Check out Takumi’s NEW English youtube channel🎵
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https://www.youtube.com/@takuway
EITEN's art show!
What great art！！！
This event was so cool too!
Shibuya Theater!
大谷 秀政 (@otanihidemasa)I got to meet him too
ぜんざいの富士家 (@zenzainofujiya)
and him
It seems OZWORLD has been looking at my Instagram too...
So grateful!
I love his words (lyrics)！
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OSWORLD's world！
- "The invisible world is the essence"
- "Human beings are originally far freer beings"
- "Connect with the universe"
- "Create with your comrades"
- "Suffering is material for growth too"
- "Imagery creates reality"
- "Being your natural self is the strongest"
- "Ideas over money"
- "Prayer and love"
- "Okinawa, nature, roots"
It's running until the end of the month~~~
Takumi Yamazaki
loves shows.
So,
he loves show pubs.
Have you ever been to
a transgender show pub?!
Takumi Yamazaki
is going to be a judge at the Japan competition
that leads on to the world championship! (laughs)
And what's more...
Maki Ohguro,
Ai Haruna,
and Leslie Kee too—
I really want you to come take part in this competition!
The price is set incredibly low—I was surprised.
Please buy tickets!
The event to decide the Japanese representative for that transgender pageant Ai Haruna won worldwide!!!
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To the world's highest stage.
The world's largest and highest-level Trans Queen world competitionJapan's premier Trans Queen contest,
with a spot at Miss International Queen on the line.
https://miqjapan.comIn 2026, Japan's representative will be born on this day.
Date
Sunday, August 2, 2026 〜 Sunday, August 2, 2026
VenueTakumi Yamazaki
will take part as a judge for the second part!
See you there, please join us！！！
_______________________________
_______________________________
Maki Okuro
Ai Haruna
Leslie Key
will all be there
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https://buzz-ticket.com/g/iqzzegb0jd
Once upon a time I had did a seminar with Sara Geena in Osaka
What a wonderful memory
Takumi Yamazaki is shooting a short drama.
This time the script is by Takumi Yamazaki.
Wondering if I could shoot something thrilling~
So it's a challenge~~~
Theater Yakiimo
This time was a little different than the last！！！
Koichi Honda joined us too！！！
If anyone else wants to make an appearance〜
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OPEN CHAT「山﨑拓巳監督を応援する会」
We are taking applications here！
『Meet Up Night : For those who challenge the world
Wednesday, August 5, 2026
18:00 doors / 19:00 toast
Yasuda Shipyard (Onboard CASINO ROYALE)
3-4-1 Keihinjima, Ota-ku, Tokyo 143-0003
Participation fee: 15,000 yen
【Event page】
https://loup-inc.com/knot-600/casino-royale-0805
Are there new, non-invasive testing methods
for both breast cancer screening and pancreatic cancer?!
Amazing!
I wonder if this will properly make it out into the open?!
Global-scale resource exploration
Searching for gold mines and rare metals
Discovery of buried treasure and ancient ruins
Is the inside of the moon hollow?
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https://www.youtube.com/watch?v=a4zGheKcytE
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This video is a dialogue in which Takafumi Horie progressively digs deep into the concrete medical applications and industrial possibilities (resource exploration and defense) of the computational technology developed by Professor Kenjiro Kimura (mathematical physicist) for solving the "inverse problem of wave scattering."
Stage 1: Innovation in Breast Cancer Screening and Current Challenges
Based on clinical data from the "microwave mammography" developed by Professor Kimura, it examines the differences from conventional testing methods [00:04].
- Advantages of the technology: Unlike conventional MRI and mammography, it has the merits of "no radiation exposure," "no pain," and "no worry about allergies from contrast agents" [00:04], [04:13].
- Greatest strength (preventing oversights): With conventional MRI, discovery was difficult unless the cancer became a mass (tumor). However, this technology can accurately visualize even early-stage microscopic cancers that spread as if crawling within the milk ducts, at a computational speed on the level of a laptop PC [00:20], [00:47]. This makes it possible to prevent recurrence and metastasis caused by "leftover tissue" in surgery [01:06].
- Stage 2: Possibility of Application to Other Intractable Cancers (Pancreatic Cancer, etc.)
In response to Horie's question of "whether it can be applied to cancers in other areas," they discuss tuning the technology to match the characteristics of the cancer [05:20]. - Approach to pancreatic cancer: The pancreas has a wall of muscle on its surface, and because microwaves get absorbed, they don't pass through as-is [05:28]. However, it was shown that by "combining this computational software with existing X-rays," there's a possibility of capturing slight differences in density and visualizing them clearly [05:38], [06:00].
- Why early detection of pancreatic cancer is important: Unlike the stomach or esophagus, the pancreas has no "membrane," so when cancer forms it scatters all at once into the surroundings (peritoneal dissemination, etc.), making the prognosis extremely poor [06:43], [07:09]. It's discussed that this also has affinity with approaches that capture subtle changes in the "pancreatic duct" via endoscopy or special imaging methods [08:35], [09:00].
- Stage 3: Lateral Expansion into Global-Scale Resource Exploration and Defense Technology
Because the foundation of this technology is "seeing through invisible internal structures by computation from the bounce-back of electromagnetic waves and sound waves," applications have begun that go beyond the frame of medicine [01:33]. - Searching for gold mines and rare metals: Treating the earth as if it were a cancer patient's body, it's being applied to technology that pinpoints exactly where gold and oil lie sleeping by computing satellite data and ground-penetrating radar reflections [01:33], [02:51]. With the recent surge in gold prices, there are hopes for smart mining that keeps environmental destruction to a minimum [02:18], [03:09].
- Embedded-type defense security: Development is also progressing on walk-through-type security systems (defense nets) that embed electromagnetic field antennas in the ground and detect the intrusion of suspicious persons by penetrating concrete and soil [10:55], [11:19].
Conclusion of the summary: The essence of this dialogue lies in "the mathematical innovation of deriving accurate internal shapes from the reflection of invisible waves." It describes the current state in which, from a micro perspective, that saves lives as "early detection of breast and pancreatic cancer," while from a macro perspective, with the exact same theory intact, it's being implemented in society as "exploration of the earth's resources" and "ground-embedded defense systems."
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Stage 1: The Genius Physicist's "Flash of Insight" and His Astonishing Past
As a child, Professor Kimura was a boy who had never studied, who dug holes in the mountains and painted oil paintings aiming to become a painter [02:18], [02:41]. However, from the moment he was moved by seeing a space rocket on TV and learned that "you can't build rockets without studying," he began studying furiously, sleeping only three hours a day [02:58], [03:12]. As a result, he awakened to the fascination of mathematics [03:25]. After becoming a university professor, the ultra-difficult mathematical problem called the "scattering problem," which scholars around the world had been unable to solve for decades—after ten years of calculation, one day while walking, it suddenly flashed into his mind and he solved it [03:59], [04:40].
Stage 2: How the "Mathematical Lens" That Changes the World Works
The technology Professor Kimura developed is one that solves the "inverse problem of wave scattering" [00:00].
Ordinary eyes and telescopes: They see things by "gathering" light into a single point. Because of that, if there's a wall in front of you, you can't see what's beyond it [00:03], [06:10].
Professor Kimura's technology: Conversely, it sends "waves" such as electromagnetic waves and sound waves "spreading out (diverging)" toward the far side of the wall [00:10], [06:10]. The waves pass through the wall and travel to the far side, strike what's inside, and bounce back [05:27].
The amazingness of the back-calculation: When the data of the waves that bounced back in scattered fashion is passed through the "mathematical equation (lens)" Professor Kimura created and computed on a PC, the shape inside is projected clearly onto the screen, as if the wall had become transparent [06:34].
Stage 3: The "See-Through Radar" That Protects Our Daily Lives
Radar using this "mathematical lens" is already playing a major role all around us.
Preventing smartphone battery explosions: With recent smartphone and electric vehicle batteries (lithium-ion batteries), there's occasional news of explosions [09:10]. Using Professor Kimura's technology, you can see through to the inside of a battery without breaking it and find in advance that "this battery is leaking fluid and is dangerous!" [09:19], [09:33].
Early detection of illness: It's also used as medical equipment that finds major diseases such as cancer at a very early stage without wounding the body [09:37].
Safety of tunnels and roads: It can instantly find whether cavities (gaps) have formed behind the walls of aging tunnels and whether they're on the verge of collapse [09:47].
Stage 4: The "Romance of the Future" That Unravels the Mysteries of Space and History
This technology is drawing enormous attention from around the world, and currently requests from over 1,000 companies and nations saying "please find this for us!" are pouring in [01:36]. Its uses are like something out of a sci-fi movie.
Is the inside of the moon hollow?: In fact, there's a cosmic mystery of "could the inside of the moon be full of cavities (empty)?" [10:50]. Together with JAXA (Japan Aerospace Exploration Agency), Professor Kimura is building an exploration radar—aiming for completion several years from now—that will send radio waves to the moon from space and turn what's inside the moon into a three-dimensional 3D image [10:50], [11:26].
Discovery of buried treasure and ancient ruins: Projects are underway to pinpoint where things are without digging the ground—treasure sleeping in the Philippines, an ancient Italian city buried in volcanic ash, the pyramids of Egypt, and even Japanese burial mounds and buried treasure for TV programs [13:46], [14:17], [30:00].
Summary of the summary: What's spoken of in this video is the exciting reality that "a single mathematical flash of insight is turning the impossible into the possible all around the world, from medicine to unraveling the mysteries of space." Professor Kimura says, "I want young people to know that there's this kind of fascinating world of science, and to feel excited by it" [31:45]。
Link to Takumi Yamazaki’s
ENGLISH Book “SHIFT”
