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Social Security Reform |
Issue #7
The Concord Coalition
May 10, 2005
Automatic Cost Growth Drives the Problem
The challenge ahead for Social Security is primarily a matter of rising costs. With an outlay total of more than $500 billion in 2005, Social Security now equals 4.3 percent of the nation's economy (GDP) and 11 percent of workers' pay (taxable payroll). Over the next 30 years, as today's children move into the workforce and today's workers begin to retire, Social Security will place a mounting burden on the budget and the economy. By 2035, the program's projected annual cost of $1.3 trillion[1] will equal 6.3 percent of GDP and 17.4 percent of taxable payroll -- an increase of roughly 50 percent by either measure.
The options
lawmakers have for resolving Social Security's financing problem break down
into three fundamental choices: increase revenue, constrain outgo, or
borrow.
Borrowing our
way out of the problem is not a viable option because the fiscal challenge
facing the system is not a temporary phenomenon. The retirement of the post World War II baby boomers, along with
increasing life spans, will sharply expand Social Security's costs and those of
other age-related federal entitlements in the coming decades. And because there is no time in the future
when those costs are projected to decline, resorting to borrowing -- even if
politically expedient -- would be economically unsustainable. Incurring
ever-rising levels of debt to plug the gap would result in huge interest costs
and consume the savings needed to spur economic growth. Moreover, with mounting concern about chronic
budget deficits, a “solution” that simply amounts to running up the national
debt rather than making hard choices would signal to increasingly wary
financial markets that Washington has no intention of doing what is necessary
to get its fiscal house in order.
The real choices for resolving the problem thus require
lawmakers to change current law by either raising future taxes or constraining
future benefits.
Raising
future taxes is certainly a substantive option, and one that is more fiscally
responsible than unlimited borrowing, but it ignores or dismisses the magnitude
of the looming demands that Social Security and other entitlements will place
on the income of future workers.
Levying higher taxes to meet those costs could hinder an economy that
will also have to cope with near stagnant workforce growth. Yet even assuming that future workers will be
able to afford higher taxes, there is another more fundamental reason why this
should not be the first option for reform -- it is generationally inequitable. Ultimately, choosing to raise future taxes to
meet current law costs is similar to borrowing in that it places a claim on the
expected earnings of today's children -- in effect confiscating their economic
progress. If future generations want to
sustain these higher costs it should be their choice, not the consequence of the
current generation's refusal to plan responsibly for a known problem.
It is worth
noting in this regard that since 1960 the federal tax burden has remained about
the same -- averaging 18 percent of GDP over that time -- despite the fact that
as a nation we are more than 2.5 times wealthier now than we were in 1960.[2]
This suggests a certain resistance
among the American public to taxes much above that level for any extended
period of time. And yet financing
current law benefit promises, for Social Security, Medicare and Medicaid would add
about 8 percent of GDP to the federal tax burden by 2040 even under
conservative assumptions. Will the
American public in the future accept a permanent level of taxation that is 40
to 50 percent higher than it has been over the past 40 years?
Maybe it
will, but there is no guarantee. Thus,
aside from the dubious generational ethics of deciding today how our children
should spend their money, relying on tax increases to fund current law benefit
promises risks an intractable political dilemma for future lawmakers -- choosing
between unacceptable tax levels or abrupt benefit cuts.
This leaves the third option: phasing in benefit constraints now that will gradually reduce costs. Unlike tax increases, benefit constraints reduce the claim on the production of future workers. Moreover, if today's assumptions about growing entitlement spending prove to be exaggerated, there would be a windfall for future politicians and taxpayers. It would be far easier to unexpectedly raise benefits than to take them away, or to cut taxes rather than raise them. In any event, it would allow future policy makers to have more of a say in setting their own fiscal priorities.
More importantly, benefits can be reduced from projected levels
without producing a “cut” relative to the value of today's benefits. Social Security benefits are not, and never
have been, fixed from one group of new recipients to the next. As now scheduled by law, the benefits for
successive groups of future retirees are projected to grow in value when gauged
either by their purchasing power or the lengthening lifetimes over which they
will be received.
In other words, Social Security's future
benefit levels are automatically scheduled now to rise not only nominally, but
in real value. They will be worth more
because they will rise faster than inflation.
From a future recipient's perspective, they will buy more goods and
services than the benefits of similarly situated recipients today. And this rise in the value of benefits
contributes to the imbalance between the program's future income and outgo
almost as much as the increase in the number of its future recipients.
A recent analysis by the
Congressional Budget Office (CBO) showed that because future benefits are
projected to grow faster than inflation, their purchasing power for an age 65
retiree in 2035 could be 25 percent greater than for someone retiring at age
65 in 2003. Moreover, because that
future retiree is projected to live two years longer, his or her lifetime
benefits would be 35 percent greater.
The analysis further illustrated that even if those future benefits were
reduced by 10 percent, their purchasing power would still be 12 percent greater
than for someone retiring at age 65 in 2003, and their lifetime value, 20
percent greater.[3]
|
Rising
Value of Scheduled Future Benefits |
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|
People
reaching age 65 and retiring in |
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|
2003 under current law |
2035 under current law |
2035 with 10% benefit cut |
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|
(in constant 2003 dollars) |
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First-year benefits |
13,800 |
17,200 |
15,500 |
|
Present value of lifetime
benefits |
193,000 |
260,000 |
234,000 |
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Source: Measuring Changes in Social Security
Benefits, CBO, December 1, 2003 |
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As CBO summed up the
issue --
“…a proposed reduction in the Social Security program's overall future costs does not necessarily mean a reduction in the value of benefits for future recipients relative to the value for people today.”
If the public understood this, it might be more willing to reduce future Social Security benefits beneath what is promised by current law. Unfortunately many people assume that future recipients' benefits will have the same value as they do for today's recipients. Thus, the downside to proposing benefit constraints is that it is easy to demagogue and requires everyone to accept the notion that there is no free lunch. And whether spurred by demagoguery or not, the reluctance of politicians to suggest restraints on public benefits is inevitable. One gets fewer votes by doing so. However, if current efforts to restructure Social Security are to be effective, cost saving measures must be an important part of the solution.
Major sources of
cost growth
Over the next 75 years, Social Security's
revenues are projected to hover in a narrow range around 13 percent of the
nation's taxable payrolls. The
program's costs, on the other hand, are projected to grow rapidly from 11
percent of the nation's payrolls today to 15.6 percent in 2025 and more
gradually thereafter to more than 19 percent by 2080.
While the conventional view is that those
rising costs will be due to the aging of the population, that view is
incomplete. A deliberate policy of
paying ever-higher real benefits is also a significant factor. Under the Social Security trustees'
assumptions, the purchasing power of the average earner's benefits at
retirement is expected to roughly double between now and 2075. When the CBO analyzed this issue in 2003, it
estimated that approximately 55 percent of the rise in Social Security's cost
over the next 75 years would be due to an increase in the number of
beneficiaries and improvements in life expectancy. The remaining 45 percent would be due to a projected increase in
the real value of the benefits (see Figure 1).
Significantly, CBO estimated that the
cost of Social Security as a share of the economy would rise only temporarily
if the value of future benefits were to remain the same through time, i.e., if
the benefits simply kept up with inflation (see Figure 2).[4]
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Figure 1. Factors Contributing to the Rise in Social
Security Spending from 2003 to 2075 |
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Source: Congressional Budget Office. |
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Thus, from a policy perspective, if the
aim of reform is to address Social Security's financing problem at its source --
rising costs -- either adjusting the program for increasing longevity or
constraining the growing value of its scheduled monthly benefits are the two
most logical solutions.
Under rules that have been in effect
since 1979, Social Security benefits for each new group of recipients are
adjusted to keep up with the growth of wages in the economy.[5] This is referred to as wage indexing. Over the postwar years, wages have risen
faster than prices by about 1 percent per year on average. The difference is largely due to productivity
gains, and in a sense, represents the worker's share in the nation's real
economic growth. Wage indexing is thus
aimed at ensuring that the living standard for successive groups of retirees
keeps pace with society's overall living standard. If an average wage earner retiring at age 65 today gets 42
percent of his or her pre-retirement earnings replaced by Social Security
benefits, a wage adjusted system will give approximately the same “replacement
rate” to all future retirees.[6]
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Figure 2. Projected Rise in Social Security Spending
as a Share of Gross Domestic Product from 2003 to 2075 |
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(Percentage of GDP) |
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Source: Congressional Budget Office. |
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Note: Benefits under current law include adjustments
for real wage growth. |
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This is economic speak for saying that
the role of the program as a source of retirement income will not contract over
time as the nation gets wealthier. It
will keep rising at the same pace.
On the surface this may sound like a
reasonable policy, but on closer examination it raises several important
questions regarding the future. For
example, as the nation gets wealthier, must future retirees rely so heavily on
Social Security as a source of retirement income? Does the government have to maintain as significant a role 30
years from now as it does today... or as it did when it began paying Social
Security benefits in 1940?[7] Shouldn't other means of saving for
retirement take a larger role?
It is also relevant to ask why, if the
program has a long-range financing problem, should the real value of Social
Security benefits be allowed to go up automatically? Why should the purchasing power of future retirees' benefits be
increased when the tax burden on future workers has to rise sharply to achieve
such generosity? Moreover, if the trend
toward increasing longevity continues, why should future generations receive
not only higher valued benefits, but receive them for a longer period of
retirement than today's and past generations of recipients?
It is sometimes asserted that a core, and
perhaps essential, element of Social Security is to keep the ratio of
pre-retirement earnings to initial benefits constant through time. However, constant replacement ratios have
hardly been the experience of the program.
Over the program's first five decades, those ratios varied greatly
ranging from below 20 percent in the 1940s to a peak of 52 percent in 1981. While keeping them fixed was the objective of
amendments enacted in 1977, those ratios will decline over the next two decades
with the phasing in of the rise in the age at which full-benefits are payable
enacted in 1983. They presumably would
be fixed thereafter, but with the anticipated exhaustion of the Social Security
trust funds in 2041, they would decline again as the program's revenues would
be insufficient to pay for the benefits now scheduled under the law (see Figure
3).

Thus, asserting that the
program's future value can somehow be gauged by retrospective comparisons of
replacement rates is problematic. It
presupposes that some conventional level of replacement rates has existed
through time. In practice, none has
existed. Assessing the future worth of
benefits based on replacement rate comparisons is more of a subjective judgment
about what replacement rates ought to be than on any past notions of them set
in the Social Security law.
There have been major
improvements in longevity since Social Security's inception 65 years ago. Males born in 1940 could expect to live to
age 70; females, to age 76. People born
today can expect to live 10 years longer.
The Social Security trustees project that by 2075 males will live 16
years longer, and females, 13 years longer.
All told, if the projections hold true, life spans over that 135-year
period from 1940 to 2075 will have risen by roughly 20 percent.
With the baby boomers now
approaching their retirement years and longevity continuing to rise, the
trustees estimate that the population age 65 and older will increase from 37
million today (12 percent of the population) to 62 million in 2025 and to 94
million in 2075 (23 percent of the population).
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Aged
Population of the U.S. |
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Year |
Population age 65 and older |
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In millions |
Percent of total population |
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1950 |
13 |
8 |
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2005 |
37 |
12 |
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2025 |
62 |
18 |
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2050 |
81 |
21 |
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2075 |
94 |
23 |
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Source:
2005 Social Security trustees' report |
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The growing share of the
population comprised of people age 65 and older and the significant
improvements in longevity have led many actuaries, economists, and demographers
to suggest that as people live longer they should be expected to work longer.
And with the large economic pressures looming on future workers, whose numbers
will not grow nearly as fast as the number of retirees, the proportion of one's
lifetime spent in retirement should not necessarily increase as life spans
grow.
Growing Life Spans
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Year |
Life expectancy at birth |
Life expectancy at 65 |
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|
Males |
Females |
Males |
Females |
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1940 |
69.6 |
75.8 |
12.7 |
14.7 |
|
2005 |
80.5 |
84.6 |
17.0 |
19.7 |
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2025 |
82.2 |
86.0 |
18.2 |
20.9 |
|
2050 |
84.0 |
87.5 |
19.7 |
22.2 |
|
2075 |
85.5 |
88.8 |
20.9 |
23.4 |
Source: 2005 Social Security trustees' report
When Social Security
began paying benefits in 1940, on average people reaching age 65 could expect
to get benefits for close to 14 years.
In 2000, they could expect to get benefits for 18 years. And for those reaching age 65 in 2050, the
figure could be 21 years. In other
words, a man retiring in 2050 could expect to receive 18 percent more over his
lifetime than someone retiring in 2000, and 54 percent more than someone
retiring in 1940--simply because he had a longer life span. For a woman, the increases
would be 15 percent and 52 percent, respectively. And because of liberalizations enacted
over the years, monthly benefit levels have risen in relative terms. Thus, even these numbers are low.
There are
numerous ways to constrain the growth of future benefits, but the two basic
categories that are directed at the main sources of automatic cost growth are:
(1) Adjusting the system for rising longevity and
(2) Changing the way benefits are calculated
These two
approaches encompass a broad range of possible changes. While the labels suggest different types of
change, the manner in which the two approaches limit the growth of future
benefits could be very similar.
Two key ages
are pertinent to the receipt of Social Security retirement benefits: the age when benefits can begin (or the age
of eligibility), which is 62, and the age at which full benefits can be paid,
sometimes referred as the full-benefit or “normal” retirement age.[8] For people born before 1938, the
full-benefit age is 65. As a result of
legislation enacted in 1983, for those born in 1938, that age will be higher as
it phases up to 67 for persons born in 1960 and later. The higher full-benefit age phases up in two
steps -- to 66, by two months a year for people born between 1938 and 1943 -- and
to 67, by two months a year for people born between 1955 and 1960. People who elect to get benefits before the
full-benefit age must take reduced benefits to reflect the fact they will
collect benefits for a longer period of time.[9]
If the
full-benefit age were raised again as it was in 1983, the reductions for
retiring “early” would be larger. For
instance, if the full-benefit age were raised to 70, the reduction for taking
benefits at age 62 would be around 45 percent (assuming it was based on the
same actuarial principle of assuring there is no lifetime advantage to retiring
early). A number of proposals would
actually increase the reductions (or tilt them) to create a financial incentive
for people to remain in the workforce.
For the same
purpose, some proposals would raise the first age of eligibility to a later age
than 62. If the actuarial reductions
remained the same, raising the initial age might not produce benefit savings
for the program (as over a person's lifetime the benefits would be
approximately the same), but it might induce people to work longer and more
taxes would potentially flow in.
Some
proposals would raise the full-benefit age in the future (i.e., beyond age 67)
to age 68, 70, or 72. Others would
attempt to set up an automatic provision, referred to as “longevity indexing,”
that would have the full-benefit or initial age rise periodically as longevity
increases (perhaps based on estimates of future improvement or through a “look
back” measure assessing actual improvement). Raising the eligibility
age to a higher fixed target may balance the system for a while. But
without longevity indexing, the system will drift out of balance again. There are
two ways to index Social Security to longevity. The minimum eligibility
age for benefits could itself be indexed--that is, the early retirement age
could be raised in tandem with average life expectancy. Or else annual
benefits could be reduced so as to offset the greater number of years that will
be spent collecting those benefits. This
is the equivalent of indexing the so-called normal retirement age, the age at
which full or unreduced benefits are payable.
In total
these changes could be designed to address some, and perhaps all, of the gap
between Social Security's future receipts and expenditures. The dimension of
the potential savings achieved by different measures is reflected in recent
estimates by CBO and the Social Security actuaries. CBO estimated the impact of raising the full-benefit age to 70 by
2029. The rise would be by two months a
year starting next year (the rise to age 67 scheduled under current law would
begin in 2006 rather than in 2017). By
their estimates, a large portion, but not all, of the gap between the program's
future income and outgo would be closed.
For instance, the deficit in the 75th year of their valuation
period would be reduced by 60 percent.
|
Financial Impact of Raising the Social Security Retirement Age
to 70 by 2029 |
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|
Year |
Deficit under
current law |
Deficit remaining
after raising retirement age |
Percent of gap
closed by the measure |
|
|
(in percent of
taxable payroll) |
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|
2030 |
4.02 |
2.60 |
35% |
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2050 |
4.64 |
2.02 |
56% |
|
2075 |
6.37 |
2.54 |
60% |
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Source: Budget Options, Chapter 4, Slowing the
Long-term Growth of Social Security and Medicare, CBO, March 2003. |
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The Social
Security actuaries made estimates of more gradual increases, pegging the rise
in the full-benefit age to projected improvements in longevity. One measure would raise that age to 68 over
a 30-year period and then keep it there.
The other would raise it to 70 over a 78-year period.
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Financial Impact of Raising the Social Security Retirement Age
to 68 Over 30 Years and 70 Over 78 Years |
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Year |
Deficit under
current law |
Deficit remaining
after raising retirement age |
Percent of gap
closed by the measure |
|
|
(in percent of
taxable payroll) |
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Raise age to 68: |
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2030 |
3.62 |
3.06 |
15% |
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2050 |
4.61 |
3.88 |
16% |
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2075 |
5.78 |
4.99 |
14% |
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Raise age to 70: |
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2030 |
3.62 |
3.06 |
15% |
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2050 |
4.61 |
3.65 |
21% |
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2075 |
5.78 |
4.11 |
29% |
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Source: Memo to the Social
Security Advisory Board from the Office of the Actuary, Social Security
Administration, February 7, 2005 |
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Given that
life expectancy is expected to grow by about four years between 2005 and 2075,
the more rapid rise in the full-benefit age reflected in the proposal scored by
CBO would take into account not only future longevity improvements, but a
portion of the improvement that occurred in the past. The two proposals scored by the Social Security actuaries would only
follow a path of future improvements.
The other broad category of possible
constraints involves changes in the way benefits are calculated. Shifting to a process called “price
indexing” from today's wage indexing is one such option. As CBO describes the concept--
“…the
most straightforward method of reducing the growth in Social Security spending
is to slow the rates at which initial benefits rise from one cohort to the
next... The benefits awarded to them
would still rise in nominal terms but only enough to keep up with inflation.
That approach would not alter the benefits of those already on the rolls prior
to its implementation.”
Procedures under current law base the benefits on workers' past earnings, which are expressed as an average level of earnings over their working lifetime (35 years' worth is used for retirement purposes). The earnings used are those on which workers and their employers paid Social Security taxes (up to the taxable maximum, now $90,000). Much of those earnings are indexed to reflect average growth of wages in the economy, and this produces what is technically referred to as average indexed monthly earnings, or AIME. Initial benefits for new recipients are then computed by multiplying a “progressive” three-part benefit formula against that average. The progressive nature of the formula causes a higher proportion of pre-retirement earnings to be replaced for people with low average earnings than it does for those with higher earnings.
The following formula is used for workers who reach age 62 in 2005:
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Benefit equals -- |
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1. 90 percent of the first $627
of the AIME |
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2. plus 32 percent of the AIME
between $627 and $3,779 |
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3. plus 15 percent of the AIME
over $3,779 |
As with earnings used in calculating the AIME, the
points between the three brackets of the formula--referred to as “bend” points
(the $627 and $3,779 in the formula above)--are indexed annually to grow with
average earnings in the economy. This
annual adjustment, coupled with the indexing of the recipient's earnings
history, keeps future workers from having greater shares of their AIMEs
computed into benefits in the lower-yielding second and third brackets of the
formula. Because wages tend to rise
faster than prices over time, the wage-indexing adjustments made in the benefit
calculation cause the real value of initial benefits for successive groups of
recipients to rise.
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Projected “Real” Increase Now
Scheduled in Future Social Security Benefits |
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|
Year of retirement at age 65 |
First-year benefits for medium wage earners (in
constant 2005 dollars) |
Increase in real value of the benefits (in percent) |
|
2005 |
14,833 |
--- |
|
2025 |
16,175 |
9% |
|
2050 |
21,180 |
43% |
|
2075 |
27,667 |
87% |
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Source: 2005 Social Security trustees' report |
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Price indexing would change the way benefits are calculated so that the real value of initial benefits would no longer rise. It would link the growth in initial benefits to a price index, rather than to a wage index, and by so doing, it would ensure that the purchasing power of future benefits would stay the same from one group of new recipients to the next.
CBO estimated the impact of this option assuming
implementation in 2009. For
illustrative purposes, CBO also assumed that currently promised benefits would
somehow be paid in full beyond the date of trust fund insolvency even though
Social Security's tax revenues would only pay for about three-quarters of those
benefits.
In this illustration, each group of newly retired
and disabled workers thereafter would receive benefits that were lower than
what the current system promises. The
difference would increase over time--for each year's new beneficiaries--with
its size determined by how much real wages grew. If the growth of real wages (i.e., the amount that average wages
exceed inflation) remains about 1 percent per year, for example, the projected
impact on future benefits would be quite large.
For example, workers becoming eligible for benefits in 2030 would receive nearly 20 percent less than they are promised by current rules, and workers becoming eligible in 2075 would receive about 50 percent less. The value of the benefits would similarly drop as a share of pre-retirement earnings. CBO estimates that by 2075 this option would reduce Social Security spending by about 40 percent from what it would be if benefits were paid as currently prescribed. In so doing, it would result in substantial reductions in the deficits in the earlier years, and by 2075 it would bring down the costs such that a small surplus would exist then.
Financial Impact of “Price Indexing” the Benefit Computational Rules
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|
Year |
Deficit under
current law |
Deficit/surplus
remaining after price indexing |
Percent of gap
closed by the measure |
|
|
(in percent of
taxable payroll) |
|
|
|
2030 |
4.02 |
2.30 |
43% |
|
2050 |
4.64 |
0.89 |
81% |
|
2075 |
6.37 |
+.46 |
100% |
|
Source: Budget Options, Chapter 4, Slowing the
Long-term Growth of Social Security and Medicare, CBO, March 2003 |
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Another approach, illustrated by the Social Security actuaries, would take a more progressive approach by greatly mitigating the effects of a large formula change on low and moderately low-income workers. Under this proposal the benefit rates in the second and third brackets of the benefit formula would be gradually reduced by one third over the next 30 years (instead of a 32 percent rate in the second bracket, it would phase down to 21 percent; and the rate in the third bracket would drop from 15 percent to 10 percent). Wage indexing would continue but for recipients whose AIMEs fall above the first bracket, a gradual reduction in the bracket rates would offset its effects, producing lower long-term benefit levels for moderate and high-income workers. This approach is sometimes called “progressive price indexing.”
Much of the design of a “progressive” approach to constraining benefits has to do with how the benefits of the lower income segments of the population are to be protected. “Progressive indexing” simply conveys one approach. The protection for low-income workers can be afforded through means other than tilting the benefit formula in their favor. The benefit formula could be the same for everyone as it is today but other features of the program could be changed. In other words, price indexing could be the general rule, but higher benefits could be paid for long working low-wage earners through a long service bonus,[10] benefit limits that now apply to families of young survivor and disabled workers could be raised, low-earnings years could be dropped from the benefit calculation, etc. Some have also suggested that a portion of the cost saving from changes in how benefits are calculated could be redirected toward strengthening the safety net features of the program. There is no single or best approach to designing a progressive constraint on future benefits. It is more the idea that whatever constraints are devised, low-income workers should be spared.
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Financial Impact of a Progressive Constraint-- (Reducing the Rates in Second and Third Brackets of the
Social Security Benefit Formula) |
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Year |
Deficit under
current law |
Deficit/surplus
remaining after lowering bracket rates |
Percent of gap
closed by the measure |
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(in percent of
taxable payroll) |
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