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25 January 2019

To make a dent in the universe

Suppose you saw that science and technology had the potential to significantly extend healthy lifespans, but that very few scientists or technologists were working on these projects.

Suppose you disagreed with the government spending huge sums of public money on the military – on the capability to kill – and wished for more spending instead on the defeat of aging (and all the terrible diseases that accelerate with aging).

Suppose you felt that too many leadership decisions in society were influenced by out-dated ideologies – for example, by belief systems that regard as literal many of the apocalyptic statements in millennia-old religious scriptures – and that you preferred decisions to be determined by cool reason and scientific evidence.

What might you do?

If you were Zoltan Istvan, in October 2014, you might decide on an audacious project. You might decide to announce your candidacy for becoming the President of the United States, as a representative of a newly conceived “Transhumanist Party”. You might decide that the resulting media attention would raise the public understanding of the possibility and desirability of using science and technology in favour of transhumanist goals. You might decide the project had a fair chance of making a dent in the universe – of accelerating humanity’s trajectory onwards and upwards.

Here’s what Istvan wrote at the time, in the Huffington Post:

Should a Transhumanist Run for US President?

I’m in the very early stages of preparing a campaign to try to run in the 2016 election for US President. I’ll be doing it as a transhumanist for the Transhumanist Party, a political organization I recently founded that seeks to use science and technology to radically improve the human being and the society we live in.

In addition to upholding American values, prosperity, and security, the three primary goals of my political agenda are as follows:

1) Attempt to do everything possible to make it so this country’s amazing scientists and technologists have resources to overcome human death and aging within 15-20 years—a goal an increasing number of leading scientists think is reachable.

2) Create a cultural mindset in America that embracing and producing radical technology and science is in the best interest of our nation and species.

3) Create national and global safeguards and programs that protect people against abusive technology and other possible planetary perils we might face as we transition into the transhumanist era.

In line with his confident personality, Istvan went on, in the very next paragraph, to issue a challenge to the status quo:

These three goals are so simple and obvious, you’d think every politician in the 21st Century would be publicly and passionately pursuing them. But they’re not. They’re more interested in landing your votes, in making you slave away at low-paying jobs, in keeping you addicted to shopping for Chinese-made trinkets, in forcing you to accept bandage medicine and its death culture, and in getting you to pay as much tax as possible for far-off wars (places where most of us will never step foot in).

In later months, Istvan decided to add two more ingredients to the project, to increase its potential impact:

  1. A declaration of a “Transhumanist Bill of Rights” in Washington DC
  2. The journey of a huge coffin-shaped “Immortality Bus” across the USA, to reach Washington DC.

What happened next has already been the subject of chapters in at least two books:

After the books, the film.

“Immortality or bust” has its first public showing tomorrow (Jan 26th), at the historic United Artists Theatre in Los Angeles, as part of the Raw Science Film Festival. The film has already received the “Raw Breakthrough Award” associated with this festival. In view of the public interest, I expect people will have the chance to see it on Netflix and/or HBO in due course.

I had the opportunity to view a preview copy earlier this week. The film stirred a range of different emotions in me, particularly towards the end. (Spoilers are omitted from this blogpost!)

The producer, Daniel Sollinger, cleverly weaves together several different strands throughout the film:

  • The sheer audacity of the venture
  • The reactions of Istvan’s family – his wife, his mother, and his father – and how these reactions evolve over time
  • The various journalists who are shown interviewing Istvan, sometimes expressing sympathy, and sometimes expressing bemusement
  • Istvan’s interactions with the other transhumanists, futurists and life-extensionists who he meets on his journey across the USA
  • The struggles of the bus itself – the problems experienced in its “plumbing” (oil), as a kind of counterpoint to Istvan’s wishes for radical improvements in human biology
  • Encounters with members of different political parties.

There were a couple of times I wanted to yell at the screen, when I thought that Istvan’s interlocutors were making indefensible claims:

  • When John McAfee (yes, that John McAfee) was giving his interpretation of Darwinian evolutionary theory
  • When John Horgan of the Scientific American effectively labelled transhumanism as a kind of cult that posed a problem for the good reputation of science.

Assessment

How will history ultimately assess the Immortality Bus and the Transhumanist Bill of Rights? In my view, it’s too early to say. In the meantime, the film Immortality or Bust provides a refreshing birds-eye view of both the struggles and the (minor) triumphs of the adventure so far.

Those who would criticise Istvan for his endeavours – and there are many – need to say what they would do instead.

Some choose to work on the technology itself. That’s something I respect and admire. My own assessment, however, is that the community of transhumanists needs to do more than contributing personal efforts to the science, technology, and/or entrepreneurial development of pro-health startups. We need to change the public conversation – something that Istvan has persistently tried to do.

In particular, we need to find the best ways to raise public awareness of the possibility and desirability of many more people getting involved in science and technology projects in support of significantly increased human flourishing. We need to answer the naysaying objections of bioconservatives and other opponents of transhumanism. We need to affirm that humanity can transcend the limitations which have held us back so many times in the past – the limitations in our bodies, our intellects, our emotions, and our social structures. We need to proclaim (as on the opening page of my own newly published book) that a new era is at hand: the era of sustainable superabundance – an era in which the positive potential of humanity can develop in truly profound ways.

We also need to transform the political environment in which we are all operating – a political environment that, if anything, has grown more dysfunctional over the last few years. That takes us back to the subject of the Transhumanist Party.

Going forwards

The Transhumanist Party which Istvan conjured into existence back in October 2014 has travelled a long way since then. Under the capable stewardship of Gennady Stolyarov (who took over as Chair of the party in November 2016), the U.S. Transhumanist Party has grown a leadership team of many talents, a website with rich content, and a platform with multiple policy proposals in various stages of readiness for adoption as legislation. It has revised, twice, the Transhumanist Bill of Rights, with version 3.0 being agreed by the party’s internal democratic processes on Dec 2-9 last year.

So far as I’m aware, there’s no v3.0 (or even v2.0) of the immortality bus. Yet.

What about overseas? Well, most of the Transhumanist Party organisations set up in other countries, from 2015 onwards, have long since faded from view. In the UK, however, a number of us feel it’s time to reboot that party. Watch out for more news! Or come to the London Futurists event on the 2nd of February, “Politics for profoundly enhanced human wellbeing”, where you will hear announcements from the UK party’s new joint leaders.

20 January 2019

Rejuvenation. Now. Easier than we think?

Filed under: aging, books — Tags: , , , , — David Wood @ 11:25 pm

Chronic poor health is caused by the accumulation of biological damage in our body. Eventually the damage builds to such an extent that it kills us. Before reaching that nadir, the damage weakens us, slows us down, and makes us more vulnerable to all kinds of illness.

Accordingly, if we want more vitality, for longer, we need to find therapies that undo the biological damage in our bodies. And we need to apply these therapies on a regular basis.

These two paragraphs summarise a view about health that is becoming increasingly common these days. One of the champions of this “find therapies to fix the damage” school is the biomedical gerontologist Aubrey de Grey – chief science officer of the SENS Research Foundation. I write about this approach in, for example, Chapter 8, “Towards an abundance of health” of my own most recent book, “Sustainable Superabundance”.

The kinds of damage-repair therapies that transhumanist tend to talk about involve breakthrough new technologies – such as stem cell therapies, manipulation of genetics and epigenetics, nanotechnology, synthetic biology, and 3D bio-printing.

But what if there is already a very promising damage-repair treatment, whose power we frequently overlook?

Step forward Professor Matthew Walker of the Neuroscience department at UC Berkeley. Walker is also the founder and director of the Center for Human Sleep Science. Walker recently summarised the state-of-art understanding about sleep (and dreams), in his book “Why We Sleep: Unlocking the Power of Sleep and Dreams”. I started reading that book following a tip from London Futurists member Mark Goodman. That tip was one of the best I received in the whole of last year. Many thanks, Mark!

According to the wide research that Walker summarises in “Why We Sleep”, getting sufficient sound sleep on a regular basis is a great all-round boost to our health. Skimping on sleep – getting an average of only six hours a night, instead of the eight hours recommended – stores up lots of longer term damage. (For example: greater propensity to cancer, dementia, obesity, diabetes, heart condition…)

It’s not just a question of quantity of sleep. It’s a question of quality. Sometimes we have a sort of sleep – for example, when under the influence of alcohol – but that sleep doesn’t perform the rejuvenation miracles of good quality sleep.

It’s also a question of the different types of sleep – including the REM (Rapid Eye Movement) sleep that accompanies dreams, and the four different levels of NREM (not-REM) sleep (sleep when we’re not dreaming). The different kinds of sleep are associated with different kinds of healing.

To be clear, sleep isn’t just for healing. Many kinds of memory are improved by the right kinds of sleep. And sleep can be a great boost to creativity too.

The number of diseases linked to poor quality sleep is both staggering and frightening. People who scorn getting a good night’s sleep – people who boast that they can get by on, say, five hours a night on average – are deluding themselves. If you don’t believe this, look into the research that Walker assembles and discusses.

Of course, there are limits to the kinds of repair that sleeping and dreaming can perform. These fine therapies, by themselves, won’t boost anyone’s life expectancy from 75, say, to 125, or beyond. For that kind of change, we’ll need the initiatives being researched by SENS (and developed by an increasing number of commercial companies). But if you want to increase the chance of you (and your loved ones) living long enough to benefit from the eventual availability of SENS-type treatments, changing your sleep habits could make all the difference.

As well as increasing your life expectancy, these improved habits have the potential to improve your focus, your memory, your creativity, and the way you interact positively and supportively with others.

Changing your diet is another way in which you might increase your life expectancy. As an aside, the best single book I have come across on that topic is “The Longevity Code: The New Science of Aging” by Kris Verburgh. (Verburgh’s book actually has a lot more in it than just analysis of the relation between diet and healthy aging. It should definitely be on your bookshelf.)

But what’s striking is that, although the connection between diet and healthy aging has been widely discussed, the connection between sleep and healthy aging has been relatively ignored. Walker’s book should start to amend that unfortunate state of ignorance.

There are another three big reasons why transhumanists (and people who share the same broad interests) should read “Why we sleep”. First, the book offers (directly and indirectly) lots of insights about the nature of consciousness, as explored through the discussion of consciousness in different sleep states, including dreaming. I’m sure that there are insights ready to be sparked by some of these sections, for AI researchers struggling with particular conceptual problems.

Second, Walker discusses broader social factors connected with sleep (and why so many people sleep badly these days). The sheer scale of lives lost by drivers drifting into “micro sleeps” is astonishing: accidents caused by drowsiness exceed those caused by drugs and alcohol. The damage caused by sleeping pills is another eye-opener. It also turns out there’s a lot of inertia in society – society often resists changes that would be in its own best interest! The adverse practice of the medical industry pushing junior doctors to the limit, sleepwise, is just one case. But the book also has some great examples, in the closing chapters, about positive social change. One involves the time at which schools start. It turns out that moving the start time later by 30 minutes, or one hour, can have a big impact on successful learning, as well as on the prevalence of teenage depression (not to mention the likelihood of students having car accidents en route to school).

Third, Walker identifies both risks and opportunities from new technologies, as regards changing sleep quality. Small doses of electricity applied to the scalp can significantly improve sleep. Other mechanisms look like they can improve our dreams. In the not-so-distant future, the ways in which we sleep and dream might be quite different from today. Technology, if used wisely, could lead us to patterns of sleeping and dreaming in which rejuvenation happens more profoundly.

To conclude: I really liked the first few chapters of “Why We Sleep”, and wondered how the book could continue at the same level of engagement over the remainder of its 340 pages of content. But it did – it was thoroughly interesting all the way through!

Image source: Claudio_Scott on Pixabay.

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