先日のブログで、恋信人修行・純愛なんて、子がいない状態では難しいことをのべた。
しかし、子がいると成り立つ可能性があることを考えると、子育てに興味がわいてくる。
僕は汚い男であるが、「子がほしい」という衝動が僕をかりたて、一日15時間も勉強したりうつになりながら院試をがんばったり、スポーツをやりすぎて疲労骨折なんてしていた（進化心理学の考えによると）。
だから、忠実に公言しよう。
「僕は、学んだ心理学を子育てに活かしたい」
1. 大学の心理学で、家族関係について学ぶ
大学と、大学院で少し心理学を学び、親と子の関係の大切さに気づいた。
最高に子を伸ばすエジソンの母みたいなのがいるが、子どもの気持ちなんて見ようともせず、道具みたいに扱う親もいる。
しかし、その背景には、親も自分の親からそのような子育てをされてきたのであり、誰が悪いかなんて言及するのはめんどう。
このように、心理学を学んで子育てについて注目した僕だが、自分の親ばかリ糾弾し、子と言う安全な立場で、子育てを批判ばかりしていた。
なんか、それはださい。
2. 子育てしたことないのに子育てを語ってはならない
このように、ブログや動画でも、「子どもの主観的な意見が入っていない子育てインフルエンサーはしょうもない」とか、「うちの母と父は共感性のかけらもない」なんて言っていても、それはサッカーをやったことないやつが、サッカー選手のミスをはやし立てているのと同じだ。
要するに、とてもださい。
自分はリングに上がらないのに、リングで戦って苦しむ人にやじを入れる人間と同じことをしている。
とりあえず、親になれば見える景色があり、親から子へ受け継がれてきた「好ましくない子育て」を自分の代でとめることができるかを検証したい。
そもそも、子作りというのは「母と父の遺伝子を残そうとする利己的な行為」なのであり、僕の子がほしいという意見も批判されることでもない。
3. 子育てをするために自分に足りないこと
このように、理性を取っ払えば、子が欲しいというのが正直な気持ちである。
しかし、今子を持っても、パートナーも自分も苦しむだけだ。
なぜなら、僕は自己実現ができていないのだ。
理想自己からかけ離れた生活をしていると、パートナーや子にあたるという、自分ではなりたくない姿になってしまうだろう。
だから、理想自己というものに近づいていく作業が必要だ。それに伴って、今は女から蔑まれるほどの地位しかないが、経済力というのも徐々に増えていくだろう。
とりあえず、経済的なものを蓄えて自己実現を成した時、僕は30とか29あたりでできちゃった婚をしようと考えている。
なんとも危険思想だが、結婚と子作りまでに数年も付き合うという、オキシトシンたっぷりの人間がする恋は僕にはできない。
恋愛の型においても向きと不向きがあり、慣れない環境にい続けることが苦しみを生むように、不向きな恋愛をしても苦痛なだけだ。
このように、僕は心理学を携えて、そして世の子育てを俯瞰してみる中で、自分もリングに立つという一つの目標がある。
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Curiosity rover makes ‘arguably the most exciting organic detection to date on Mars’
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The NASA Curiosity rover has detected the largest organic molecules found to date on Mars, opening a window into the red planet’s past. The newly detected compounds suggest complex organic chemistry may have occurred in the planet’s past — the kind necessary for the origin of life, according to new research.
The organic compounds, which include decane, undecane and dodecane, came to light after the rover analyzed a pulverized 3.7 billion-year-old rock sample using its onboard mini lab called SAM, short for Sample Analysis at Mars.
Scientists believe the long chains of molecules could be fragments of fatty acids, which are organic molecules that are chemical building blocks of life on Earth and help form cell membranes. But such compounds can also be formed without the presence of life, created when water interacts with minerals in hydrothermal vents.
The molecules cannot currently be confirmed as evidence of past life on the red planet, but they add to the growing list of compounds that robotic explorers have discovered on Mars in recent years. A study detailing the findings was published Monday in the journal Proceedings of the National Academy of Sciences.
The detection of the fragile molecules also encourages astrobiologists that if any biosignatures, or past signs of life, ever existed on Mars, they are likely still detectable despite the harsh solar radiation that has bombarded the planet for tens of millions of years.
“Ancient life, if it happened on Mars, it would have released some complex and fragile molecules,” said lead study author Dr. Caroline Freissinet, research scientist at the French National Centre for Scientific Research in the Laboratory for Atmospheres, Observations, and Space in Guyancourt, France. “And because now we know that Mars can preserve these complex and fragile molecules, it means that we could detect ancient life on Mars.”
Scientists redid an experiment that showed how life on Earth could have started. They found a new possibility
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In the 1931 movie “Frankenstein,” Dr. Henry Frankenstein howling his triumph was an electrifying moment in more ways than one. As massive bolts of lightning and energy crackled, Frankenstein’s monster stirred on a laboratory table, its corpse brought to life by the power of electricity.
Electrical energy may also have sparked the beginnings of life on Earth billions of years ago, though with a bit less scenery-chewing than that classic film scene.
Earth is around 4.5 billion years old, and the oldest direct fossil evidence of ancient life — stromatolites, or microscopic organisms preserved in layers known as microbial mats — is about 3.5 billion years old. However, some scientists suspect life originated even earlier, emerging from accumulated organic molecules in primitive bodies of water, a mixture sometimes referred to as primordial soup.
But where did that organic material come from in the first place? Researchers decades ago proposed that lightning caused chemical reactions in ancient Earth’s oceans and spontaneously produced the organic molecules.
Now, new research published March 14 in the journal Science Advances suggests that fizzes of barely visible “microlightning,” generated between charged droplets of water mist, could have been potent enough to cook up amino acids from inorganic material. Amino acids — organic molecules that combine to form proteins — are life’s most basic building blocks and would have been the first step toward the evolution of life.
Mist and microlightning
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To recreate a scenario that may have produced Earth’s first organic molecules, researchers built upon experiments from 1953 when American chemists Stanley Miller and Harold Urey concocted a gas mixture mimicking the atmosphere of ancient Earth. Miller and Urey combined ammonia (NH3), methane (CH4), hydrogen (H2) and water, enclosed their “atmosphere” inside a glass sphere and jolted it with electricity, producing simple amino acids containing carbon and nitrogen. The Miller-Urey experiment, as it is now known, supported the scientific theory of abiogenesis: that life could emerge from nonliving molecules.
For the new study, scientists revisited the 1953 experiments but directed their attention toward electrical activity on a smaller scale, said senior study author Dr. Richard Zare, the Marguerite Blake Wilbur Professor of Natural Science and professor of chemistry at Stanford University in California. Zare and his colleagues looked at electricity exchange between charged water droplets measuring between 1 micron and 20 microns in diameter. (The width of a human hair is 100 microns.)
“The big droplets are positively charged. The little droplets are negatively charged,” Zare told CNN. “When droplets that have opposite charges are close together, electrons can jump from the negatively charged droplet to the positively charged droplet.”
The researchers mixed ammonia, carbon dioxide, methane and nitrogen in a glass bulb, then sprayed the gases with water mist, using a high-speed camera to capture faint flashes of microlightning in the vapor. When they examined the bulb’s contents, they found organic molecules with carbon-nitrogen bonds. These included the amino acid glycine and uracil, a nucleotide base in RNA.
“We discovered no new chemistry; we have actually reproduced all the chemistry that Miller and Urey did in 1953,” Zare said. Nor did the team discover new physics, he added — the experiments were based on known principles of electrostatics.
“What we have done, for the first time, is we have seen that little droplets, when they’re formed from water, actually emit light and get this spark,” Zare said. “That’s new. And that spark causes all types of chemical transformations.”
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‘White Lotus’ villain Jon Gries reveals the true crimes that inspired his twisty take on Greg/Gary
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When Season 3 of “The White Lotus” premiered last month, the shock was palpable when returning character Belinda recognized a familiar face at the resort in Thailand: Greg Hunt, the wily suitor of the late Tanya McQuoid.
As the season has unfolded, Greg (played by Jon Gries) has emerged as an antagonist, particularly after Belinda dove into the investigation surrounding Tanya’s death and learned that Greg, who now goes by Gary, evaded questioning by authorities.
On a show famous for reinventing itself, the same has been asked of the actor, who says that playing the ever-shifting character has been a welcome challenge and, like “White Lotus” itself, full of twists.
“In the beginning, I totally played him for a guy who was, you know, on his last legs,” Gries said in a recent interview with CNN, referencing Greg’s very apparent ill health in the first season of “White Lotus,” which premiered to rave reviews in summer 2021. He added: “When you play a character, you want to find his empathetic side, and you want to understand where they came from, and what got them to where they are.”
But when he was contacted by creator Mike White about appearing in Season 2, Gries realized he would have to adjust his framing of Greg, despite having previously imagined a “comprehensive history” for him on his own.
“(White) said, ‘I’m writing it right now, and I’m writing you, and I just need to know here and now: If you’re in, I’ll continue writing. If not, I’ll stop,’” Gries recalled.