside. Being in cuddle-space felt so delightful and comforting, and the remaining time was a lot more gentle. I really love the downslope of these experiences, like when the roller coaster is finally pulling into the station at the end (even if it still takes hours to actually get there). I felt exhilarated and happy – and reassured to see the station within sight. I felt relieved to have finally made it through the really intense part, but I also wanted to hang with the energy of the experience longer to see what insights or further processing might come up. The downslope is the easy part of the ride.

A bit after midnight when I thought the experience was winding down, and I felt ready to nudge it to a close, I took some Liver Rescue (an herbal liver detoxifier) and ate a small amount of blueberries. I figured that would help my body process out the remaining psilocybin.

But no. I don’t know how, but that actually seemed to have the opposite effect, as if those blueberries also contained psilocybin. Within minutes I felt a fresh wave ramping up again. I felt like I was phasing back into psychedelic space again, and the visuals came back and then increased in intensity. This one wasn’t nearly as strong as the earlier waves, but I had to ride through another round of the experience. This part involved more mental and emotional processing that was more clearly personal, linked to various memories and aspects of my life. That was fine though. I was a little tired but still had sufficient energy to keep going, so even though I was surprised, I welcomed it and relaxed into it, mostly while sitting next to or cuddling with Rachelle. Sometimes I flowed with the experience silently, and sometimes I talked with her about it as I went through it.

I spent the final 30 minutes taking notes about the experience, even while I was still having some lingering effects, so I could remember many of the details later. I wanted to capture as many of the key details and insights as possible. After I went to bed, I could tell I was still doing more processing all through the night but mostly subconsciously. I had such strange dreams.

The next morning I spent another hour writing down more notes, and again the next day too. Writing this blog post helped me process more layers of the experience too.

The Physical Challenge

My intention for this journey was very simple – just four words: deep, gentle, loving, light. It was definitely deep, loving, and light. I don’t know about the gentle part, but perhaps it was as gentle as it could have been relative to the processing that was happening.

I feel like my mind, heart, and spirit all feel pretty well-aligned with exploring psychedelic space and don’t offer any serious resistance to it. I think those aspects of me actually like it. My physical body is another story though.

The hardest part of these explorations has been the physical sensations, especially nausea and dizziness. I don’t mind purging, especially if it helps me feel better afterwards, but I’m not super keen on enduring hours of nausea. So I’m wondering if there’s a solution to that and if there’s someway I could have better psychedelic experiences physically.

I’m amazed that many people are able to lie down and physically relax through these kinds of experiences. I can only do that during the beginning and during the downslope but not during the most intense part. I have to sit up since even the thought of lying down during that part makes me feel dizzy and super nauseous. I can keep my eyes closed for most of the journey, but my body feels much better staying upright.

For much of this experience, I was even sitting on the floor, not feeling like I could even get back up onto the couch.

I’m starting to wonder about my body’s relationship with psychedelic space, like maybe asking or intending the substances to be gentle with the body isn’t quite the right type of intention to hold. That framing seemed like it helped in the past, but I’m not sure if it helped this time. I feel like the issue may not be with the substances but rather with my body’s willingness to cooperate.

When I tune in to my body, the message I get in response is more like a FOMO feeling (fear of missing out). Instead of trying to relax my body to the point of zoning out physically and going fully into a mental, emotional, and spiritual space, I think my body wants to come along for the ride somehow and that it senses there’s a better way to do that. It feels partly like my body wants to join in the fun. It doesn’t want to be regarded as a burdensome physical tether that I must temporally leave behind. I think it wants me to find a more inclusive framing, so it can still ride with me.

So I’m wondering about other ways to explore psychedelics that would invite my body to be more cooperative. Maybe I could try incorporating movement like dancing or walking in nature. I don’t see how I could have done that during the intense parts of this journey without becoming too dizzy, but I could try that with a lower dosage. I think maybe my body is trying to point me in a direction I wouldn’t have otherwise considered if it wasn’t putting up such a fuss, like it’s doing that to get my attention and invite me to consider more alternatives.

My body feels calmer when I’m touching Rachelle too – it really likes her presence. So I know my body likes having touch as part of the experience. What else does it want though?

This is definitely one aspect I’d love to figure out, so if anyone with experience in this area has some advice or insights to offer, I’d love to hear from you. Feel free to send me a message via my contact form.

I get the impression that instead of trying to completely tune out from the physical, I can explore in such a way that the physical remains part of the experience without sacrificing the other aspects of the exploration. I think it may be the wrong framing for me to have assumed that the physical aspect needs to get out of the way, so the other frequencies can come through more prominently. I really don’t think this is an issue of my body fearing death or anything like that, so the “fear” aspect of FOMO isn’t really accurate here. I think it’s more that my body desires and senses that it can be more integrated into psychedelic journeys. This isn’t what I expected, but on some level it does seem reasonable to me.

Now I’m wondering if I can invite the physical aspects to be part of the journey together yet still go really deep. If this physical reality is all holographic anyway, why not?

I think I’ll ask about this aspect at Tuesday night’s local psychedelic integration circle since there are some very experienced people there who may have an interesting perspective on this.

Life Purpose

Near the end of the experience, I also asked about my life purpose. I’ve felt pretty well connected to that for a long time now, but I was curious to see if anything new or different would come through. It was mostly a confirmation of what I already knew – in the form of two words but with an interesting emphasis in the second part that really resonated.

The first word was lightbringer. The meaning that came through was that I’m here to shine a light on different aspects of life and existence. Basically just keep sharing honestly about this human experience, especially in areas where other people aren’t sharing in as much detail. So keep right on exploring and sharing because that’s why I’m here. Don’t hold back in telling it like it is. It’s a simple and straightforward purpose – and very flexible. I definitely feel this suits me well. This confirms why I feel so at home with the work I do and the lifestyle I enjoy.

The second word was intensity. The message here was that it’s actually a key part of my purpose to bring the intensity and not to hold back. I was shown that when I get into new social groups, it’s totally fine to share my intense side from the beginning. I don’t need to build up to that so much. Yes, it will occasionally bother some people, but it’s also very authentic for me to be in the space of intensity, and I might be doing other people a disservice by trying to tone that down too much. I can still be compassionate and intense at the same time, and it’s more purposeful for me to keep the intensity up when that feels aligned to me. This part resonated since I do seem to feel right at home when having intense experiences. There’s a part of me that just loves intensity. It’s like my soul’s favorite coffee. I also don’t feel turned off or resistant to other people having intense experiences in my presence – it doesn’t make me uncomfortable if people are crying or sobbing or doing intense emotional processing. Even if people get mad at me, I willingly receive that too. I tend to find such experiences beautiful because that’s when people are being very real, vulnerable, and intimate. This part really landed with me, and I want to take more time to reflect upon it further. I knew I liked intensity, but I don’t recall thinking about it as being part of my life purpose before.

This intensity thread flows through so many aspects of my life – shoplifting when I was a teenager, going through college in three semesters, playing lots of computer games, running my own businesses for 30+ years, martial arts training, open relationships, D/s, travel, subjective reality explorations, public speaking, coaching, building communities, 30-day challenges, and of course exploring psychedelics. Somehow the space of intensity is like my natural resting point. It feels like my home base. I know that intuitively, but being in this reality can make that a hard thing to accept sometimes since so many people in this world exude fear, anxiety, and stress over experiences that I innately find pleasurable and comforting. The kinds of experiences that stress some people out just don’t have that effect on me.

I feel like it’s going to take me weeks to continue processing this experience, maybe longer, and that a lot more realizations (perhaps the best ones) will come through the unfolding integration process, not from the direct experience itself. What I shared here was just a small fraction of what the overall experience was like. It was incredibly dense, perhaps because reality cheated by slowing the flow of time so it could pack more in.

I’m glad I got this in before our upcoming UK trip. I feel like it’s just perfect timing-wise to go travel for a few weeks, including hanging out with my TLC friends. That feels like exactly the right kind of flow to invite next. I sense that this psychedelic journey may have helped me clean out some old patterns, so I can be even more open to new experiences, adventures, and connections on this trip.

Those little shrooms really pack a punch! :mushroom:

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What To Do If TikTok’s Viral ‘Aged Filter’ Makes You Feel Bad About Aging

A new TikTok filter gives users a glimpse into what they might look like when they get older ― and not everyone is liking what they see.

The TikTok aging filter, which shows a split screen of the user’s current face and an aged, AI-generated older version, is inescapable on the app right now, appearing on videos that have amassed more than 10 billion views.

Like many trends on the internet, use of the filter caught on after a Kardashian-Jenner sister tried it — this time, makeup mogul youngest sister Kylie Jenner.

Unsurprisingly, she was not a fan.

“I don’t like it, I don’t like it at all,” the 25-year-old said in a clip posted Monday on the video platform as she shook her head and stared at a version of herself with wrinkles, sagging skin and undereye bags. “No. No.”

Others were equally unimpressed with their filtered results.

“[I’ll] age like milk left in the hot sun,” TikToker Alex Beck said, sizing up his before and after.

“POV: This filter humbled you and made you realize Botox is in fact the move,” lifestyle influencer Emilie Kiser wrote about the filter.

Other people used the popular filter on old photos of celebrities to see if the filter accurately predicted what people like George Clooney or Sarah Jessica Parker would look like when they got older. (It did.)

Even plastic surgeons who’ve used the filter say it pretty accurately mirrored the natural aging process.

“I can see that overall my skin texture has lost some collagen, it has some sun spots, age spots,” said Lauren Umstattd, a plastic surgeon in Kansas, as she looked over her filtered results.

“The skin of my upper lids is accentuated. Crows feet are accentuated, the volume loss in your cheeks,” she added. “There’s more prominent nasolabial folds and marionette lines. [One] critique is that I will probably lose more volume in my lips than it shows based on what I see in other women.”

Demoralized by the results, some shared ways to “beat” the filter: If you see someone who is supposedly “aging” better, they suggested, it’s probably because they filmed themselves in good lighting.

It’s understandable why so many of us are perturbed by the “old” filter: Most filters on the apps are aspirational, giving users a poreless, perfect Instagram Face version of themselves.

It feels like you, only better ― which might be why plastic surgeons have said they’ve had a surplus of clients bringing filtered selfies to appointments to illustrate the tweaks they’d like to make.

The “old” filter is more deterministic: “You’re going to look like this,” it suggests; “maybe you should look into that preventive Botox after all.”

It isn’t surprising that people are playing around with the aging filter, even after seeing others have “bad” results with it. Most of us are curious about how we’ll look as we grow older, and using the filter is a way to satisfy that curiosity, said Julie Erickson, a psychologist and the author of the forthcoming book “The Aging Well Workbook for Anxiety and Depression.”

Unfortunately, the “old” filter does more than satisfy a benign curiosity.

“Trying it out can activate fears of growing ― and looking ― older, reinforce ageist assumptions that looking old is inherently problematic, and make someone more hyper-focused on their appearance,” Erickson said.

The psychologist noted that there’s increasing evidence suggesting that the use of these filters increases body image dissatisfaction, worsens mood and could lead to body dysmorphia, an unhealthy preoccupation on some perceived flaw in physical appearance that’s either small or not even detectable to others.

“Filters are particularly bad news for women, who already face heightened pressure to defy age and maintain a youthful appearance as they grow older,” Erickson said.

“With the ‘old’ filter, worrying about how you look isn’t just restricted to the present; it’s making people worry about the future, too, playing right into our anti-aging fixation.”

The augmented-reality face filters were gimmicky at first (think: the puppy face filter from Snapchat’s heyday), but today they offer hyperrealism. Some have even argued that the filters might be making us forget what we actually look like.

With the “old” filter, worrying about how you look isn’t just restricted to the present; it’s making people worry about the future, too, playing right into our anti-aging fixation.

A 2018 U.K. report found that millennials have by far the most negative attitudes about aging of all age groups, with nearly one-quarter of millennials surveyed admitting they thought being unhappy and depressed is a normal part of old age.

The anti-aging market is estimated to make tens of billions of dollars in global sales every year. The demand for procedures that stave off signs of aging ― “preventative” Botox (intended to delay wrinkles by paralyzing the muscles that create fine lines) and fillers (injected beneath the surface of the skin to add fullness) ― is only increasing.

Our fears of aging are reflected in how quick we are to cheerlead celebrities who “don’t age” or still “look hot” in selfies, like Martha Stewart.

The filter plays into all these fears and more, the experts we spoke to said.

Of course, not everyone using the aging filter on TikTok is demoralized by the results. Some users have said they felt a sense of peace from seeing an older version of themselves. “She looks so fun and full of life! I can’t wait to meet her,” said @yazzy_so_co0l.

“I’ve decided that those in the assisted living center with me are going to love me,” social media strategist Hope Woodard joked about her “old” self.

Clearly, that’s a better approach. Below, therapists and experts on aging share how to capture some of that energy and embrace aging as a filter and in real life.

Ask yourself: Why did I have such a visceral reaction to this?

If the age filter caused you to spiral into the depths of body image despair ― or just made you say, “Ugh, I have that to look forward to?” ― it might be helpful to take a step back and explore the roots of this spiral, said Chadley Zobolas, a therapist and owner of CZ Therapy Group in Denver.

“What’s being triggered underneath the surface that’s causing this response?” she said. “What are the past experiences and lingering messages that are fueling the self-esteem fire?”

For a lot of us, it’s internalized societal messaging. The anti-aging industry is centuries in the making, and the misconceptions and negative beliefs we have about aging ― that we lose vitality, that we become less attractive to others ― are deeply entrenched in our society.

As one person, it’s hard to counter all that negative messaging. Still, simply recognizing how much negative messaging you’ve received around aging in your life can be a game changer, Zobolas said.

The therapist also offered a short list of questions that might be helpful to ask yourself:

  • What messages have been internalized about your appearance, the appearance of others, and what’s considered “beautiful” vs. “unattractive” as it relates to aging?
  • Where, when, and from whom did you hear these messages? How was/is the aging process viewed in your family?
  • What cultural factors might come into play?
  • How do your older family members talk about their aging bodies with you or in front of you?

Find things you like about the aging version of yourself.

Like we mentioned, some people who posted their “old” filter videos emphasized what they liked about what they saw. Maybe you look more distinguished than you thought, for instance.

Quite a few people said they looked at their aged selves and noticed that they looked like a beloved family member.

“Everyone’s freaking out about this filter, but I kind of love it, because who do I look like? I look like my nanny who just passed away a few months ago,” TikToker @thiskindalife said.

Get comfortable with aging by exposing yourself to positive “age role models.”

One way to confront any ageism you’ve internalized is to seek out positive representations of aging, said Samantha DeCaro, the director of clinical outreach and education at the Renfrew Center, an eating disorder treatment center in Philadelphia.

Follow some older influencers on Instagram or check out books that flip the script or deal critically with how our culture treats aging. (“Not Too Old for That: How Women Are Changing the Story of Aging,” by Vicki Larson, for instance, or the late Nora Ephron’s “I Feel Bad About My Neck: And Other Thoughts on Being a Woman.”)

“It’s so important to find inspirational people who are older than you, perhaps in person, through books, or by following older creators online, who are re-writing the harmful narratives about aging often reflected in the media,” DeCaro said.

Monitor your negative self-talk.

Our fears of aging are reflected in how casually we talk about our encroaching flaws internally and among friends: “Ugh, my crow’s feet are terrible,” or “I need to do something about my elevens [the vertical forehead lines].”

In general, be mindful about how you speak about getting older. It might feel like camaraderie when you commiserate about your laugh lines with a friend, but it could also feed into negative beliefs you may hold about getting older.

Be mindful of any negative language you use around aging, internally or with friends.

georgeclerk via Getty Images

Be mindful of any negative language you use around aging, internally or with friends.

Focus on the positive aspects of changing.

Aging isn’t just about how you look, it’s about how you feel, too, said Alan Castel, a professor at the University of California, Los Angeles, who studies memory and successful aging.

“Often our subjective age ― how old we feel ― is a better indicator of how well we will age, so these apps may overemphasize physical aging and not account for psychological well-being,” said Castel, who’s the author of “Better with Age: The Psychology of Successful Aging.”

“There are so many myths about aging being all downhill, but in fact, research shows that aspects of our psychological health, such as mood and emotional regulation, may improve in older age,” he said. “Many older adults report older age to be a happier and more satisfying time in life.”

Remember that aging is a gift.

It may be a tad cliché, but it’s always important to note that aging is a privilege not all of us get to experience. Erickson said: “Remind yourself that aging ultimately reflects successful adaptation, and that is something to be revered and celebrated, wrinkles and all.”

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Form and function of island and mainland plants

Oceanic islands provide useful models for ecology, biogeography and evolutionary research. Many ground-breaking findings — including Darwin’s theory of evolution — have emerged from the study of species on islands and their interplay with their living and non-living environment. Now, an international research team led by the University of Göttingen has investigated the flora of the Canary Island of Tenerife. The results were surprising: the island’s plant-life exhibits a remarkable diversity of forms. But the plants differ little from mainland plants in functional terms. However, unlike the flora of the mainland, the flora of Tenerife is dominated by slow-growing, woody shrubs with a “low-risk” life strategy. The results were published in Nature.

The researchers investigated how the plants of Tenerife differ in functional terms from plants from other parts of the world. They conducted extensive field research and measurements at over 500 sites using the most up-to-date methods of functional ecology. The sites were scattered all over the island at altitudes ranging from sea level to mountainous regions above 3,300 metres. The scientists recorded about 80% of Tenerife’s native seed plants, and surveyed eight plant characteristics: plant size, specific wood density, leaf thickness, absolute and specific leaf area, leaf dry matter, nitrogen concentration in leaf tissue, and seed weight. They compared their data with data on more than 2,000 plant species found on the mainland.

“Our study shows, for the first time and contrary to all expectations, that species groups that evolved on the Canary Islands do not contribute to the expansion of the breadth of different traits. This means they do not lead to more functional diversity,” explains the lead of the study, Professor Holger Kreft, and Göttingen University’s Biodiversity, Macroecology and Biogeography research group. Previous comparisons show that species occurring on islands can differ significantly from their relatives on the mainland. A well-known example is provided by the Galapagos giant tortoise: the species is only found on the Galapagos Islands and, as a result of adaptation to its environmental conditions, is much larger than tortoises from the mainland. The research team expected similar differences between island and mainland plants, but this was not the case. “Rather, we see that most species follow the constraints of the island climate. Thus, medium-sized, woody species develop. These tend to live with the limited resources and high risks of extinction on the island. That is, they grow slowly. The high functional diversity is mainly due to the species that are widespread on the island and the nearby mainland,” explains Kreft.

“At the beginning of our research, we assumed that island plants would show fundamental differences and would be characterised by rather limited diversity in terms of function due to their geographical isolation,” explains first author Dr Paola Barajas Barbosa. The results are part of her doctoral thesis, which she did at the University of Göttingen. She now does research at the German Centre for Integrative Biodiversity Research in Leipzig (iDiv). “We were all the more surprised to find that the plants of Tenerife have a comparatively high functional diversity.”

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Liquid safety cushioning technology

The discovery that football players were unknowingly acquiring permanent brain damage as they racked up head hits throughout their professional careers created a rush to design better head protection. One of these inventions is nanofoam, the material on the inside of football helmets.

Thanks to mechanical and aerospace engineering associate professor Baoxing Xu at the University of Virginia and his research team, nanofoam just received a big upgrade and protective sports equipment could, too. This newly invented design integrates nanofoam with “non-wetting ionized liquid,” a form of water that Xu and his research team now know blends perfectly with nanofoam to create a liquid cushion. This versatile and responsive material will give better protection to athletes and is promising for use in protecting car occupants and aiding hospital patients using wearable medical devices.

The team’s research was recently published in Advanced Materials.

For maximum safety, the protective foam sandwiched between the inner and outer layers of a helmet should not only be able to take one hit but multiple hits, game after game. The material needs to be cushiony enough to create a soft place for a head to land, but resilient enough to bounce back and be ready for the next blow. And the material needs to be resilient but not hard, because “hard” hurts heads, too. Having one material do all of these things is a pretty tall order.

The team advanced their work previously published in the Proceedings of the National Academy of Sciences, which started exploring the use of liquids in nanofoam, to create a material that meets the complex safety demands of high-contact sports.

“We found out that creating a liquid nanofoam cushion with ionized water instead of regular water made a significant difference in the way the material performed,” Xu said. “Using ionized water in the design is a breakthrough because we uncovered an unusual liquid-ion coordination network which made it possible to create a more sophisticated material.”

The liquid nanofoam cushion allows the inside of the helmet to compress and disperse the impact force, minimizing the force transmitted to the head and reducing the risk of injury. It also regains its original shape after impact, allowing for multiple hits and ensuring the helmet’s continued effectiveness in protecting the athlete’s head during the game.

“An added bonus,” Xu continued, “is that the enhanced material is more flexible and much more comfortable to wear. The material dynamically responds to external jolts because of the way the ion clusters and networks are fabricated in the material.”

“The liquid cushion can be designed as lighter, smaller and safer protective devices,” said associate professor Weiyi Lu, a collaborator from civil engineering at Michigan State University. “Also, the reduced weight and size of the liquid nanofoam liners will revolutionize the design of the hard shell of future helmets. You could be watching a football game one day and wonder how the smaller helmets protect the players’ heads. It could be because of our new material.”

In traditional nanofoam, the protection mechanism relies on material properties that react when it gets crunched, or mechanically deformed, such as “collapse” and “densification.” Collapse is what it sounds like, and densification is the severe deformation of foam on strong impact. After the collapse and densification, the traditional nanofoam doesn’t recover very well because of the permanent deformation of materials — making the protection a one-time deal. When compared to the liquid nanofoam, these properties are very slow (a few milliseconds) and cannot accommodate the “high-force reduction requirement,” which means it can’t effectively absorb and dissipate high-force blows in the short time window associated with collisions and impacts.

Another downside of traditional nanofoam is that, when subjected to multiple small impacts that don’t deform the material, the foam becomes completely “hard” and behaves as a rigid body that cannot provide protection. The rigidness could potentially lead to injuries and damage to soft tissues, such as traumatic brain injury (TBI).

By manipulating the mechanical properties of materials — integrating nanoporous materials with “non-wetting liquid” or ionized water — the team developed a way to make a material that could respond to impacts in a few microseconds because this combination allows for superfast liquid transport in a nanoconfined environment. Also, upon unloading, i.e., after impacts, due to its non-wetting nature, the liquid nanofoam cushion can return to its original form because the liquid is ejected out of the pores, thereby withstanding repeated blows. This dynamic conforming and reforming ability also remedies the problem of the material becoming rigid from micro-impacts.

The same liquid properties that make this new nanofoam safer for athletic gear also offer a potential use in other places where collisions happen, like cars, whose safety and material protective systems are being reconsidered to embrace the emerging era of electric propulsion and automated vehicles. It can be used to create protective cushions that absorb impacts during accidents or help reduce vibrations and noise.

Another purpose that might not be as evident is the role liquid nanofoam can play in the hospital setting. The foam can be used in wearable medical devices like a smartwatch, which monitors your heart rate and other vital signs. By incorporating liquid nanofoam technology, the watch can have a soft and flexible foam-like material on its underside and help improve the accuracy of the sensors by ensuring proper contact with your skin. It can conform to the shape of your wrist, making it comfortable to wear all day. Additionally, the foam can provide extra protection by acting as a shock absorber. If you accidentally bump your wrist against a hard surface, the foam can help cushion the impact and prevent any harm to the sensors or your skin.

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East Kent NHS criticised over new mother herpes deaths

Kim Sampson and Samantha Mulcahy died after giving birth in two East Kent NHS Trust hospitals.

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Precision technology, machine learning lead to early diagnosis of calf pneumonia

Monitoring dairy calves with precision technologies based on the “internet of things,” or IoT, leads to the earlier diagnosis of calf-killing bovine respiratory disease, according to a new study. The novel approach — a result of crosscutting collaboration by a team of researchers from Penn State, University of Kentucky and University of Vermont — will offer dairy producers an opportunity to improve the economies of their farms, according to researchers.

This is not your grandfather’s dairy farming strategy, notes lead researcher Melissa Cantor, assistant professor of precision dairy science in Penn State’s College of Agricultural Sciences. Cantor noted that new technology is becoming increasingly affordable, offering farmers opportunities to detect animal health problems soon enough to intervene, saving the calves and the investment they represent.

IoT refers to embedded devices equipped with sensors, processing and communication abilities, software, and other technologies to connect and exchange data with other devices over the Internet. In this study, Cantor explained, IoT technologies such as wearable sensors and automatic feeders were used to closely watch and analyze the condition of calves.

Such IoT devices generate a huge amount of data by closely monitoring the cows’ behavior. To make such data easier to interpret, and provide clues to calf health problems, the researchers adopted machine learning — a branch of artificial intelligence that learns the hidden patterns in the data to discriminate between sick and healthy calves, given the input from the IoT devices.

“We put leg bands on the calves, which record activity behavior data in dairy cattle, such as the number of steps and lying time,” Cantor said. “And we used automatic feeders, which dispense milk and grain and record feeding behaviors, such as the number of visits and liters of consumed milk. Information from those sources signaled when a calf’s condition was on the verge of deteriorating.”

Bovine respiratory disease is an infection of the respiratory tract that is the leading reason for antimicrobial use in dairy calves and represents 22% of calf mortalities. The costs and effects of the ailment can severely damage a farm’s economy, since raising dairy calves is one of the largest economic investments.

“Diagnosing bovine respiratory disease requires intensive and specialized labor that is hard to find,” Cantor said. “So, precision technologies based on IoT devices such as automatic feeders, scales and accelerometers can help detect behavioral changes before outward clinical signs of the disease are manifested.”

In the study, data was collected from 159 dairy calves using precision livestock technologies and by researchers who performed daily physical health exams on the calves at the University of Kentucky. Researchers recorded both automatic data-collection results and manual data-collection results and compared the two.

In findings recently published in IEEE Access, a peer-reviewed open-access scientific journal published by the Institute of Electrical and Electronics Engineers, the researchers reported that the proposed approach is able to identify calves that developed bovine respiratory disease sooner. Numerically, the system achieved an accuracy of 88% for labeling sick and healthy calves. Seventy percent of sick calves were predicted four days prior to diagnosis, and 80% of calves that developed a chronic case of the disease were detected within the first five days of sickness.

“We were really surprised to find out that the relationship with the behavioral changes in those animals was very different than animals that got better with one treatment,” she said. “And nobody had ever looked at that before. We came up with the concept that if these animals actually behave differently, then there’s probably a chance that IoT technologies empowered with machine learning inference techniques could actually identify them sooner, before anybody can with the naked eye. That offers producers options.”

Contributing to the research were: Enrico Casella, Department of Animal and Dairy Science, University of Wisconsin-Madison; Melissa Cantor, Department of Animal Science, Penn State University; Megan Woodrum Setser, Department of Animal and Food Sciences, University of Kentucky; Simone Silvestri, Department of Computer Science, University of Kentucky; and Joao Costa, Department of Animal and Veterinary Sciences, University of Vermont.

This work was supported by the U.S. Department of Agriculture and the National Science Foundation.

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Understanding metabolites underlying eye development

Aerobic glycolysis, the process by which cells transform glucose into lactate, is key for eye development in mammals, according to a new Northwestern Medicine study published in Nature Communications.

While it has been well known that retinal cells use lactate during cell differentiation, the exact role that this process plays in early eye development was not previously understood.

The findings further the field’s understanding of the metabolic pathways underlying organ development, according to Guillermo Oliver, PhD, the Thomas D. Spies Professor of Lymphatic Metabolism, Director of the Feinberg Cardiovascular and Renal Research Institute Center for Vascular and Developmental Biology, and senior author of the study.

“For a long time, my lab has been interested in developmental biology. In particular, to characterize the molecular and cellular steps regulating early eye morphogenesis,” Oliver said. “For us, the question was: ‘How do these remarkable and critical sensory organs we have in our face start to form?'”

Nozomu Takata, PhD, a postdoctoral fellow in the Oliver lab and first author of the paper, initially approached this question by developing embryonic stem cell-derived eye organoids, which are organ-like tissues engineered in a petri dish. Intriguingly, he observed that early mouse eye progenitors display elevated glycolytic activity and production of lactate. After introducing a glycolysis inhibitor to the cultured organoids, normal optic vesicle development halted, according to the study, but adding back lactate allowed the organoids to resume normal eye morphogenesis, or development.

Takata and his collaborators then compared those organoids to controls using genome-wide transcriptome and epigenetic analysis using RNA and ChIP sequencing. They found that inhibiting glycolysis and adding lactate to the organoids regulated the expression of certain critical and evolutionary conserved genes required for early eye development.

To validate these findings, Takata deleted Glut1 and Ldha, genes known for regulating glucose transport and lactate production from developing retinas in mouse embryos. The deletion of these genes arrested normal glucose transport specifically in the eye-forming region, according to the study.

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“What we found was an ATP-independent role of the glycolytic pathway,” Takata said. “Lactate, which is a metabolite known as a waste product before, is really doing something cool in eye morphogenesis. That really tells us that this metabolite is a key player in organ morphogenesis and in particular, eye morphogenesis. I see this discovery as having broader implications, as likely also being required in other organs and maybe in regeneration and disease as well.”

Following this discovery, Takata said he plans to continue to take advantage of traditional and emerging developmental biology’s tools such as mouse genetics and stem cells-derived organoids to study the role of the glycolytic pathway and metabolism in the development of other organs.

The findings could also be useful in better understanding the direct effect that metabolites could have in regulating gene expression during organ regeneration and tumor development, Oliver said.

“Both regeneration and tumorigenesis involve developmental pathways that go awry in some occasions, or you need to reactivate,” Oliver said. “For many developmental processes, you need very strict transcriptional regulation. A gene is on or off at certain times, and when that goes wrong, that could lead to developmental defects or promote tumorigenesis. Now that we know that there are specific metabolites responsible for normal or abnormal gene regulation, this can broaden our thinking on approaches to therapeutic treatments.” Additional Feinberg faculty co-authors include Ali Shilatifard, PhD, the Robert Francis Furchgott Professor and chair of Biochemistry and Molecular Genetics and director of the Simpson Querrey Institute for Epigenetics, Alexander Misharin, MD, PhD, associate professor of Medicine in the Division of Pulmonary and Critical Care, Jason M. Miska, PhD, assistant professor of Neurological Surgery and Navdeep Chandel, PhD, the David W. Cugell, MD, Professor of Medicine in the Division of Pulmonary and Critical Care and of Biochemistry and Molecular Genetics.

The study was supported by an Illumina Next Generation Sequencing award

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